text: Travel to other planets is accomplished by either purchasing a ticket aboard an interstellar passenger liner or by boarding a private spaceship (if a member of the party happens to own one).  Ownership of a spaceship also provides the party an opportunity to earn money by trading various commodities between planets or by attacking other spaceships for the purpose of stealing their cargo.  Three classes of spaceship are available for the party to use in the game, including a derelict, but repairable, vessel constructed by the Ancients.  Once the party has arrived on another planet, it may disembark and explore that world's cities and terrain.  Although all cities feature the same basic layout, the number of accessible buildings varies from one city to another.  On some planets, the party has the opportunity to explore a ruin built by the Ancients for items that may mitigate the crisis on Rhylanor.

text: Travel to other planets is accomplished by either purchasing a ticket aboard an interstellar passenger liner or by boarding a private spaceship (if a member of the party happens to own one).  Ownership of a spaceship also provides the party an opportunity to earn money by trading various commodities between planets or by attacking other spaceships for the purpose of stealing their cargo.  Three classes of spaceship are available for the party to use in the game, including a derelict, but repairable, vessel constructed by the Ancients.  Once the party has arrived on another planet, it may disembark and explore that world's cities and terrain.  Although all cities feature the same basic layout, the number of accessible buildings varies from one city to another.  On some planets, the party has the opportunity to explore a ruin built by the Ancients for items that may mitigate the crisis on Rhylanor.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: Ancients

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How many classes of spaceship are available for the party to use in the game?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: unknown

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices

answers: NDQ_002119

answers: space

answers: NDQ_002120

answers: What are the three classes of spaceships available for the party to use in the game?

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: What are placed in high orbits over Earth?

answers: NDQ_002124

answers: who was the first astronaut to walk on the Moon

answers: NDQ_002125

answers: private spaceship

answers: NDQ_002126

answers: spaceship

answers: NDQ_002127

answers: spaceship

answers: NDQ_002128

answers: interstellar

answers: NDQ_002129

answers: the Ancients

answers: NDQ_002130

answers: the Ancients

answers: NDQ_002131

answers: spaceship

answers: NDQ_002132

answers: derelict

answers: NDQ_002133

answers: Ancients

answers: NDQ_002134

answers: The number of accessible buildings varies from one city to another.

answers: NDQ_002135

answers: Ancients

answers: NDQ_002136

answers: spaceships

answers: NDQ_002137

answers: spaceships

answers: NDQ_002138

answers: does not provide the party an opportunity to earn money

answers: NDQ_002139

answers: John Glenn

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

orig_prompt_class: QuestionPromptWithChoices

prompt_style: context: question:

answers: NDQ_002095

answers: interstellar

answers: NDQ_002097

answers: interstellar

answers: NDQ_002099

answers: repairable,

answers: NDQ_002100

answers: Rhylanor.

answers: NDQ_002103

answers: interstellar passenger liner

answers: NDQ_002108

answers: Ancients.

answers: NDQ_002111

answers: Ancients.

answers: NDQ_002113

answers: interstellar passenger liner

answers: NDQ_002114

answers: interstellar passenger liner

answers: NDQ_002115

answers: interstellar passenger liner

answers: NDQ_002116

answers: interstellar

answers: NDQ_002117

answers: interstellar

answers: NDQ_002118

answers: interstellar passenger liner

answers: NDQ_002119

answers: interstellar

answers: NDQ_002120

answers: cities and terrain.

answers: NDQ_002121

answers: interstellar

answers: NDQ_002122

answers: Three classes of spaceship

answers: NDQ_002123

answers: interstellar

answers: NDQ_002124

answers: interstellar passenger liner

answers: NDQ_002125

answers: interstellar passenger liner

answers: NDQ_002126

answers: interstellar

answers: NDQ_002127

answers: interstellar

answers: NDQ_002128

answers: interstellar

answers: NDQ_002129

answers: interstellar

answers: NDQ_002130

answers: interstellar passenger liner

answers: NDQ_002131

answers: spaceship

answers: NDQ_002132

answers: derelict, but repairable, vessel constructed by the Ancients.

answers: NDQ_002133

answers: Ancients.

answers: NDQ_002134

answers: repairable, vessel constructed by the Ancients.

answers: NDQ_002135

answers: Rhylanor.

answers: NDQ_002136

answers: interstellar

answers: NDQ_002137

answers: interstellar

answers: NDQ_002138

answers: derelict, but repairable, vessel constructed by the Ancients.

answers: NDQ_002139

answers: interstellar

text: The AuroraMax project is an outreach and education initiative carried out by the combined effort of The Canadian Space Agency, Astronomy North, University of Calgary and The city of Yellowknife in Yellowknife Northwest Territories. The AuroraMax provides a place to explore and discover the wonder and science behind phenomena such as sunspots, Earth's magnetic field, space weather and the magnificent Northern lights of Canada. Auroras are natural exhibition of lights in the sky that can be seen by the naked eyes. Auroras happen when protons and electrons or charged particles and gases in the Earth's atmosphere crash into each other, creating tiny flares of light that decorate the sky with colorful light. Billions of these tiny flares occur in sequence causing the lights to seem like they are dancing or moving. The lights in the Northern hemisphere are called Aurora Borealis or simply The Northern Lights while the lights in the Southern hemisphere are called Aurora Australis or simply The Southern Lights.

text: The AuroraMax project is an outreach and education initiative carried out by the combined effort of The

entity_name: Canadian Space Agency

text: Canadian Space Agency

entity_name: Astronomy North

text: Astronomy North

entity_name: University of Calgary

text: University of Calgary

text: and The city of

entity_name: Yellowknife

text: Yellowknife

text: in Yellowknife Northwest Territories. The AuroraMax provides a place to explore and discover the wonder and science behind phenomena such as

entity_name: Sunspot

text: sunspots

text: , Earth's magnetic field, space weather and the magnificent Northern lights of

entity_name: Canada

text: Canada

text: . Auroras are natural exhibition of lights in the sky that can be seen by the naked eyes. Auroras happen when protons and electrons or charged particles and gases in the Earth's atmosphere crash into each other, creating tiny flares of light that decorate the sky with colorful light. Billions of these tiny flares occur in sequence causing the lights to seem like they are dancing or moving. The lights in the Northern hemisphere are called

entity_name: Aurora

text: Aurora Borealis

text: or simply The Northern Lights while the lights in the Southern hemisphere are called

text: Aurora Australis

text: or simply The Southern Lights.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: Earth's magnetic field

answers: NDQ_002099

answers: can launch

answers: NDQ_002100

answers: Canada

answers: NDQ_002103

answers: The Canadian Space Agency

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: What is the AuroraMax project?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: Which of the following is not a law: Newton's Third Law of Motion?

answers: NDQ_002123

answers: Which of the following is not a type of imaging satellite: Aurora Australis or Aurora Borealis?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: magnetic field

answers: NDQ_002127

answers: magnetic field

answers: NDQ_002128

answers: sun

answers: NDQ_002129

answers: Aurora Australis

answers: NDQ_002130

answers: The Canadian Space Agency

answers: NDQ_002131

answers: Aurora Australis

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: unanswerable

answers: NDQ_002134

answers: Auroras are natural exhibition of lights in the sky that can be seen by the naked eyes.

answers: NDQ_002135

answers: The AuroraMax project

answers: NDQ_002136

answers: Earth's magnetic

answers: NDQ_002137

answers: protons and electrons

answers: NDQ_002138

answers: Aurora Australis

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: sunspots,

answers: NDQ_002097

answers: Earth's magnetic field,

answers: NDQ_002099

answers: tiny flares

answers: NDQ_002100

answers: Canada.

answers: NDQ_002103

answers: The Canadian Space Agency,

answers: NDQ_002108

answers: Canadian Space Agency,

answers: NDQ_002111

answers: Auroras

answers: NDQ_002113

answers: Yellowknife Northwest Territories.

answers: NDQ_002114

answers: The Canadian Space Agency,

answers: NDQ_002115

answers: Aurora Borealis

answers: NDQ_002116

answers: sunspots,

answers: NDQ_002117

answers: The Canadian Space Agency,

answers: NDQ_002118

answers: sunspots,

answers: NDQ_002119

answers: Space Agency,

answers: NDQ_002120

answers: Aurora Borealis or simply The Northern Lights

answers: NDQ_002121

answers: Earth's magnetic field,

answers: NDQ_002122

answers: protons and electrons

answers: NDQ_002123

answers: sunspots,

answers: NDQ_002124

answers: Canadian Space Agency,

answers: NDQ_002125

answers: The Canadian Space Agency,

answers: NDQ_002126

answers: sunspots, Earth's magnetic field,

answers: NDQ_002127

answers: magnetic field,

answers: NDQ_002128

answers: sunspots,

answers: NDQ_002129

answers: The Canadian Space Agency,

answers: NDQ_002130

answers: The Canadian Space Agency,

answers: NDQ_002131

answers: Auroras happen when protons and electrons

answers: NDQ_002132

answers: AuroraMax

answers: NDQ_002133

answers: Yellowknife Northwest Territories.

answers: NDQ_002134

answers: protons and electrons

answers: NDQ_002135

answers: The Canadian Space Agency,

answers: NDQ_002136

answers: Earth's magnetic field,

answers: NDQ_002137

answers: protons and electrons

answers: NDQ_002138

answers: The Canadian Space Agency,

answers: NDQ_002139

answers: Calgary

text: Exploring the island, Maupertuis and Don Lope discover that it is inhabited by castaway Selenites, people from the Moon. They are led by Prince Jean sans Lune, exiled brother of the King of the Moon, who plots to seize power; the treasure map was a trick of his to lure Earthmen into bringing him a moonstone, necessary to return to the Moon. Séléné's necklace, which Maupertuis wears as a token, turns out to be such a moonstone, and it is used to propel the Prince's galley into space as the full moon, casting its rays, attracts all moon matter. The pirate ship, arrived meanwhile and laden with lunar fruits gathered on the island, is also sucked into space.

text: Exploring the island, Maupertuis and Don Lope discover that it is inhabited by castaway Selenites, people from the Moon. They are led by Prince Jean sans Lune, exiled brother of the King of the Moon, who plots to seize power; the treasure map was a trick of his to lure Earthmen into bringing him a moonstone, necessary to return to the Moon. Séléné's necklace, which Maupertuis wears as a token, turns out to be such a moonstone, and it is used to propel the Prince's galley into space as the full moon, casting its rays, attracts all moon matter. The pirate ship, arrived meanwhile and laden with lunar fruits gathered on the island, is also sucked into space.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: sucked into space

answers: NDQ_002099

answers: propels people into space

answers: NDQ_002100

answers: Earthmen

answers: NDQ_002103

answers: before the full moon

answers: NDQ_002108

answers: It's impossible to say

answers: NDQ_002111

answers: How did the pirate ship get into space?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: Who put a human on the moon?

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: How is the pirate ship sucked into space?

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: What is the name of the satellite?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: What are placed in high orbits over Earth?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Moonstone

answers: NDQ_002128

answers: the Moon

answers: NDQ_002129

answers: Earthmen

answers: NDQ_002130

answers: SpaceX

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: The pirate ship

answers: NDQ_002133

answers: Earthmen

answers: NDQ_002134

answers: The full moon, casting its rays, attracts all moon matter

answers: NDQ_002135

answers: The pirate ship, arrived meanwhile and laden with lunar fruits

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: moonstones

answers: NDQ_002138

answers: is sucked into space.

answers: NDQ_002139

answers: Maupertuis

answers: NDQ_002095

answers: moonstone, necessary to return to the Moon.

answers: NDQ_002097

answers: sucked into space.

answers: NDQ_002099

answers: propel the Prince's galley into space

answers: NDQ_002100

answers: Earthmen

answers: NDQ_002103

answers: full moon,

answers: NDQ_002108

answers: Earthmen into bringing him a moonstone,

answers: NDQ_002111

answers: moonstone,

answers: NDQ_002113

answers: moonstone,

answers: NDQ_002114

answers: moonstone,

answers: NDQ_002115

answers: moonstone,

answers: NDQ_002116

answers: moonstone,

answers: NDQ_002117

answers: moonstone,

answers: NDQ_002118

answers: moonstone,

answers: NDQ_002119

answers: Moon. They are led by Prince Jean sans Lune,

answers: NDQ_002120

answers: Moon. They are led by Prince Jean sans Lune,

answers: NDQ_002121

answers: Séléné's necklace,

answers: NDQ_002122

answers: moonstone,

answers: NDQ_002123

answers: moonstone,

answers: NDQ_002124

answers: moonstone,

answers: NDQ_002125

answers: moonstone, necessary to return to the Moon.

answers: NDQ_002126

answers: space.

answers: NDQ_002127

answers: Séléné's necklace,

answers: NDQ_002128

answers: moon,

answers: NDQ_002129

answers: moonstone,

answers: NDQ_002130

answers: Earthmen

answers: NDQ_002131

answers: galley

answers: NDQ_002132

answers: galley

answers: NDQ_002133

answers: Earthmen

answers: NDQ_002134

answers: sucked into space.

answers: NDQ_002135

answers: Séléné's necklace,

answers: NDQ_002136

answers: full moon, casting its rays, attracts all moon matter.

answers: NDQ_002137

answers: moonstone,

answers: NDQ_002138

answers: moonstone,

answers: NDQ_002139

answers: Maupertuis

text: Phostle was to return in Destination Moon and Explorers on the Moon as a villain, but that early draft by Bernard Heuvelmans was abandoned by Hergé.

text: Phostle was to return in

entity_name: Destination Moon (comics)

text: Destination Moon

text: and

entity_name: Explorers on the Moon

text: Explorers on the Moon

text: as a villain, but that early draft by

entity_name: Bernard Heuvelmans

text: Bernard Heuvelmans

text: was abandoned by Hergé.

method: UNH-ecn

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States and France

answers: NDQ_002103

answers: before the Moon

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices.

answers: NDQ_002119

answers: the moon

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat or Heuvelmans?

answers: NDQ_002121

answers: None of the above choices.

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

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

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: is

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: what is the largest artificial satellite

answers: NDQ_002130

answers: Destination Moon

answers: NDQ_002131

answers: can be described as

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: Moon

answers: NDQ_002134

answers: gravitational force causes objects to move in the same direction

answers: NDQ_002135

answers: Destination Moon

answers: NDQ_002136

answers: gravitational pull

answers: NDQ_002137

answers: satellites to locate the user

answers: NDQ_002138

answers: can be seen from Earth.

answers: NDQ_002139

answers: Phostle

answers: NDQ_002095

answers: Moon

answers: NDQ_002097

answers: Moon

answers: NDQ_002099

answers: Moon

answers: NDQ_002100

answers: Moon

answers: NDQ_002103

answers: Moon

answers: NDQ_002108

answers: Moon

answers: NDQ_002111

answers: Moon

answers: NDQ_002113

answers: Explorers on the Moon

answers: NDQ_002114

answers: Moon

answers: NDQ_002115

answers: Moon

answers: NDQ_002116

answers: Moon

answers: NDQ_002117

answers: Moon

answers: NDQ_002118

answers: Moon

answers: NDQ_002119

answers: Moon

answers: NDQ_002120

answers: Phostle was to return in Destination Moon

answers: NDQ_002121

answers: Moon

answers: NDQ_002122

answers: Explorers on the Moon

answers: NDQ_002123

answers: Phostle was to return in Destination Moon

answers: NDQ_002124

answers: Phostle was to return in Destination Moon

answers: NDQ_002125

answers: Phostle was to return in Destination Moon

answers: NDQ_002126

answers: Moon

answers: NDQ_002127

answers: Moon

answers: NDQ_002128

answers: Moon

answers: NDQ_002129

answers: Moon

answers: NDQ_002130

answers: Destination Moon

answers: NDQ_002131

answers: Moon

answers: NDQ_002132

answers: Destination Moon

answers: NDQ_002133

answers: Moon

answers: NDQ_002134

answers: Moon

answers: NDQ_002135

answers: Destination Moon

answers: NDQ_002136

answers: Moon

answers: NDQ_002137

answers: Phostle

answers: NDQ_002138

answers: Moon

answers: NDQ_002139

answers: Phostle

text: According to the survey carried out by the NEOWISE mission of NASA's Wide-field Infrared Survey Explorer, Alconrad measures 5.7 kilometers in diameter and its surface has an albedo of 0.18, while he Collaborative Asteroid Lightcurve Link assumes a standard albedo for members of the Koronis family of 0.24 and calculates a diameter of 4.9 kilometers. In October 2003, when the asteroid moon S/2003 (22899) 1 was discovered by the researchers at Southwest Research Institute using the Hubble Space Telescope, they calculated a diameter of 4.5 kilometers for the primary, based on an assumed albedo of 0.21. The researchers also measured a large angular separation of 0".14 between Alconrad and its moon. This is equivalent to a distance of 170 kilometers, or 182 kilometers, when using a/R ratio of 81. Based on a difference in magnitude of 2.5, the satellite measures 1 to 1.5 kilometers in diameter.

text: According to the survey carried out by the

entity_name: Wide-field Infrared Survey Explorer

entity_section: NEOWISE (pre-hibernation)

text: NEOWISE

text: mission of NASA's

text: Wide-field Infrared Survey Explorer

text: , Alconrad measures 5.7 kilometers in diameter and its surface has an

entity_name: Albedo

entity_section: Astronomical albedo

text: albedo

text: of 0.18, while he Collaborative Asteroid Lightcurve Link assumes a standard albedo for members of the Koronis family of 0.24 and calculates a diameter of 4.9 kilometers. In October 2003, when the asteroid moon S/2003 (22899) 1 was discovered by the researchers at

entity_name: Southwest Research Institute

text: Southwest Research Institute

text: using the

entity_name: Hubble Space Telescope

text: Hubble Space Telescope

text: , they calculated a diameter of 4.5 kilometers for the primary, based on an assumed albedo of 0.21. The researchers also measured a large angular separation of 0".14 between Alconrad and its moon. This is equivalent to a distance of 170 kilometers, or 182 kilometers, when using a/R ratio of 81. Based on a difference in magnitude of 2.5, the satellite measures 1 to 1.5 kilometers in diameter.

method: Bert-ConvKNRM

answers: NDQ_002095

answers: unanswer

answers: NDQ_002097

answers: magnitude of 2.5

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: Which of the following is not a type of imaging satellite: Hubble Space Telescope?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: angular

answers: NDQ_002127

answers: magnitude

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: Alconrad measures 5.7 kilometers in diameter

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: 20th century

answers: NDQ_002134

answers: Alconrad measures 5.7 kilometers in diameter

answers: NDQ_002135

answers: NEOWISE mission

answers: NDQ_002136

answers: albedo

answers: NDQ_002137

answers: albedo

answers: NDQ_002138

answers: Alconrad

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Alconrad

answers: NDQ_002097

answers: angular separation

answers: NDQ_002099

answers: 81.

answers: NDQ_002100

answers: NASA's

answers: NDQ_002103

answers: NASA's Wide-field Infrared Survey Explorer,

answers: NDQ_002108

answers: 2003,

answers: NDQ_002111

answers: Hubble Space Telescope,

answers: NDQ_002113

answers: 81.

answers: NDQ_002114

answers: 5.7 kilometers in diameter and its surface has an albedo of 0.18,

answers: NDQ_002115

answers: 5.7 kilometers in diameter and its surface has an albedo of 0.18,

answers: NDQ_002116

answers: moon.

answers: NDQ_002117

answers: 5.7 kilometers in diameter and its surface has an albedo of 0.18,

answers: NDQ_002118

answers: Alconrad

answers: NDQ_002119

answers: 2003,

answers: NDQ_002120

answers: 1 to 1.5 kilometers in diameter.

answers: NDQ_002121

answers: 5.7 kilometers in diameter and its surface has an albedo of 0.18,

answers: NDQ_002122

answers: 5.7 kilometers in diameter and its surface has an albedo of 0.18,

answers: NDQ_002123

answers: Hubble Space Telescope,

answers: NDQ_002124

answers: 2003,

answers: NDQ_002125

answers: NASA's Wide-field Infrared Survey Explorer,

answers: NDQ_002126

answers: angular

answers: NDQ_002127

answers: magnitude

answers: NDQ_002128

answers: asteroid moon

answers: NDQ_002129

answers: Alconrad

answers: NDQ_002130

answers: NASA's

answers: NDQ_002131

answers: 81.

answers: NDQ_002132

answers: Wide-field Infrared Survey Explorer,

answers: NDQ_002133

answers: 2003,

answers: NDQ_002134

answers: 170 kilometers,

answers: NDQ_002135

answers: NASA's Wide-field Infrared Survey Explorer,

answers: NDQ_002136

answers: a difference in magnitude

answers: NDQ_002137

answers: a/R ratio of 81.

answers: NDQ_002138

answers: Alconrad

answers: NDQ_002139

answers: Alconrad

text: NASA has applied some of Gunderson’s research to space exploration and used the results to help with development of training programs and psychological evaluations for flight crews of long-duration space missions, in particular to study missions to Mars. The studies done by Gunderson and his colleagues at early Antarctic research stations were particularly relevant to behavior and performance on long-duration spaceflights because the harsh, extreme conditions found at the early Antarctic research stations were similar to those conditions expected to be found during space exploration. Data from these studies has been used in developing screening criteria for selection of personnel for long-duration missions in space.

entity_name: NASA

text: NASA

text: has applied some of Gunderson’s research to

entity_name: Space exploration

text: space exploration

text: and used the results to help with development of training programs and psychological evaluations for flight crews of long-duration space missions, in particular to study missions to

entity_name: Mars

text: Mars

text: . The studies done by Gunderson and his colleagues at early Antarctic research stations were particularly relevant to behavior and performance on long-duration spaceflights because the harsh, extreme conditions found at the early Antarctic research stations were similar to those conditions expected to be found during space exploration. Data from these studies has been used in developing screening criteria for selection of personnel for long-duration missions in space.

answers: NDQ_002095

answers: Mars

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: in space

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: None of the above choices.

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: None of the above choices.

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: Mars

answers: NDQ_002120

answers: Gunderson and his colleagues at early Antarctic research stations

answers: NDQ_002121

answers: the law of conservation of momentum

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

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

answers: NDQ_002124

answers: Gunderson

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: Gunderson

answers: NDQ_002128

answers: Mars

answers: NDQ_002129

answers: Mars

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Gunderson

answers: NDQ_002132

answers: Mars

answers: NDQ_002133

answers: Antarctic

answers: NDQ_002134

answers: gravitational force causes objects to move in what direction?

answers: NDQ_002135

answers: Gunderson's research

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Gunderson's research

answers: NDQ_002138

answers: Mars

answers: NDQ_002139

answers: Gunderson

answers: NDQ_002095

answers: Mars.

answers: NDQ_002097

answers: long-duration space missions, in particular to study missions to Mars.

answers: NDQ_002099

answers: long-duration space missions,

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: Mars.

answers: NDQ_002108

answers: Mars.

answers: NDQ_002111

answers: Mars.

answers: NDQ_002113

answers: Mars.

answers: NDQ_002114

answers: Mars.

answers: NDQ_002115

answers: Mars.

answers: NDQ_002116

answers: Mars.

answers: NDQ_002117

answers: Mars.

answers: NDQ_002118

answers: NASA

answers: NDQ_002119

answers: Mars.

answers: NDQ_002120

answers: Mars.

answers: NDQ_002121

answers: Mars.

answers: NDQ_002122

answers: Mars.

answers: NDQ_002123

answers: Mars.

answers: NDQ_002124

answers: Mars.

answers: NDQ_002125

answers: Mars.

answers: NDQ_002126

answers: Mars.

answers: NDQ_002127

answers: flight crews

answers: NDQ_002128

answers: Mars.

answers: NDQ_002129

answers: Mars.

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Mars.

answers: NDQ_002132

answers: Mars.

answers: NDQ_002133

answers: Mars.

answers: NDQ_002134

answers: long-duration space missions, in particular to study missions to Mars.

answers: NDQ_002135

answers: Mars.

answers: NDQ_002136

answers: harsh, extreme conditions

answers: NDQ_002137

answers: Antarctic research stations

answers: NDQ_002138

answers: Mars.

answers: NDQ_002139

answers: Gunderson’s

text: 2143 - Space exploration to Jupiter discovers planet is too unstable for colonization.

text: 2143 - Space exploration to Jupiter discovers planet is too unstable for colonization.

method: UNH-tfidf-stem

method: UNH-tfidf-ptsim

method: UNH-tfidf-lem

answers: NDQ_002095

answers: Mars

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can travel faster.

answers: NDQ_002100

answers: United States and China

answers: NDQ_002103

answers: by a spacecraft

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: In 2143, rockets were developed before scientists knew how they worked.

answers: NDQ_002113

answers: The invention of gunpowder allowed rockets to travel to space

answers: NDQ_002114

answers: The U.S. and China are the only two nations to have put a human on the moon

answers: NDQ_002115

answers: in 2143

answers: NDQ_002116

answers: A satellite is an object that orbits a planet.

answers: NDQ_002117

answers: in the 21st century

answers: NDQ_002118

answers: In the 21st century, Earth has a population of 3 billion.

answers: NDQ_002119

answers: space

answers: NDQ_002120

answers: In the 21st century, satellites make detailed images of continents.

answers: NDQ_002121

answers: It is unable to return to Earth.

answers: NDQ_002122

answers: In the 21st century, a rocket is powered by a propellant gas.

answers: NDQ_002123

answers: In the 21st century, satellites are placed in high orbits over Earth.

answers: NDQ_002124

answers: The first astronaut to walk on the Moon was Alan Shepherd

answers: NDQ_002125

answers: 2143

answers: NDQ_002126

answers: can be formed

answers: NDQ_002127

answers: gravity

answers: NDQ_002128

answers: a planet

answers: NDQ_002129

answers: in the solar system

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: can be seen

answers: NDQ_002132

answers: unmanned spacecraft

answers: NDQ_002133

answers: 21st century

answers: NDQ_002134

answers: gravitational force causes objects to move in the same direction

answers: NDQ_002135

answers: 2143

answers: NDQ_002136

answers: gravitational pull

answers: NDQ_002137

answers: GPS coordinates.

answers: NDQ_002138

answers: can be detected by a telescope.

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Jupiter

answers: NDQ_002097

answers: unstable

answers: NDQ_002099

answers: unstable

answers: NDQ_002100

answers: 2143

answers: NDQ_002103

answers: 2143

answers: NDQ_002108

answers: 2143

answers: NDQ_002111

answers: 2143

answers: NDQ_002113

answers: 2143

answers: NDQ_002114

answers: Space exploration to Jupiter discovers planet is too unstable for colonization.

answers: NDQ_002115

answers: 2143

answers: NDQ_002116

answers: 2143

answers: NDQ_002117

answers: 2143

answers: NDQ_002118

answers: 2143

answers: NDQ_002119

answers: 2143

answers: NDQ_002120

answers: 2143

answers: NDQ_002121

answers: Space

answers: NDQ_002122

answers: 2143

answers: NDQ_002123

answers: 2143

answers: NDQ_002124

answers: 2143

answers: NDQ_002125

answers: Jupiter

answers: NDQ_002126

answers: Space exploration to Jupiter

answers: NDQ_002127

answers: Space exploration to Jupiter discovers planet is too unstable

answers: NDQ_002128

answers: Jupiter

answers: NDQ_002129

answers: 2143

answers: NDQ_002130

answers: Space exploration to Jupiter discovers planet is too unstable for colonization.

answers: NDQ_002131

answers: 2143

answers: NDQ_002132

answers: Space exploration to Jupiter discovers planet is too unstable for colonization.

answers: NDQ_002133

answers: 2143

answers: NDQ_002134

answers: unstable

answers: NDQ_002135

answers: 2143

answers: NDQ_002136

answers: unstable

answers: NDQ_002137

answers: Jupiter

answers: NDQ_002138

answers: 2143

answers: NDQ_002139

answers: 2143

text: Study of Earth's magnetosphere began in 1600, when William Gilbert discovered that the magnetic field on the surface of Earth resembled that on a terrella, a small, magnetized sphere. In the 1940s, Walter M. Elsasser proposed the model of dynamo theory, which attributes Earth's magnetic field to the motion of  Earth's iron outer core. Through the use of magnetometers, scientists were able to study the variations in Earth's magnetic field as functions of both time and latitude and longitude. Beginning in the late 1940s, rockets were used to study cosmic rays. In 1958, Explorer 1, the first of the Explorer series of space missions, was launched to study the intensity of cosmic rays above the atmosphere and measure the fluctuations in this activity. This mission observed the existence of the Van Allen radiation belt (located in the inner region of Earth's magnetosphere), with the Explorer 3 mission later that year definitively proving its existence. Also in 1958, Eugene Parker proposed the idea of the solar wind. The term 'magnetosphere' was proposed by Thomas Gold in 1959. The Explorer 12 mission (1961) led to the observation by Cahill and Amazeen in 1963 of a sudden decrease in the strength of the magnetic field near the noon meridian, later named the magnetopause. In 1983, the International Cometary Explorer observed the magnetotail, or the distant magnetic field.

text: Study of Earth's magnetosphere began in 1600, when

entity_name: William Gilbert (astronomer)

text: William Gilbert

text: discovered that the magnetic field on the surface of Earth resembled that on a

entity_name: Terrella

text: terrella

text: , a small, magnetized sphere. In the 1940s,

entity_name: Walter M. Elsasser

text: Walter M. Elsasser

text: proposed the model of

entity_name: Dynamo theory

text: dynamo theory

text: , which attributes

entity_name: Earth's magnetic field

text: Earth's magnetic field

text: to the motion of  Earth's

entity_name: Iron

text: iron

entity_name: Outer core

text: outer core

text: . Through the use of

entity_name: Magnetometer

text: magnetometer

text: s, scientists were able to study the variations in Earth's magnetic field as functions of both time and latitude and longitude. Beginning in the late 1940s, rockets were used to study

entity_name: Cosmic ray

text: cosmic rays

text: . In 1958,

entity_name: Explorer 1

text: Explorer 1

text: , the first of the Explorer series of space missions, was launched to study the intensity of cosmic rays above the atmosphere and measure the fluctuations in this activity. This mission observed the existence of the

entity_name: Van Allen radiation belt

text: Van Allen radiation belt

text: (located in the inner region of Earth's magnetosphere), with the

entity_name: Explorer 3

text: Explorer 3

text: mission later that year definitively proving its existence. Also in 1958,

entity_name: Eugene Parker

text: Eugene Parker

text: proposed the idea of the

entity_name: Solar wind

text: solar wind

text: . The term 'magnetosphere' was proposed by

entity_name: Thomas Gold

text: Thomas Gold

text: in 1959. The Explorer 12 mission (1961) led to the observation by Cahill and Amazeen in 1963 of a sudden decrease in the strength of the magnetic field near the noon meridian, later named the

entity_name: Magnetopause

text: magnetopause

text: . In 1983, the

entity_name: International Cometary Explorer

text: International Cometary Explorer

text: observed the magnetotail, or the distant magnetic field.

answers: NDQ_002095

answers: spacecraft

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: late 1940s

answers: NDQ_002108

answers: yes

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many years after William Gilbert discovered that the magnetic field on the surface of Earth resembled that on a terrella

answers: NDQ_002119

answers: Neil Armstrong walked

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat or Explorer?

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: How many years after William Gilbert discovered that the magnetic field on the surface of Earth resembled that on a terrella, a small, magnetized sphere

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: meridian

answers: NDQ_002127

answers: magnetic field

answers: NDQ_002128

answers: Terrella

answers: NDQ_002129

answers: International Cometary Explorer

answers: NDQ_002130

answers: International Cometary Explorer

answers: NDQ_002131

answers: solar wind

answers: NDQ_002132

answers: Explorer 1

answers: NDQ_002133

answers: 1940s

answers: NDQ_002134

answers: Earth's magnetic field is a function of what?

answers: NDQ_002135

answers: 1958

answers: NDQ_002136

answers: magnetosphere

answers: NDQ_002137

answers: magnetometers to measure

answers: NDQ_002138

answers: could be used to study cosmic rays

answers: NDQ_002139

answers: Eugene Parker

answers: NDQ_002095

answers: space missions, was launched to study the intensity of cosmic rays

answers: NDQ_002097

answers: time and latitude and longitude.

answers: NDQ_002099

answers: rockets were used to study cosmic rays.

answers: NDQ_002100

answers: 1958,

answers: NDQ_002103

answers: launched

answers: NDQ_002108

answers: late 1940s,

answers: NDQ_002111

answers: cosmic rays.

answers: NDQ_002113

answers: late 1940s,

answers: NDQ_002114

answers: space missions,

answers: NDQ_002115

answers: study cosmic rays.

answers: NDQ_002116

answers: terrella,

answers: NDQ_002117

answers: rockets

answers: NDQ_002118

answers: Explorer series of space missions,

answers: NDQ_002119

answers: 1958,

answers: NDQ_002120

answers: Explorer 1, the first of the Explorer series of space missions,

answers: NDQ_002121

answers: dynamo theory,

answers: NDQ_002122

answers: motion of Earth's iron outer core.

answers: NDQ_002123

answers: magnetometers,

answers: NDQ_002124

answers: Explorer 1,

answers: NDQ_002125

answers: Explorer 1, the first of the Explorer series of space missions,

answers: NDQ_002126

answers: sphere.

answers: NDQ_002127

answers: solar wind.

answers: NDQ_002128

answers: small, magnetized sphere.

answers: NDQ_002129

answers: Explorer 1,

answers: NDQ_002130

answers: Explorer series of space missions,

answers: NDQ_002131

answers: solar wind.

answers: NDQ_002132

answers: rockets

answers: NDQ_002133

answers: late 1940s,

answers: NDQ_002134

answers: motion of Earth's iron outer core.

answers: NDQ_002135

answers: 1958,

answers: NDQ_002136

answers: motion of Earth's iron outer core.

answers: NDQ_002137

answers: magnetometers,

answers: NDQ_002138

answers: Explorer 1,

answers: NDQ_002139

answers: Explorer 1,

text: Sputnik 2 was launched into space only 32 days after its predecessor Sputnik 1. Due to the huge success of Sputnik 1, Nikita Khrushchev had Sergey Korolev on orders and back to work creating a Sputnik 2 that needed to be ready for space for the 40th anniversary of the Bolshevik revolution. Many people believed that Khrushchev pushed Korolev into creating Sputnik 2 against his will and advice that it would end in failure, but actually Korolev was more than happy to comply, and he used the excitement from Sputnik 1 to help “accelerate his own plans for exploring space, particularly putting man into orbit”

text: Sputnik 2 was launched into space only 32 days after its predecessor

entity_name: Sputnik 1

text: Sputnik 1

text: . Due to the huge success of Sputnik 1,

entity_name: Nikita Khrushchev

text: Nikita Khrushchev

text: had

entity_name: Sergei Korolev

text: Sergey Korolev

text: on orders and back to work creating a Sputnik 2 that needed to be ready for space for the 40th anniversary of the

entity_name: October Revolution

text: Bolshevik revolution

text: . Many people believed that Khrushchev pushed Korolev into creating Sputnik 2 against his will and advice that it would end in failure, but actually Korolev was more than happy to comply, and he used the excitement from Sputnik 1 to help “accelerate his own plans for exploring space, particularly putting man into orbit”

method: UNH-qee

answers: NDQ_002095

answers: orbit

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: Bolshevik

answers: NDQ_002103

answers: Sputnik 2

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: Apollo 1

answers: NDQ_002120

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

answers: NDQ_002121

answers: no

answers: NDQ_002122

answers: Which of the following is not a law: Newtons Third Law of Motion?

answers: NDQ_002123

answers: What did Korolev use the excitement from Sputnik 1 to help accelerate?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Khrushchev

answers: NDQ_002128

answers: orbit

answers: NDQ_002129

answers: Sputnik 2

answers: NDQ_002130

answers: Sputnik 2

answers: NDQ_002131

answers: Sputnik 2

answers: NDQ_002132

answers: Sputnik 2

answers: NDQ_002133

answers: 40th anniversary

answers: NDQ_002134

answers: Sputnik 2 was launched into space only 32 days after its predecessor

answers: NDQ_002135

answers: the Bolshevik revolution

answers: NDQ_002136

answers: Space weather

answers: NDQ_002137

answers: Sputnik 2

answers: NDQ_002138

answers: Sputnik 1

answers: NDQ_002139

answers: Sergey Korolev

answers: NDQ_002095

answers: orbit”

answers: NDQ_002097

answers: Sputnik 2

answers: NDQ_002099

answers: putting man into orbit”

answers: NDQ_002100

answers: Bolshevik

answers: NDQ_002103

answers: space

answers: NDQ_002108

answers: Sputnik 2

answers: NDQ_002111

answers: Sputnik 2

answers: NDQ_002113

answers: Sputnik 2

answers: NDQ_002114

answers: Sputnik 2

answers: NDQ_002115

answers: putting man into orbit”

answers: NDQ_002116

answers: orbit”

answers: NDQ_002117

answers: Sputnik 2

answers: NDQ_002118

answers: Sputnik 2

answers: NDQ_002119

answers: Sputnik 2

answers: NDQ_002120

answers: Sputnik 2

answers: NDQ_002121

answers: Sputnik 2

answers: NDQ_002122

answers: Sputnik 2

answers: NDQ_002123

answers: Sputnik 2

answers: NDQ_002124

answers: Sputnik 2

answers: NDQ_002125

answers: Sputnik 2

answers: NDQ_002126

answers: orbit”

answers: NDQ_002127

answers: Nikita Khrushchev

answers: NDQ_002128

answers: orbit”

answers: NDQ_002129

answers: Sputnik 2

answers: NDQ_002130

answers: Sputnik 2

answers: NDQ_002131

answers: Sputnik 2

answers: NDQ_002132

answers: Sputnik 2

answers: NDQ_002133

answers: Bolshevik revolution.

answers: NDQ_002134

answers: putting man into orbit”

answers: NDQ_002135

answers: Bolshevik revolution.

answers: NDQ_002136

answers: success of Sputnik 1, Nikita Khrushchev

answers: NDQ_002137

answers: Sputnik 2

answers: NDQ_002138

answers: Sputnik 2

answers: NDQ_002139

answers: Sergey Korolev

text: In the first phases of Operation Paperclip, these recruits mostly included aerospace engineers from the German V-2 combat rocket program, experts in aerospace medicine and synthetic fuels. Perhaps the most influential of these was Wernher Von Braun, who had worked on the Aggregate rockets (the first rocket program to reach outer space), and chief designer of the V-2 rocket program. Upon reaching US soil, Von Braun first worked on the U.S. Air Force ICBM program before his team was reassigned to NASA. Often credited as “The Father of Rocket Science,” his work on the Redstone rocket and the successful deployment of the Explorer 1 satellite as a response to Sputnik 1 marked the beginning of the American Space program, and therefore, of the Space Race. Von Braun’s subsequent development of the Saturn V booster for NASA in the mid-to late sixties resulted in the first manned moon landing, the Apollo 11 mission, in 1969.

text: In the first phases of Operation Paperclip, these recruits mostly included aerospace engineers from the German

entity_name: V-2 rocket

text: combat rocket program, experts in aerospace medicine and synthetic fuels. Perhaps the most influential of these was

text: Wernher Von Braun

text: , who had worked on the

entity_name: Aggregat (rocket family)

text: Aggregate

text: rockets (the first rocket program to reach outer space), and chief designer of the V-2 rocket program. Upon reaching US soil, Von Braun first worked on the

entity_name: United States Air Force

text: U.S. Air Force

text: ICBM program before his team was reassigned to

text: NASA

text: . Often credited as “The Father of Rocket Science,” his work on the Redstone rocket and the successful deployment of the

text: Explorer 1

text: satellite as a response to

text: Sputnik 1

text: marked the beginning of the American Space program, and therefore, of the

entity_name: Space Race

text: Space Race

text: . Von Braun’s subsequent development of the

entity_name: Saturn V

text: Saturn V

text: booster for NASA in the mid-to late sixties resulted in the first manned moon landing, the

entity_name: Apollo 11

text: Apollo 11

text: mission, in 1969.

answers: NDQ_002095

answers: orbit the sun

answers: NDQ_002097

answers: the first manned moon landing

answers: NDQ_002099

answers: reaches outer space

answers: NDQ_002100

answers: German

answers: NDQ_002103

answers: first

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: the moon

answers: NDQ_002120

answers: what is the first rocket program to reach outer space?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What is the first rocket program to reach outer space?

answers: NDQ_002123

answers: Which happened first, Von Braun first worked on the U.S. Air Force ICBM program before his team was reassigned to NASA?

answers: NDQ_002124

answers: Apollo 11

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: booster

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Explorer 1 satellite

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Sputnik 1

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: Space Race

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: Operation Paperclip

answers: NDQ_002136

answers: Space Race

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Explorer 1

answers: NDQ_002139

answers: Apollo 11

answers: NDQ_002095

answers: moon landing,

answers: NDQ_002097

answers: 1

answers: NDQ_002099

answers: outer space),

answers: NDQ_002100

answers: US

answers: NDQ_002103

answers: deployment of the Explorer 1 satellite as a response to Sputnik 1

answers: NDQ_002108

answers: Sputnik 1

answers: NDQ_002111

answers: Rocket Science,”

answers: NDQ_002113

answers: Wernher Von Braun,

answers: NDQ_002114

answers: Apollo 11

answers: NDQ_002115

answers: Apollo 11 mission, in 1969.

answers: NDQ_002116

answers: satellite as a response to Sputnik 1

answers: NDQ_002117

answers: manned

answers: NDQ_002118

answers: Wernher Von Braun,

answers: NDQ_002119

answers: 1969.

answers: NDQ_002120

answers: Wernher Von Braun,

answers: NDQ_002121

answers: outer space),

answers: NDQ_002122

answers: Wernher Von Braun,

answers: NDQ_002123

answers: Explorer 1 satellite as a response to Sputnik 1

answers: NDQ_002124

answers: Apollo 11

answers: NDQ_002125

answers: manned moon landing,

answers: NDQ_002126

answers: moon landing, the Apollo 11

answers: NDQ_002127

answers: fuels.

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Explorer 1

answers: NDQ_002130

answers: NASA.

answers: NDQ_002131

answers: Operation Paperclip,

answers: NDQ_002132

answers: Explorer 1 satellite

answers: NDQ_002133

answers: Sputnik 1

answers: NDQ_002134

answers: manned moon landing, the Apollo 11 mission, in 1969.

answers: NDQ_002135

answers: Aggregate rockets

answers: NDQ_002136

answers: synthetic fuels.

answers: NDQ_002137

answers: synthetic fuels.

answers: NDQ_002138

answers: Explorer 1

answers: NDQ_002139

answers: Apollo 11

text: Both the Soviets and the United States developed anti-satellite weaponry designed to shoot down satellites. While early efforts paralleled other space-to-space warfare concepts, the United States was able in the 1980s to develop ground-to-space laser anti-satellite weapons. None of these systems are known to be active today; however, a less powerful civilian version of the ground-to-space laser system is commonly used in the astronomical technique of adaptive optics.

text: Both the Soviets and the United States developed

text: anti-satellite

text: weaponry designed to shoot down satellites. While early efforts paralleled other space-to-space warfare concepts, the United States was able in the 1980s to develop ground-to-space laser anti-satellite weapons. None of these systems are known to be active today; however, a less powerful civilian version of the ground-to-space laser system is commonly used in the astronomical technique of

text: adaptive optics

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: shoot down satellites

answers: NDQ_002100

answers: Both the Soviets and the United States

answers: NDQ_002103

answers: ground-to-space

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the United States

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: None of these systems are known to be active today

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: ground

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: None of these systems are known to be active today

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: Soviets

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: Soviets

answers: NDQ_002136

answers: anti-satellite weaponry

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: can be shot down

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: satellites.

answers: NDQ_002097

answers: shoot down satellites.

answers: NDQ_002099

answers: shoot down satellites.

answers: NDQ_002100

answers: Soviets and the United States

answers: NDQ_002103

answers: anti-satellite weaponry designed to shoot down satellites.

answers: NDQ_002108

answers: the United States was able in the 1980s

answers: NDQ_002111

answers: anti-satellite weaponry designed to shoot down satellites.

answers: NDQ_002113

answers: anti-satellite weaponry designed to shoot down satellites.

answers: NDQ_002114

answers: Both the Soviets and the United States

answers: NDQ_002115

answers: anti-satellite weaponry designed to shoot down satellites.

answers: NDQ_002116

answers: satellites.

answers: NDQ_002117

answers: anti-satellite weaponry designed to shoot down satellites.

answers: NDQ_002118

answers: satellites.

answers: NDQ_002119

answers: satellites.

answers: NDQ_002120

answers: anti-satellite weaponry designed to shoot down satellites.

answers: NDQ_002121

answers: satellites.

answers: NDQ_002122

answers: anti-satellite weaponry designed to shoot down satellites.

answers: NDQ_002123

answers: adaptive optics.

answers: NDQ_002124

answers: anti-satellite weaponry

answers: NDQ_002125

answers: None of these systems are known to be active today;

answers: NDQ_002126

answers: adaptive optics.

answers: NDQ_002127

answers: anti-satellite weaponry

answers: NDQ_002128

answers: satellites.

answers: NDQ_002129

answers: satellites.

answers: NDQ_002130

answers: anti-satellite weaponry

answers: NDQ_002131

answers: adaptive optics.

answers: NDQ_002132

answers: adaptive optics.

answers: NDQ_002133

answers: the Soviets

answers: NDQ_002134

answers: anti-satellite weaponry designed to shoot down satellites.

answers: NDQ_002135

answers: Soviets

answers: NDQ_002136

answers: anti-satellite weaponry

answers: NDQ_002137

answers: satellites.

answers: NDQ_002138

answers: satellites.

answers: NDQ_002139

answers: Both the Soviets and the United States

text: A contributing factor to the Sputnik Crisis was that the Soviets had not released a photograph of the satellite for five days after the launch. Until this point, its appearance remained a mystery to Americans. Another factor was Sputnik's weight of  which dwarfed the United States' plans to launch a satellite of . The Soviet claim was outrageous to many American officials who doubted its accuracy. US rockets at the time produced  of thrust and US officials presumed that the Soviet rocket that launched Sputnik into space had to have produced  of thrust. In fact, the R-7 rocket that launched Sputnik 1 into space produced almost  of thrust. All these factors contributed to the American people's perception that they were greatly behind the Soviets in the development of space technologies.

text: A contributing factor to the Sputnik Crisis was that the Soviets had not released a photograph of the satellite for five days after the launch. Until this point, its appearance remained a mystery to Americans. Another factor was Sputnik's weight of  which dwarfed the United States' plans to launch a satellite of . The Soviet claim was outrageous to many American officials who doubted its accuracy. US rockets at the time produced  of thrust and US officials presumed that the Soviet rocket that launched Sputnik into space had to have produced  of thrust. In fact, the R-7 rocket that launched Sputnik 1 into space produced almost  of thrust. All these factors contributed to the American people's perception that they were greatly behind the Soviets in the development of space technologies.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: thrust

answers: NDQ_002099

answers: propels itself

answers: NDQ_002100

answers: Soviets

answers: NDQ_002103

answers: into space

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: in space

answers: NDQ_002120

answers: Which of the following is not a factor to the Sputnik Crisis?

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: what is the first law mentioned?

answers: NDQ_002123

answers: Which of the following is not a contributing factor to the Sputnik Crisis?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: thrust

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Sputnik 1

answers: NDQ_002130

answers: United States

answers: NDQ_002131

answers: Sputnik

answers: NDQ_002132

answers: Sputnik

answers: NDQ_002133

answers: Soviets

answers: NDQ_002134

answers: Sputnik's weight dwarfed what?

answers: NDQ_002135

answers: Sputnik Crisis

answers: NDQ_002136

answers: thrust

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Sputnik

answers: NDQ_002139

answers: Sputnik 1

answers: NDQ_002095

answers: Sputnik into space

answers: NDQ_002097

answers: thrust

answers: NDQ_002099

answers: thrust

answers: NDQ_002100

answers: Soviets

answers: NDQ_002103

answers: US rockets at the time produced of thrust

answers: NDQ_002108

answers: Sputnik

answers: NDQ_002111

answers: US rockets at the time produced of thrust

answers: NDQ_002113

answers: thrust

answers: NDQ_002114

answers: Sputnik's weight of which dwarfed the United States'

answers: NDQ_002115

answers: Sputnik

answers: NDQ_002116

answers: satellite

answers: NDQ_002117

answers: US rockets at the time produced of thrust

answers: NDQ_002118

answers: Sputnik Crisis

answers: NDQ_002119

answers: Sputnik

answers: NDQ_002120

answers: Sputnik Crisis

answers: NDQ_002121

answers: thrust

answers: NDQ_002122

answers: thrust

answers: NDQ_002123

answers: photograph

answers: NDQ_002124

answers: Sputnik Crisis

answers: NDQ_002125

answers: Sputnik

answers: NDQ_002126

answers: thrust

answers: NDQ_002127

answers: thrust

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Sputnik's

answers: NDQ_002130

answers: the United States'

answers: NDQ_002131

answers: thrust

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: US rockets at the time produced of thrust

answers: NDQ_002134

answers: thrust

answers: NDQ_002135

answers: Sputnik 1

answers: NDQ_002136

answers: thrust

answers: NDQ_002137

answers: US rockets

answers: NDQ_002138

answers: Sputnik's weight

answers: NDQ_002139

answers: Sputnik

text: As a concept wide range of technologies and architectures have been examined. The use of technology from the James Webb Space Telescope was also explored.

text: As a concept wide range of technologies and architectures have been examined. The use of technology from the James Webb Space Telescope was also explored.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space.

answers: NDQ_002100

answers: United States and China

answers: NDQ_002103

answers: in space

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: The James Webb Space Telescope

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: The James Webb Space Telescope

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: in space

answers: NDQ_002120

answers: The James Webb Space Telescope

answers: NDQ_002121

answers: The James Webb Space Telescope

answers: NDQ_002122

answers: Which of the following is not a law: Newton's Third Law of Motion or Webb Space Telescope?

answers: NDQ_002123

answers: Which of the following is not a type of technology: imaging satellites or telescopes?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: James Webb Space Telescope

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: can be described as

answers: NDQ_002132

answers: James Webb

answers: NDQ_002133

answers: Space Telescope

answers: NDQ_002134

answers: gravitational force is proportional to the mass of an object

answers: NDQ_002135

answers: James Webb Space Telescope

answers: NDQ_002136

answers: gravitational pull

answers: NDQ_002137

answers: james webb

answers: NDQ_002138

answers: is a satellite in a low orbit

answers: NDQ_002139

answers: James Webb

answers: NDQ_002095

answers: James Webb Space Telescope

answers: NDQ_002097

answers: James Webb Space Telescope

answers: NDQ_002099

answers: James Webb Space Telescope

answers: NDQ_002100

answers: James Webb Space Telescope

answers: NDQ_002103

answers: James Webb Space Telescope

answers: NDQ_002108

answers: James Webb Space Telescope

answers: NDQ_002111

answers: James Webb Space Telescope

answers: NDQ_002113

answers: James Webb Space Telescope

answers: NDQ_002114

answers: James Webb Space Telescope

answers: NDQ_002115

answers: James Webb Space Telescope

answers: NDQ_002116

answers: James Webb Space Telescope

answers: NDQ_002117

answers: James Webb Space Telescope

answers: NDQ_002118

answers: James Webb Space Telescope

answers: NDQ_002119

answers: James Webb Space Telescope

answers: NDQ_002120

answers: James Webb Space Telescope

answers: NDQ_002121

answers: James Webb Space Telescope

answers: NDQ_002122

answers: James Webb Space Telescope

answers: NDQ_002123

answers: James Webb Space Telescope

answers: NDQ_002124

answers: James Webb Space Telescope

answers: NDQ_002125

answers: James Webb Space Telescope

answers: NDQ_002126

answers: James Webb Space Telescope

answers: NDQ_002127

answers: James Webb Space Telescope

answers: NDQ_002128

answers: Space Telescope

answers: NDQ_002129

answers: James Webb Space Telescope

answers: NDQ_002130

answers: James Webb Space Telescope

answers: NDQ_002131

answers: James Webb Space Telescope

answers: NDQ_002132

answers: James Webb Space Telescope

answers: NDQ_002133

answers: James Webb Space Telescope

answers: NDQ_002134

answers: James Webb Space Telescope

answers: NDQ_002135

answers: James Webb Space Telescope

answers: NDQ_002136

answers: technology

answers: NDQ_002137

answers: technology from the James Webb Space Telescope

answers: NDQ_002138

answers: James Webb Space Telescope

answers: NDQ_002139

answers: James Webb Space Telescope

text: , also known as ASTRO-H and New X-ray Telescope (NeXT), was an X-ray astronomy satellite commissioned by the Japan Aerospace Exploration Agency (JAXA) for studying extremely energetic processes in the Universe. The space observatory was designed to extend the research conducted by the Advanced Satellite for Cosmology and Astrophysics (ASCA) by investigating the hard X-ray band above 10 keV. The satellite was originally called New X-ray Telescope; at the time of launch it was called ASTRO-H. After it was placed in orbit and its solar panels deployed, it was renamed Hitomi. The new name refers to the pupil of an eye, and to a legend of a painting of four dragons, two of which were given eyes and flew into the sky, and two that were left eyeless and stayed as motionless art. The spacecraft was launched on 17 February 2016 and contact was lost on 26 March 2016, due to multiple incidents with the attitude control system leading to an uncontrolled spin rate and breakup of structurally weak elements.

text: , also known as ASTRO-H and New X-ray Telescope (NeXT), was an

text: X-ray astronomy

text: satellite commissioned by the

text: Japan Aerospace Exploration Agency

text: (JAXA) for studying extremely energetic processes in the

text: Universe

text: . The space observatory was designed to extend the research conducted by the

text: Advanced Satellite for Cosmology and Astrophysics

text: (ASCA) by investigating the hard X-ray band above 10

text: keV

text: . The satellite was originally called New X-ray Telescope; at the time of launch it was called ASTRO-H. After it was placed in orbit and its solar panels deployed, it was renamed Hitomi. The new name refers to the pupil of an eye, and to a legend of a painting of four dragons, two of which were given eyes and flew into the sky, and two that were left eyeless and stayed as motionless art. The spacecraft was launched on 17 February 2016 and contact was lost on 26 March 2016, due to multiple incidents with the

text: attitude control

text: system leading to an uncontrolled spin rate and breakup of structurally weak elements.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: uncontrolled spin rate

answers: NDQ_002099

answers: can be launched

answers: NDQ_002100

answers: Japan

answers: NDQ_002103

answers: on 17 February 2016

answers: NDQ_002108

answers: No

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S.

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: It is impossible to say

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: Landsat satellites

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: What type of satellites are placed in high orbits over Earth

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: attitude control system

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Hitomi

answers: NDQ_002130

answers: Japan Aerospace Exploration Agency

answers: NDQ_002131

answers: hitomi

answers: NDQ_002132

answers: spacecraft

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: The spacecraft was launched on 17 February 2016

answers: NDQ_002135

answers: ASTRO-H

answers: NDQ_002136

answers: solar panels

answers: NDQ_002137

answers: X-ray

answers: NDQ_002138

answers: After it was placed in orbit

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: contact was lost on 26 March 2016,

answers: NDQ_002097

answers: spin rate

answers: NDQ_002099

answers: attitude control system

answers: NDQ_002100

answers: Japan

answers: NDQ_002103

answers: 17 February 2016

answers: NDQ_002108

answers: 17 February 2016

answers: NDQ_002111

answers: uncontrolled spin rate

answers: NDQ_002113

answers: Hitomi.

answers: NDQ_002114

answers: Hitomi.

answers: NDQ_002115

answers: Hitomi.

answers: NDQ_002116

answers: orbit

answers: NDQ_002117

answers: commissioned by the Japan Aerospace Exploration Agency

answers: NDQ_002118

answers: Hitomi.

answers: NDQ_002119

answers: 2016

answers: NDQ_002120

answers: Hitomi.

answers: NDQ_002121

answers: Hitomi.

answers: NDQ_002122

answers: uncontrolled spin rate

answers: NDQ_002123

answers: Hitomi.

answers: NDQ_002124

answers: Hitomi.

answers: NDQ_002125

answers: contact was lost on 26 March 2016,

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: attitude control system

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Hitomi.

answers: NDQ_002130

answers: Japan Aerospace Exploration Agency

answers: NDQ_002131

answers: Hitomi.

answers: NDQ_002132

answers: X-ray astronomy satellite

answers: NDQ_002133

answers: Japan Aerospace Exploration Agency

answers: NDQ_002134

answers: uncontrolled spin rate

answers: NDQ_002135

answers: 17 February 2016

answers: NDQ_002136

answers: solar panels

answers: NDQ_002137

answers: attitude control system

answers: NDQ_002138

answers: Hitomi.

answers: NDQ_002139

answers: 17 February 2016 and contact was lost on 26 March 2016,

text: Nobita and his friends continue to run the toy city and are surprised by another storm which give life to more intelligent toys. As they are still curious about the planet, they plan to use an enlarged Suneo's toy rocket to explore the planet from space. Meanwhile, Onigoro and his copies arrive at the crater, but find that it is not gold as they presumed, but instead a giant shape-shifting monster that attacks them. They escape and sabotage Suneo's rocket, cornering the group near a chasm. When they try to cross it, Nobita falls to the chasm and lands on a bush, rendered unconscious. As the monster rampages again, the rest of the group and Onigoro escape using Suneo's rocket, but realize that it cannot fly for so long as it is only a toy, thus Onigoro and his copies stray away from the rocket while holding the others as live bomb, though they manage to escape before the explosion. Meanwhile, Nobita awakes and meets with the "Seed Sower", an ancient shape-shifter being who is the true identity of the monster. He explains that he had tried multiple times to give life on planets, including Earth and Mars, eventually settling the toy planet as his choice. While at first he tries to stop humans from entering the planet (Nobita and his friends are revealed to had entered the planet accidentally), he eventually chooses to give the responsibility of it in the humans' hands, before going away. With the help of the plants, Nobita escapes from the chasm and regroups with the others.

answers: NDQ_002095

answers: Mars

answers: NDQ_002097

answers: cannot fly for so long as it is only a toy

answers: NDQ_002099

answers: can fly

answers: NDQ_002100

answers: Earth and Mars

answers: NDQ_002103

answers: before the explosion

answers: NDQ_002108

answers: It's impossible to say

answers: NDQ_002111

answers: What is the name of the monster?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: How does the monster rampage again?

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: What are the names of the satellites?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: What are placed in high orbits over Earth?

answers: NDQ_002124

answers: who was the first astronaut to walk on the moon

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: a circle

answers: NDQ_002127

answers: storm

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: Earth

answers: NDQ_002130

answers: Suneo

answers: NDQ_002131

answers: chasm

answers: NDQ_002132

answers: toy rocket

answers: NDQ_002133

answers: Earth

answers: NDQ_002134

answers: Nobita lands on a bush, rendered unconscious.

answers: NDQ_002135

answers: the monster rampages again

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: is destroyed by the monster.

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Mars,

answers: NDQ_002097

answers: fly

answers: NDQ_002099

answers: fly for so long as it is only a toy,

answers: NDQ_002100

answers: Earth

answers: NDQ_002103

answers: fly for so long as it is only a toy,

answers: NDQ_002108

answers: (Nobita

answers: NDQ_002111

answers: "Seed Sower",

answers: NDQ_002113

answers: "Seed Sower",

answers: NDQ_002114

answers: "Seed Sower",

answers: NDQ_002115

answers: "Seed Sower",

answers: NDQ_002116

answers: Earth and Mars,

answers: NDQ_002117

answers: Suneo's

answers: NDQ_002118

answers: "Seed Sower",

answers: NDQ_002119

answers: Nobita

answers: NDQ_002120

answers: "Seed Sower",

answers: NDQ_002121

answers: "Seed Sower",

answers: NDQ_002122

answers: it cannot fly for so long as it is only a toy,

answers: NDQ_002123

answers: Nobita

answers: NDQ_002124

answers: "Seed Sower",

answers: NDQ_002125

answers: (Nobita

answers: NDQ_002126

answers: lands on a bush,

answers: NDQ_002127

answers: storm

answers: NDQ_002128

answers: planets, including Earth and Mars,

answers: NDQ_002129

answers: Suneo's toy rocket

answers: NDQ_002130

answers: "Seed Sower",

answers: NDQ_002131

answers: Suneo's rocket,

answers: NDQ_002132

answers: toy rocket

answers: NDQ_002133

answers: Earth and Mars,

answers: NDQ_002134

answers: fly for so long

answers: NDQ_002135

answers: Suneo's

answers: NDQ_002136

answers: storm

answers: NDQ_002137

answers: "Seed Sower",

answers: NDQ_002138

answers: Suneo's rocket,

answers: NDQ_002139

answers: Suneo's rocket,

text: During the summer of 2011 Duke collaborated with his friend Hu Davis (SolarHigh.org and Vehicle Manager Lunar Capsule 5, "Eagle", Apollo 11 and a participant in the 1980 space policy preparations; and a group of high school students led by Evan Gray from RAM STEM Academy in San Antonio, Texas on the future of space exploration including Space-Based Solar Power, Lunar, and Mars missions. During the “Solar Summer of 2011”, Duke led the high school team through a process that yielded the following thinking about the future: The “cloud” (cyber) and space are energy. The rockets, satellites, receiving stations,electrical grid, cars, homes and businesses that consume space-based solar power are all robots. Thus, space-based solar power is one platform (the cloud) for energy, computing, communications, and robotics: Cloud 2.0. Duke’s intellectual gift was a deep and impassioned ability to think, dream, imagine,question, reason, plan, and share his vision so that others could carry these designs into the future.

text: During the summer of 2011 Duke collaborated with his friend Hu Davis (SolarHigh.org and Vehicle Manager Lunar Capsule 5, "Eagle", Apollo 11 and a participant in the 1980 space policy preparations; and a group of high school students led by Evan Gray from RAM STEM Academy in San Antonio, Texas on the future of space exploration including Space-Based Solar Power, Lunar, and Mars missions. During the “Solar Summer of 2011”, Duke led the high school team through a process that yielded the following thinking about the future: The “cloud” (cyber) and space are energy. The rockets, satellites, receiving stations,electrical grid, cars, homes and businesses that consume space-based solar power are all robots. Thus, space-based solar power is one platform (the cloud) for energy, computing, communications, and robotics: Cloud 2.0. Duke’s intellectual gift was a deep and impassioned ability to think, dream, imagine,question, reason, plan, and share his vision so that others could carry these designs into the future.

answers: NDQ_002095

answers: Mars

answers: NDQ_002097

answers: Newton's law of universal gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: Space-Based Solar Power

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: Apollo 11

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Which of the following is not a robot: cars, homes and businesses that consume space-based solar power are all robots?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: Which of the following is not a robot: rockets, satellites, receiving stations,electrical grid, cars, homes and businesses that consume space-based solar power are all robots?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: electrical grid

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: "Eagle"

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: "Eagle"

answers: NDQ_002132

answers: "Eagle"

answers: NDQ_002133

answers: 1980

answers: NDQ_002134

answers: space-based solar power is one platform

answers: NDQ_002135

answers: Apollo 11

answers: NDQ_002136

answers: space-based solar power

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: space-based solar power

answers: NDQ_002139

answers: Hu Davis

answers: NDQ_002095

answers: Mars

answers: NDQ_002097

answers: stations,electrical grid,

answers: NDQ_002099

answers: robots.

answers: NDQ_002100

answers: Texas

answers: NDQ_002103

answers: Apollo 11

answers: NDQ_002108

answers: 1980

answers: NDQ_002111

answers: The rockets,

answers: NDQ_002113

answers: Apollo 11

answers: NDQ_002114

answers: Apollo 11

answers: NDQ_002115

answers: Apollo 11

answers: NDQ_002116

answers: satellites,

answers: NDQ_002117

answers: rockets, satellites,

answers: NDQ_002118

answers: The rockets, satellites,

answers: NDQ_002119

answers: 1980

answers: NDQ_002120

answers: Lunar Capsule 5,

answers: NDQ_002121

answers: The rockets, satellites,

answers: NDQ_002122

answers: robots.

answers: NDQ_002123

answers: satellites,

answers: NDQ_002124

answers: Apollo 11

answers: NDQ_002125

answers: Mars

answers: NDQ_002126

answers: Apollo 11

answers: NDQ_002127

answers: robots.

answers: NDQ_002128

answers: satellites,

answers: NDQ_002129

answers: Lunar Capsule 5,

answers: NDQ_002130

answers: space policy preparations;

answers: NDQ_002131

answers: Lunar Capsule 5, "Eagle", Apollo 11

answers: NDQ_002132

answers: Apollo 11

answers: NDQ_002133

answers: 1980

answers: NDQ_002134

answers: robots.

answers: NDQ_002135

answers: Apollo 11

answers: NDQ_002136

answers: space-based solar power

answers: NDQ_002137

answers: (cyber) and space are energy. The rockets, satellites,

answers: NDQ_002138

answers: Lunar Capsule 5,

answers: NDQ_002139

answers: Apollo 11

text: The S-type asteroid orbits the Sun at a distance of 2.3–2.9 AU once every 4 years and 2 months (1,516 days). Its orbit shows an eccentricity of 0.11 and is tilted by 10 degrees to the plane of the ecliptic. It has a rotation period of 4.1 hours although its rotational direction remains unknown. It has a geometric albedo of 0.24 and 0.17, according to the surveys carried out by Infrared Astronomical Satellite, IRAS, and the Wide-field Infrared Survey Explorer, respectively.

text: The

text: S-type

text: asteroid orbits the Sun at a distance of 2.3–2.9

text: AU

text: once every 4 years and 2 months (1,516 days). Its orbit shows an

text: eccentricity

text: of 0.11 and is

text: tilted

text: by 10 degrees to the plane of the

text: ecliptic

text: . It has a

text: rotation period

text: of 4.1 hours although its rotational direction remains unknown. It has a

text: geometric albedo

text: of 0.24 and 0.17, according to the surveys carried out by Infrared Astronomical Satellite,

text: IRAS

text: , and the

text: Wide-field Infrared Survey Explorer

text: , respectively.

answers: NDQ_002095

answers: orbit Earth

answers: NDQ_002097

answers: rotational direction remains unknown

answers: NDQ_002099

answers: orbit the sun

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: the Sun

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Which satellites make detailed images of continents and coasts?

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: Which of the following is not a type of satellite: Infrared Astronomical Satellite, IRAS, or the Wide-field Infrared Survey Explorer?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: The S-type asteroid

answers: NDQ_002130

answers: IRAS

answers: NDQ_002131

answers: NDQ_002132

answers: unanswerable

answers: NDQ_002133

answers: unanswerable

answers: NDQ_002134

answers: gravitational force is proportional to mass

answers: NDQ_002135

answers: S-type asteroid

answers: NDQ_002136

answers: eccentricity

answers: NDQ_002137

answers: Infrared

answers: NDQ_002138

answers: has a geometric albedo of 0.24

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Sun

answers: NDQ_002097

answers: eccentricity

answers: NDQ_002099

answers: tilted by 10 degrees to the plane of the ecliptic.

answers: NDQ_002100

answers: 2.3–2.9

answers: NDQ_002103

answers: The S-type asteroid

answers: NDQ_002108

answers: Infrared Astronomical Satellite,

answers: NDQ_002111

answers: 4.1 hours although its rotational direction remains unknown.

answers: NDQ_002113

answers: The S-type asteroid

answers: NDQ_002114

answers: 2.3–2.9 AU once every 4 years and 2 months

answers: NDQ_002115

answers: The S-type asteroid

answers: NDQ_002116

answers: Satellite,

answers: NDQ_002117

answers: Satellite,

answers: NDQ_002118

answers: The S-type asteroid

answers: NDQ_002119

answers: The S-type asteroid

answers: NDQ_002120

answers: Infrared Astronomical Satellite,

answers: NDQ_002121

answers: eccentricity of 0.11

answers: NDQ_002122

answers: eccentricity of 0.11

answers: NDQ_002123

answers: Infrared Astronomical Satellite,

answers: NDQ_002124

answers: The S-type asteroid

answers: NDQ_002125

answers: Infrared Astronomical Satellite,

answers: NDQ_002126

answers: eccentricity

answers: NDQ_002127

answers: eccentricity of 0.11

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: Infrared Astronomical Satellite,

answers: NDQ_002130

answers: Infrared Astronomical Satellite,

answers: NDQ_002131

answers: The S-type asteroid

answers: NDQ_002132

answers: Infrared Astronomical Satellite,

answers: NDQ_002133

answers: 2.3–2.9 AU once every 4 years and 2 months

answers: NDQ_002134

answers: eccentricity of 0.11

answers: NDQ_002135

answers: S-type asteroid

answers: NDQ_002136

answers: eccentricity

answers: NDQ_002137

answers: Infrared Astronomical Satellite,

answers: NDQ_002138

answers: Infrared Astronomical Satellite,

answers: NDQ_002139

answers: The S-type asteroid

text: China has begun the Chinese Lunar Exploration Program for exploring the Moon and is investigating the prospect of lunar mining, specifically looking for the isotope helium-3 for use as an energy source on Earth. China launched the Chang'e 1 robotic lunar orbiter on October 24, 2007. Originally planned for a one-year mission, the Chang'e 1 mission was very successful and ended up being extended for another four months. On March 1, 2009, Chang'e 1 was intentionally impacted on the lunar surface completing the 16-month mission. On October 1, 2010, China launched the Chang'e 2 lunar orbiter. China landed the rover Chang'e 3 on the Moon on December 14, 2013, became the third country to have done so. Chang'e 3 is the first spacecraft to soft-land on lunar surface since Luna 24 in 1976.

text: China has begun the

text: Chinese Lunar Exploration Program

text: for exploring the Moon and is investigating the prospect of lunar mining, specifically looking for the

text: isotope

text: for use as an energy source on Earth. China launched the

text: Chang'e 1

text: robotic lunar

text: orbiter

text: on October 24, 2007. Originally planned for a one-year mission, the Chang'e 1 mission was very successful and ended up being extended for another four months. On March 1, 2009, Chang'e 1 was intentionally impacted on the lunar surface completing the 16-month mission. On October 1, 2010, China launched the

text: Chang'e 2

text: lunar orbiter. China landed the

text: rover

text: Chang'e 3

text: on the Moon on December 14, 2013, became the third country to have done so. Chang'e 3 is the first spacecraft to soft-land on lunar surface since

text: Luna 24

text: in 1976.

answers: NDQ_002095

answers: orbit the Moon

answers: NDQ_002097

answers: impacted on the lunar surface

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: October 24, 2007

answers: NDQ_002108

answers: When was the first spacecraft to soft-land on lunar surface?

answers: NDQ_002111

answers: Which happened first, Chang'e 1 was intentionally impacted on the lunar surface or Chang'e 3 was the first spacecraft to soft-land on lunar surface?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: yes

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is the Chang'e 1 mission?

answers: NDQ_002117

answers: Which happened first, Chang'e 1 was intentionally impacted on the lunar surface or Chang'e 3 was intentionally impacted on the lunar surface?

answers: NDQ_002118

answers: How many years after China launched the Chang'e 1 robotic lunar orbiter was intentionally impacted on the lunar surface completing the 16-month mission

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat or Chang'e?

answers: NDQ_002121

answers: Why did China launch the Chang'e 1 lunar orbiter?

answers: NDQ_002122

answers: Which of the following is not a law: Newtons Third Law of Motion?

answers: NDQ_002123

answers: How many years after China launched the Chang'e 1 robotic lunar orbiter was intentionally impacted on the lunar surface completing the 16-month mission?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: impacted on the lunar surface

answers: NDQ_002128

answers: lunar orbiter

answers: NDQ_002129

answers: Chang'e 3

answers: NDQ_002130

answers: unanswerable

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: robotic

answers: NDQ_002133

answers: 1976

answers: NDQ_002134

answers: Chang'e 1 was intentionally impacted on the lunar surface completing the 16-month mission

answers: NDQ_002135

answers: Chinese Lunar Exploration Program

answers: NDQ_002136

answers: Earth's

answers: NDQ_002137

answers: Earth's magnetic field to determine

answers: NDQ_002138

answers: Chang'e 1

answers: NDQ_002139

answers: Who landed the rover Chang'e 3 on the Moon

answers: NDQ_002095

answers: Luna 24 in 1976.

answers: NDQ_002097

answers: impacted on the lunar surface

answers: NDQ_002099

answers: Chang'e 2 lunar orbiter.

answers: NDQ_002100

answers: China

answers: NDQ_002103

answers: Chang'e 1 robotic lunar orbiter on October 24, 2007.

answers: NDQ_002108

answers: 1976.

answers: NDQ_002111

answers: Chang'e 1 robotic lunar orbiter

answers: NDQ_002113

answers: Luna 24 in 1976.

answers: NDQ_002114

answers: third

answers: NDQ_002115

answers: Luna 24 in 1976.

answers: NDQ_002116

answers: orbiter

answers: NDQ_002117

answers: robotic lunar orbiter

answers: NDQ_002118

answers: Chang'e 1 robotic lunar orbiter

answers: NDQ_002119

answers: 1976.

answers: NDQ_002120

answers: Chang'e 2 lunar orbiter.

answers: NDQ_002121

answers: Chang'e 1 robotic lunar orbiter

answers: NDQ_002122

answers: Chang'e 1 robotic lunar orbiter

answers: NDQ_002123

answers: Chang'e 1 robotic lunar orbiter

answers: NDQ_002124

answers: Luna 24 in 1976.

answers: NDQ_002125

answers: China landed the rover Chang'e 3 on the Moon

answers: NDQ_002126

answers: orbiter

answers: NDQ_002127

answers: impacted

answers: NDQ_002128

answers: lunar orbiter

answers: NDQ_002129

answers: Chang'e 1 robotic lunar orbiter

answers: NDQ_002130

answers: China

answers: NDQ_002131

answers: Chang'e 1 was intentionally impacted on the lunar surface

answers: NDQ_002132

answers: robotic lunar orbiter

answers: NDQ_002133

answers: 1976.

answers: NDQ_002134

answers: China landed the rover Chang'e 3 on the Moon

answers: NDQ_002135

answers: Luna 24 in 1976.

answers: NDQ_002136

answers: energy source on Earth.

answers: NDQ_002137

answers: helium-3

answers: NDQ_002138

answers: Chang'e 1 robotic lunar orbiter

answers: NDQ_002139

answers: Luna 24 in 1976.

text: For specific types of orbits, words such as perihelion (for Sun-centered orbits), perigee (for Earth-centered orbits), periastron (for orbits around stars) and so on may replace the word periapsis.  See apsis for more information.

text: For specific types of orbits, words such as perihelion (for

text: Sun

text: -centered orbits), perigee (for

text: Earth

text: -centered orbits), periastron (for orbits around stars) and so on may replace the word periapsis.  See

text: apsis

text: for more information.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: orbits around the sun

answers: NDQ_002100

answers: United States and China

answers: NDQ_002103

answers: perigee

answers: NDQ_002108

answers: It's impossible to say

answers: NDQ_002111

answers: They were developed before scientists knew how they worked.

answers: NDQ_002113

answers: rockets to travel to space

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: periastron

answers: NDQ_002116

answers: periapsis

answers: NDQ_002117

answers: perihelion

answers: NDQ_002118

answers: thousands

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: Landsat satellites

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: Newtons Third Law of Motion helps explain how a rocket will travel in space

answers: NDQ_002123

answers: orbits over Earth

answers: NDQ_002124

answers: Alan Shepherd

answers: NDQ_002125

answers: The U.S.

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: kinetic energy

answers: NDQ_002128

answers: perigee

answers: NDQ_002129

answers: perihelion

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: perigee

answers: NDQ_002132

answers: asteroid

answers: NDQ_002133

answers: perihelion

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: perihelion

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: periapsis

answers: NDQ_002138

answers: periapsis

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: stars)

answers: NDQ_002097

answers: perihelion

answers: NDQ_002099

answers: For specific types of orbits,

answers: NDQ_002100

answers: Earth-centered

answers: NDQ_002103

answers: perihelion (for Sun-centered orbits), perigee

answers: NDQ_002108

answers: periapsis.

answers: NDQ_002111

answers: For specific types of orbits,

answers: NDQ_002113

answers: periapsis.

answers: NDQ_002114

answers: periapsis.

answers: NDQ_002115

answers: periapsis.

answers: NDQ_002116

answers: Sun-centered

answers: NDQ_002117

answers: periapsis.

answers: NDQ_002118

answers: periapsis.

answers: NDQ_002119

answers: periapsis.

answers: NDQ_002120

answers: periapsis.

answers: NDQ_002121

answers: periapsis.

answers: NDQ_002122

answers: periapsis.

answers: NDQ_002123

answers: periapsis.

answers: NDQ_002124

answers: periapsis.

answers: NDQ_002125

answers: periapsis.

answers: NDQ_002126

answers: orbits,

answers: NDQ_002127

answers: perihelion

answers: NDQ_002128

answers: periapsis.

answers: NDQ_002129

answers: perihelion

answers: NDQ_002130

answers: For specific types of orbits,

answers: NDQ_002131

answers: periapsis.

answers: NDQ_002132

answers: periapsis.

answers: NDQ_002133

answers: Sun-centered

answers: NDQ_002134

answers: periapsis.

answers: NDQ_002135

answers: perihelion

answers: NDQ_002136

answers: periapsis.

answers: NDQ_002137

answers: periapsis.

answers: NDQ_002138

answers: periapsis.

answers: NDQ_002139

answers: perihelion

text: After missions discovered the reality of the harsh nature of the planet's surface, attention shifted towards other targets such as Mars. There have been a number of proposed missions afterwards however, and many of these involve the little-known upper atmosphere. The Soviet Vega program in 1985 dropped two balloons into the atmosphere, but these were battery-powered and lasted for only about two Earth days each before running out of power. Since then, there has been no exploration of the upper atmosphere. In 2002, the NASA contractor Global Aerospace proposed a balloon that would be capable of staying in the upper atmosphere for hundreds of Earth days as opposed to two.

text: After missions discovered the reality of the harsh nature of the planet's surface, attention shifted towards other targets such as Mars. There have been a number of proposed missions afterwards however, and many of these involve the little-known upper atmosphere. The

text: Soviet

text: Vega program

text: in 1985 dropped two balloons into the atmosphere, but these were battery-powered and lasted for only about two Earth days each before running out of power. Since then, there has been no exploration of the upper atmosphere. In 2002, the

text: NASA

text: contractor Global Aerospace proposed a balloon that would be capable of staying in the upper atmosphere for hundreds of Earth days as opposed to two.

answers: NDQ_002095

answers: Mars

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: Soviet

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Mars

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: what is the last word in the passage?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: Earth

answers: NDQ_002127

answers: battery-powered

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: Soviet Vega program

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: Vega

answers: NDQ_002133

answers: unanswerable

answers: NDQ_002134

answers: gravitational force is inversely proportional to

answers: NDQ_002135

answers: The Soviet Vega program

answers: NDQ_002136

answers: the upper atmosphere

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: has been a number of proposed missions

answers: NDQ_002139

answers: NASA

answers: NDQ_002095

answers: upper atmosphere.

answers: NDQ_002097

answers: two Earth days

answers: NDQ_002099

answers: battery-powered

answers: NDQ_002100

answers: Soviet

answers: NDQ_002103

answers: battery-powered

answers: NDQ_002108

answers: Soviet Vega program in 1985

answers: NDQ_002111

answers: battery-powered

answers: NDQ_002113

answers: battery-powered

answers: NDQ_002114

answers: Soviet Vega program

answers: NDQ_002115

answers: Soviet Vega program

answers: NDQ_002116

answers: Mars.

answers: NDQ_002117

answers: battery-powered

answers: NDQ_002118

answers: Mars.

answers: NDQ_002119

answers: 1985

answers: NDQ_002120

answers: two Earth days each before running out of power.

answers: NDQ_002121

answers: two Earth days each before running out of power.

answers: NDQ_002122

answers: battery-powered

answers: NDQ_002123

answers: upper atmosphere.

answers: NDQ_002124

answers: Soviet Vega program in 1985

answers: NDQ_002125

answers: NASA

answers: NDQ_002126

answers: two Earth days

answers: NDQ_002127

answers: battery-powered

answers: NDQ_002128

answers: Mars.

answers: NDQ_002129

answers: Soviet Vega

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: balloons into the atmosphere, but these were battery-powered

answers: NDQ_002132

answers: balloons

answers: NDQ_002133

answers: Soviet Vega program in 1985

answers: NDQ_002134

answers: two Earth days each before running out of power.

answers: NDQ_002135

answers: Soviet Vega program

answers: NDQ_002136

answers: power.

answers: NDQ_002137

answers: battery-powered

answers: NDQ_002138

answers: balloons into the atmosphere, but these were battery-powered

answers: NDQ_002139

answers: NASA

text: The International Space Station (ISS) combines NASA's Space Station Freedom project with the Soviet/Russian Mir-2 station, the European Columbus station, and the Japanese Kibō laboratory module. NASA originally planned in the 1980s to develop Freedom alone, but US budget constraints led to the merger of these projects into a single multi-national program in 1993, managed by NASA, the Russian Federal Space Agency (RKA), the Japan Aerospace Exploration Agency (JAXA), the European Space Agency (ESA), and the Canadian Space Agency (CSA). The station consists of pressurized modules, external trusses, solar arrays and other components, which have been launched by Russian Proton and Soyuz rockets, and the US Space Shuttles. It is currently being assembled in Low Earth Orbit. The on-orbit assembly began in 1998, the completion of the US Orbital Segment occurred in 2011 and the completion of the Russian Orbital Segment is expected by 2016. The ownership and use of the space station is established in intergovernmental treaties and agreements which divide the station into two areas and allow Russia to retain full ownership of the Russian Orbital Segment (with the exception of Zarya), with the US Orbital Segment allocated between the other international partners.

text: The

text: International Space Station

text: (ISS) combines NASA's

text: Space Station Freedom

text: project with the Soviet/Russian

text: station, the European

text: Columbus

text: station, and the Japanese

text: Kibō

text: laboratory module. NASA originally planned in the 1980s to develop Freedom alone, but US budget constraints led to the merger of these projects into a single multi-national program in 1993, managed by NASA, the

text: Russian Federal Space Agency

text: (RKA), the

text: Japan Aerospace Exploration Agency

text: (JAXA), the

text: European Space Agency

text: (ESA), and the

text: Canadian Space Agency

text: (CSA). The station consists of pressurized modules, external

text: trusses

text: solar arrays

text: and other components, which have been launched by Russian

text: Proton

text: and

text: Soyuz

text: rockets, and the US Space Shuttles. It is

entity_name: Assembly of the International Space Station

text: currently being assembled

text: in

text: Low Earth Orbit

text: . The on-orbit assembly began in 1998, the completion of the

text: US Orbital Segment

text: occurred in 2011 and the completion of the

text: Russian Orbital Segment

text: is expected by 2016. The ownership and use of the space station is established in intergovernmental treaties and agreements which divide the station into two areas and allow

text: Russia

text: to retain full ownership of the Russian Orbital Segment (with the exception of Zarya), with the US Orbital Segment allocated between the other international partners.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: launches components

answers: NDQ_002100

answers: Soviet/Russian

answers: NDQ_002103

answers: The station consists of pressurized modules

answers: NDQ_002108

answers: When did humans first reach space

answers: NDQ_002111

answers: How many years after the completion of the US Orbital Segment occurred in 2011 did the completion of the Russian Orbital Segment occur?

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: the U.S.

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is Low Earth Orbit?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth

answers: NDQ_002119

answers: Neil Armstrong walked

answers: NDQ_002120

answers: The International Space Station (ISS)

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space

answers: NDQ_002123

answers: What is currently being assembled in Low Earth Orbit?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: pressurized modules

answers: NDQ_002128

answers: Low Earth Orbit

answers: NDQ_002129

answers: The International Space Station

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Space Shuttles

answers: NDQ_002132

answers: Soyuz

answers: NDQ_002133

answers: 1980s

answers: NDQ_002134

answers: The International Space Station is currently being assembled in Low Earth Orbit

answers: NDQ_002135

answers: The International Space Station

answers: NDQ_002136

answers: Space Station

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: The International Space Station

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Low Earth Orbit.

answers: NDQ_002097

answers: Low Earth Orbit.

answers: NDQ_002099

answers: launched

answers: NDQ_002100

answers: Soviet/Russian

answers: NDQ_002103

answers: Russian Proton and Soyuz rockets,

answers: NDQ_002108

answers: 1998,

answers: NDQ_002111

answers: Russian Proton and Soyuz rockets,

answers: NDQ_002113

answers: Russian Proton and Soyuz rockets,

answers: NDQ_002114

answers: Russian

answers: NDQ_002115

answers: Russian Proton and Soyuz rockets,

answers: NDQ_002116

answers: Earth Orbit.

answers: NDQ_002117

answers: Russian Proton and Soyuz rockets,

answers: NDQ_002118

answers: The International Space Station

answers: NDQ_002119

answers: 1998,

answers: NDQ_002120

answers: The International Space Station

answers: NDQ_002121

answers: Low Earth Orbit.

answers: NDQ_002122

answers: Russian Proton and Soyuz rockets,

answers: NDQ_002123

answers: Low Earth Orbit.

answers: NDQ_002124

answers: The International Space Station

answers: NDQ_002125

answers: Russian Proton and Soyuz rockets,

answers: NDQ_002126

answers: Low Earth Orbit.

answers: NDQ_002127

answers: pressurized

answers: NDQ_002128

answers: Low Earth Orbit.

answers: NDQ_002129

answers: Mir-2

answers: NDQ_002130

answers: NASA,

answers: NDQ_002131

answers: US Space Shuttles.

answers: NDQ_002132

answers: Russian Proton and Soyuz rockets,

answers: NDQ_002133

answers: Russian Proton and Soyuz rockets,

answers: NDQ_002134

answers: Low Earth Orbit.

answers: NDQ_002135

answers: Russian Proton

answers: NDQ_002136

answers: US budget constraints

answers: NDQ_002137

answers: solar arrays

answers: NDQ_002138

answers: Low Earth Orbit.

answers: NDQ_002139

answers: US Space Shuttles.

text: Magsat (Magnetic Field Satellite, Explorer 61, Applications Explorer Mission-3 or AEM-3) spacecraft was launched in the fall of 1979 and ended in the spring of 1980. The mission was to map the Earth's magnetic field, the satellite had two magnetometers. The scalar (Cesium vapor) and vector (fluxgate) magnetometers gave Magsat a capability beyond that of any previous spacecraft.  Extended by a telescoping boom, the magnetometers were distanced from the magnetic field created by the satellite and its electronics. The satellite carried two magnetometers, a three-axis fluxgate magnetometer for determining the strength and direction of magnetic fields, and an ion-vapor/vector magnetometer for determining the magnetic field caused by the vector magnetometer itself. MAGSAT is considered to be one of the more important Science/Earth orbiting satellites launched; the data it accumulated is still being used, particularly in linking new satellite data to past observations.

text: Magsat (Magnetic Field Satellite,

text: Explorer

text: 61, Applications Explorer Mission-3 or AEM-3)

text: spacecraft

text: was launched in the fall of 1979 and ended in the spring of 1980. The mission was to map the

text: Earth's magnetic field

text: , the

text: satellite

text: had two

text: magnetometer

text: s. The scalar (Cesium vapor) and vector (fluxgate) magnetometers gave Magsat a capability beyond that of any previous spacecraft.  Extended by a telescoping boom, the magnetometers were distanced from the magnetic field created by the satellite and its electronics. The satellite carried two magnetometers, a three-axis fluxgate magnetometer for determining the strength and direction of magnetic fields, and an ion-vapor/vector magnetometer for determining the magnetic field caused by the vector magnetometer itself. MAGSAT is considered to be one of the more important Science/Earth orbiting satellites launched; the data it accumulated is still being used, particularly in linking new satellite data to past observations.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: orbits the Earth

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: in the fall

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How many years after the launch of the Magsat spacecraft did scientists know how they worked?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: None of the above choices

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Which satellites make detailed images of continents and coasts

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: What type of satellites are placed in high orbits over Earth?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: magnetic field

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: Magsat is considered to be one of the more important Science/Earth orbiting satellites launched

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: magnetic field

answers: NDQ_002132

answers: Magsat

answers: NDQ_002133

answers: 1980s

answers: NDQ_002134

answers: Magsat was launched in what year?

answers: NDQ_002135

answers: Magsat

answers: NDQ_002136

answers: magnetic field

answers: NDQ_002137

answers: magnetometers

answers: NDQ_002138

answers: Magsat

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: map the Earth's magnetic field,

answers: NDQ_002097

answers: direction

answers: NDQ_002099

answers: telescoping boom,

answers: NDQ_002100

answers: 1979

answers: NDQ_002103

answers: 1979

answers: NDQ_002108

answers: 1980.

answers: NDQ_002111

answers: spacecraft.

answers: NDQ_002113

answers: 1980.

answers: NDQ_002114

answers: 1980.

answers: NDQ_002115

answers: 1980.

answers: NDQ_002116

answers: Science/Earth

answers: NDQ_002117

answers: previous spacecraft.

answers: NDQ_002118

answers: Science/Earth orbiting satellites

answers: NDQ_002119

answers: 1979 and ended in the spring of 1980.

answers: NDQ_002120

answers: Magsat

answers: NDQ_002121

answers: Science/Earth orbiting satellites

answers: NDQ_002122

answers: telescoping boom,

answers: NDQ_002123

answers: Science/Earth orbiting satellites

answers: NDQ_002124

answers: 1980.

answers: NDQ_002125

answers: 1980.

answers: NDQ_002126

answers: orbiting

answers: NDQ_002127

answers: telescoping boom,

answers: NDQ_002128

answers: Science/Earth orbiting satellites

answers: NDQ_002129

answers: Magsat a capability beyond that of any previous spacecraft.

answers: NDQ_002130

answers: Science/Earth

answers: NDQ_002131

answers: magnetic fields,

answers: NDQ_002132

answers: Magsat

answers: NDQ_002133

answers: 1979

answers: NDQ_002134

answers: strength and direction of magnetic fields,

answers: NDQ_002135

answers: 1979

answers: NDQ_002136

answers: magnetic field

answers: NDQ_002137

answers: magnetometers.

answers: NDQ_002138

answers: Science/Earth orbiting

answers: NDQ_002139

answers: 1980.

text: A failed first attempt launched on October 21, 1961; the needles failed to disperse. The project was eventually successful with the May 9, 1963 launch, with radio transmissions carried by the man-made ring. However, the technology was ultimately shelved, partially due to the development of the modern communications satellite and partially due to protests from other scientists. The needles were placed in medium Earth orbit between  high at 96 and 87 degree inclinations and contributed to Earth's orbital debris.British radio astronomers, together with optical astronomers and the Royal Astronomical Society, protested this action. The Soviet newspaper Pravda also joined the protests under the headline "U.S.A. Dirties Space".The issue was raised in the United Nations where then US Ambassador to the UN Adlai Stevenson defended the project.Stevenson studied the published journal articles on Project West Ford.  Using what he learned on the subject and citing the articles he had read, he successfully allayed the fears exhibited by the vast majority of UN ambassadors from other countries. He and the articles explained that sunlight pressure would cause the dipoles to only remain in orbit for a short period of approximately three years. The international protest ultimately resulted in a consultation provision included in the 1967 Outer Space Treaty. Fifty years later in 2013, some of the dipoles that did not deploy correctly still remain in clumps which make up a small amount of the orbital debris tracked by NASA’s Orbital Debris Program Office.

text: A failed first attempt launched on October 21, 1961; the needles failed to disperse. The project was eventually successful with the May 9, 1963 launch, with radio transmissions carried by the man-made ring. However, the technology was ultimately shelved, partially due to the development of the modern

text: communications satellite

text: and partially due to protests from other scientists. The needles were placed in

text: medium Earth orbit

text: between  high at 96 and 87 degree inclinations and contributed to Earth's

text: orbital debris

text: .British radio astronomers, together with optical astronomers and the

text: Royal Astronomical Society

text: , protested this action. The Soviet newspaper

text: Pravda

text: also joined the protests under the headline "U.S.A. Dirties Space".The issue was raised in the

text: United Nations

text: where then US Ambassador to the UN

text: Adlai Stevenson

text: defended the project.Stevenson studied the published journal articles on Project West Ford.  Using what he learned on the subject and citing the articles he had read, he successfully allayed the fears exhibited by the vast majority of UN ambassadors from other countries. He and the articles explained that

text: sunlight pressure

text: would cause the dipoles to only remain in

text: orbit

text: for a short period of approximately three years. The international protest ultimately resulted in a consultation provision included in the 1967

text: Outer Space Treaty

text: . Fifty years later in 2013, some of the dipoles that did not deploy correctly still remain in clumps which make up a small amount of the orbital debris tracked by

text: NASA’s Orbital Debris Program Office

answers: NDQ_002095

answers: orbit Earth

answers: NDQ_002097

answers: 87 degree inclinations

answers: NDQ_002099

answers: can be launched

answers: NDQ_002100

answers: Soviet

answers: NDQ_002103

answers: October 21, 1961

answers: NDQ_002108

answers: Yes

answers: NDQ_002111

answers: How long did the needles remain in orbit

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Neil Armstrong walked

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat or communications satellite?

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: Which happened first, the needles failed to disperse or the needles were placed in medium Earth orbit?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: sunlight pressure

answers: NDQ_002128

answers: orbital debris

answers: NDQ_002129

answers: man-made ring

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: dipoles

answers: NDQ_002133

answers: October 21, 1961

answers: NDQ_002134

answers: Earth's orbital debris contributes to what?

answers: NDQ_002135

answers: Project West Ford

answers: NDQ_002136

answers: sunlight pressure

answers: NDQ_002137

answers: Earth's orbital

answers: NDQ_002138

answers: would contribute to Earth's orbital debris

answers: NDQ_002139

answers: Adlai Stevenson

answers: NDQ_002095

answers: radio transmissions

answers: NDQ_002097

answers: 96 and 87 degree inclinations

answers: NDQ_002099

answers: radio transmissions carried by the man-made ring.

answers: NDQ_002100

answers: Soviet

answers: NDQ_002103

answers: May 9, 1963 launch,

answers: NDQ_002108

answers: 1961;

answers: NDQ_002111

answers: sunlight pressure

answers: NDQ_002113

answers: man-made ring.

answers: NDQ_002114

answers: May 9, 1963

answers: NDQ_002115

answers: 1961;

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: modern communications satellite

answers: NDQ_002118

answers: Earth's orbital debris.British

answers: NDQ_002119

answers: 1963

answers: NDQ_002120

answers: 96 and 87 degree inclinations

answers: NDQ_002121

answers: 96 and 87 degree inclinations

answers: NDQ_002122

answers: 96 and 87 degree inclinations

answers: NDQ_002123

answers: medium Earth orbit between high at 96 and 87 degree inclinations

answers: NDQ_002124

answers: May 9, 1963

answers: NDQ_002125

answers: man-made ring.

answers: NDQ_002126

answers: inclinations

answers: NDQ_002127

answers: sunlight pressure

answers: NDQ_002128

answers: Earth's orbital debris.British

answers: NDQ_002129

answers: ring.

answers: NDQ_002130

answers: NASA’s

answers: NDQ_002131

answers: the needles failed to disperse.

answers: NDQ_002132

answers: Project West Ford.

answers: NDQ_002133

answers: 1961;

answers: NDQ_002134

answers: 96 and 87 degree inclinations

answers: NDQ_002135

answers: Project West Ford.

answers: NDQ_002136

answers: sunlight pressure

answers: NDQ_002137

answers: radio transmissions carried by the man-made ring.

answers: NDQ_002138

answers: medium Earth orbit

answers: NDQ_002139

answers: Adlai Stevenson

text: In the beginning of 2015, a team of undergraduates from the pioneer batch of Singapore University of Technology and Design took on an industry challenge to explore the idea of water extraction on planets such as Mars. The main motivation of the project was to reduce logistical complexity and demonstrate the possibility for deeper space exploration and the colonization of Mars.

text: In the beginning of 2015, a team of undergraduates from the pioneer batch of

entity_name: Singapore University of Technology and Design

text: Singapore University of Technology and Design

text: took on an industry challenge to explore the idea of

text: water extraction

text: on planets such as

text: Mars

text: . The main motivation of the project was to reduce logistical complexity and demonstrate the possibility for deeper

text: space exploration

text: and the

text: colonization of Mars

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: Singapore

answers: NDQ_002103

answers: first

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: what is the first type of transportation mentioned?

answers: NDQ_002118

answers: how many satellites are in orbit around Earth

answers: NDQ_002119

answers: Mars

answers: NDQ_002120

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

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: Which of the following is not a law: Newton's Third Law of Motion?

answers: NDQ_002123

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

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: Mars

answers: NDQ_002129

answers: Mars

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: NDQ_002132

answers: Mars

answers: NDQ_002133

answers: 15th century

answers: NDQ_002134

answers: gravitational force causes objects to move in the same direction

answers: NDQ_002135

answers: Mars colonization

answers: NDQ_002136

answers: gravitational pull

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: can be used to collect data on Earth

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Mars.

answers: NDQ_002097

answers: Mars. The main motivation of the project was to reduce logistical complexity

answers: NDQ_002099

answers: logistical complexity

answers: NDQ_002100

answers: Singapore

answers: NDQ_002103

answers: Mars.

answers: NDQ_002108

answers: 2015,

answers: NDQ_002111

answers: Mars.

answers: NDQ_002113

answers: Mars.

answers: NDQ_002114

answers: Mars.

answers: NDQ_002115

answers: Mars.

answers: NDQ_002116

answers: Mars.

answers: NDQ_002117

answers: In the beginning of 2015,

answers: NDQ_002118

answers: Mars.

answers: NDQ_002119

answers: 2015,

answers: NDQ_002120

answers: Mars.

answers: NDQ_002121

answers: space exploration and the colonization of Mars.

answers: NDQ_002122

answers: Mars.

answers: NDQ_002123

answers: Mars.

answers: NDQ_002124

answers: Mars.

answers: NDQ_002125

answers: Mars.

answers: NDQ_002126

answers: Mars. The main motivation of the project was to reduce logistical complexity

answers: NDQ_002127

answers: Mars. The main motivation of the project was to reduce logistical complexity

answers: NDQ_002128

answers: planets such as Mars.

answers: NDQ_002129

answers: Mars.

answers: NDQ_002130

answers: Mars.

answers: NDQ_002131

answers: Mars.

answers: NDQ_002132

answers: Mars.

answers: NDQ_002133

answers: 2015,

answers: NDQ_002134

answers: Mars.

answers: NDQ_002135

answers: 2015,

answers: NDQ_002136

answers: logistical complexity

answers: NDQ_002137

answers: Mars.

answers: NDQ_002138

answers: Mars.

answers: NDQ_002139

answers: In the beginning of 2015,

text: The simplest case of collision orbits are the ones with a mass ratio of 3, which will always return symmetrically to the origin after being ejected from the origin, and were termed Type B orbits in Tufillaro's initial paper. They were also referred to as teardrop, heart, or rabbit-ear orbits because of their appearance.

text: The simplest case of collision orbits are the ones with a mass ratio of 3, which will always return symmetrically to the origin after being ejected from the origin, and were termed Type B orbits in Tufillaro's initial paper. They were also referred to as teardrop, heart, or rabbit-ear orbits because of their appearance.

answers: NDQ_002095

answers: Type B orbits

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: returns symmetrically to the origin

answers: NDQ_002100

answers: unanswerable

answers: NDQ_002103

answers: Type B orbits

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: unanswerable

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: no

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: unanswerable

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: mass ratio of 3

answers: NDQ_002128

answers: collision orbits

answers: NDQ_002129

answers: Type B orbits in Tufillaro's initial paper

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: collision orbits

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: collision orbits are the ones with a mass ratio of 3

answers: NDQ_002135

answers: Type B orbits

answers: NDQ_002136

answers: collision orbits

answers: NDQ_002137

answers: Type B orbits

answers: NDQ_002138

answers: teardrop

answers: NDQ_002139

answers: Tufillaro

answers: NDQ_002095

answers: collision orbits

answers: NDQ_002097

answers: symmetrically

answers: NDQ_002099

answers: symmetrically to the origin after being ejected from the origin,

answers: NDQ_002100

answers: 3,

answers: NDQ_002103

answers: 3,

answers: NDQ_002108

answers: 3,

answers: NDQ_002111

answers: The simplest case of collision orbits

answers: NDQ_002113

answers: 3,

answers: NDQ_002114

answers: 3,

answers: NDQ_002115

answers: Type B orbits

answers: NDQ_002116

answers: collision orbits

answers: NDQ_002117

answers: Type B orbits

answers: NDQ_002118

answers: 3,

answers: NDQ_002119

answers: 3,

answers: NDQ_002120

answers: Type B orbits

answers: NDQ_002121

answers: collision orbits are the ones with a mass ratio of 3,

answers: NDQ_002122

answers: collision orbits are the ones with a mass ratio of 3,

answers: NDQ_002123

answers: Type B orbits

answers: NDQ_002124

answers: 3,

answers: NDQ_002125

answers: 3,

answers: NDQ_002126

answers: symmetrically

answers: NDQ_002127

answers: collision orbits are the ones with a mass ratio of 3,

answers: NDQ_002128

answers: collision orbits

answers: NDQ_002129

answers: 3,

answers: NDQ_002130

answers: 3,

answers: NDQ_002131

answers: collision orbits

answers: NDQ_002132

answers: Type B orbits

answers: NDQ_002133

answers: 3,

answers: NDQ_002134

answers: will always return symmetrically to the origin

answers: NDQ_002135

answers: Type B orbits

answers: NDQ_002136

answers: collision orbits are the ones with a mass ratio of 3,

answers: NDQ_002137

answers: collision orbits

answers: NDQ_002138

answers: 3,

answers: NDQ_002139

answers: Tufillaro's

text: Cygnus CRS OA-11, also known as OrbitalATK CRS Flight 11, is the twelfth planned flight of the Orbital ATK' unmanned resupply spacecraft Cygnus and its eleventh flight to the International Space Station under the Commercial Resupply Services contract with NASA. Orbital and NASA jointly developed a new space transportation system to provide commercial cargo resupply services to the International Space Station (ISS). Under the Commercial Orbital Transportation System (COTS) program, then Orbital Sciences designed and built Antares, a medium-class launch vehicle; Cygnus, an advanced maneuvering spacecraft, and a Pressurized Cargo Module which is provided by Orbital's industrial partner Thales Alenia Space.

text: Cygnus CRS OA-11, also known as OrbitalATK CRS Flight 11, is the twelfth planned flight of the

text: Orbital ATK

text: unmanned resupply spacecraft

text: Cygnus

text: and its eleventh flight to the

text: International Space Station

text: under the

text: Commercial Resupply Services

text: contract with

text: NASA

text: . Orbital and NASA jointly developed a new space transportation system to provide commercial cargo resupply services to the International Space Station (ISS). Under the

entity_name: Commercial Orbital Transportation Services

text: Commercial Orbital Transportation System (COTS)

text: program, then

text: Orbital Sciences

text: designed and built

text: Antares

text: , a medium-class launch vehicle;

text: Cygnus

text: , an advanced maneuvering spacecraft, and a Pressurized Cargo Module which is provided by Orbital's industrial partner

text: Thales Alenia Space

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: a medium-class launch vehicle

answers: NDQ_002108

answers: It's impossible to say

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: The United States

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: unmanned

answers: NDQ_002118

answers: How many satellites are in orbit around Earth

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat?

answers: NDQ_002121

answers: It is not possible to tell

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: How are imaging satellites placed in high orbits over Earth

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Antares

answers: NDQ_002128

answers: Cygnus

answers: NDQ_002129

answers: Cygnus

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Cygnus

answers: NDQ_002132

answers: Cygnus

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: Cygnus CRS OA-11 is the twelfth planned flight

answers: NDQ_002135

answers: Cygnus CRS

answers: NDQ_002136

answers: Space Station

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Cygnus

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: International Space Station

answers: NDQ_002097

answers: maneuvering spacecraft,

answers: NDQ_002099

answers: advanced maneuvering spacecraft,

answers: NDQ_002100

answers: NASA.

answers: NDQ_002103

answers: launch vehicle;

answers: NDQ_002108

answers: Cygnus CRS OA-11,

answers: NDQ_002111

answers: Orbital Sciences designed and built Antares,

answers: NDQ_002113

answers: Cygnus CRS OA-11,

answers: NDQ_002114

answers: NASA.

answers: NDQ_002115

answers: Cygnus CRS OA-11,

answers: NDQ_002116

answers: International Space Station

answers: NDQ_002117

answers: unmanned

answers: NDQ_002118

answers: International Space Station

answers: NDQ_002119

answers: Cygnus CRS OA-11,

answers: NDQ_002120

answers: Cygnus CRS OA-11,

answers: NDQ_002121

answers: International Space Station

answers: NDQ_002122

answers: Cygnus, an advanced maneuvering spacecraft,

answers: NDQ_002123

answers: International Space Station

answers: NDQ_002124

answers: Cygnus CRS OA-11,

answers: NDQ_002125

answers: International Space Station

answers: NDQ_002126

answers: maneuvering

answers: NDQ_002127

answers: Pressurized Cargo Module

answers: NDQ_002128

answers: (ISS).

answers: NDQ_002129

answers: Cygnus, an advanced maneuvering spacecraft,

answers: NDQ_002130

answers: NASA.

answers: NDQ_002131

answers: Cygnus, an advanced maneuvering spacecraft,

answers: NDQ_002132

answers: unmanned resupply spacecraft Cygnus

answers: NDQ_002133

answers: medium-class launch vehicle;

answers: NDQ_002134

answers: maneuvering spacecraft,

answers: NDQ_002135

answers: Antares,

answers: NDQ_002136

answers: launch vehicle;

answers: NDQ_002137

answers: Cygnus CRS OA-11,

answers: NDQ_002138

answers: medium-class

answers: NDQ_002139

answers: NASA.

text: While Soviet and American teams had been working on plans for orbiting research satellites for a number of years, the launch on 4 October 1957 of the world’s first artificial satellite, Sputnik 1, began the Space Race in earnest and America soon launched its own Explorer 1 system in response. After Sputnik there was a desire from other countries to enter this new field of research and technological capability.

text: While Soviet and American teams had been working on plans for orbiting research satellites for a number of years, the launch on 4 October 1957 of the world’s first artificial satellite,

text: Sputnik 1

text: , began the

text: Space Race

text: in earnest and America soon launched its own

text: Explorer 1

text: system in response. After Sputnik there was a desire from other countries to enter this new field of research and technological capability.

answers: NDQ_002095

answers: orbit the Earth

answers: NDQ_002097

answers: mass and velocity

answers: NDQ_002099

answers: orbit satellites

answers: NDQ_002100

answers: Soviet and American

answers: NDQ_002103

answers: 4 October 1957

answers: NDQ_002108

answers: yes

answers: NDQ_002111

answers: It is impossible to say

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: in space

answers: NDQ_002120

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

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: Which of the following is not an example of Newtons Third Law of Motion?

answers: NDQ_002123

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

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: What was the largest artificial satellite?

answers: NDQ_002130

answers: Explorer 1

answers: NDQ_002131

answers: NDQ_002132

answers: artificial satellite

answers: NDQ_002133

answers: 1957

answers: NDQ_002134

answers: Sputnik 1 began the Space Race

answers: NDQ_002135

answers: Space Race

answers: NDQ_002136

answers: Space Race

answers: NDQ_002137

answers: Sputnik 1

answers: NDQ_002138

answers: can be called

answers: NDQ_002139

answers: Explorer 1

answers: NDQ_002095

answers: orbiting

answers: NDQ_002097

answers: world’s first artificial satellite, Sputnik 1,

answers: NDQ_002099

answers: orbiting research satellites

answers: NDQ_002100

answers: Soviet and American

answers: NDQ_002103

answers: launch on 4 October 1957

answers: NDQ_002108

answers: 1957

answers: NDQ_002111

answers: world’s first artificial satellite, Sputnik 1,

answers: NDQ_002113

answers: Sputnik 1,

answers: NDQ_002114

answers: Soviet and American

answers: NDQ_002115

answers: Sputnik 1,

answers: NDQ_002116

answers: orbiting research satellites

answers: NDQ_002117

answers: artificial satellite, Sputnik 1,

answers: NDQ_002118

answers: world’s first artificial satellite, Sputnik 1,

answers: NDQ_002119

answers: 1957

answers: NDQ_002120

answers: Sputnik 1,

answers: NDQ_002121

answers: world’s first artificial satellite, Sputnik 1,

answers: NDQ_002122

answers: Sputnik 1,

answers: NDQ_002123

answers: research satellites

answers: NDQ_002124

answers: Sputnik 1,

answers: NDQ_002125

answers: America soon launched its own Explorer 1

answers: NDQ_002126

answers: orbiting

answers: NDQ_002127

answers: launch

answers: NDQ_002128

answers: satellites

answers: NDQ_002129

answers: Sputnik 1,

answers: NDQ_002130

answers: Explorer 1

answers: NDQ_002131

answers: Sputnik 1,

answers: NDQ_002132

answers: artificial satellite,

answers: NDQ_002133

answers: 4 October 1957

answers: NDQ_002134

answers: world’s first artificial satellite, Sputnik 1,

answers: NDQ_002135

answers: Sputnik 1,

answers: NDQ_002136

answers: technological capability.

answers: NDQ_002137

answers: orbiting research satellites

answers: NDQ_002138

answers: Sputnik 1,

answers: NDQ_002139

answers: Explorer 1

text: A rocket is a missile, spacecraft, aircraft or other vehicle that obtains thrust from a rocket engine. Rocket engine exhaust is formed entirely from propellants carried within the rocket before use. Rocket engines work by action and reaction. Rocket engines push rockets forward simply by throwing their exhaust backwards extremely fast.

text: A rocket is a

text: missile

text: spacecraft

text: aircraft

text: or other

text: vehicle

text: that obtains

text: thrust

text: from a

text: rocket engine

text: . Rocket engine exhaust is formed entirely from

text: propellant

text: s carried within the rocket before use. Rocket engines work by

text: action and reaction

text: . Rocket engines push rockets forward simply by throwing their exhaust backwards extremely fast.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: action and reaction

answers: NDQ_002099

answers: is able to propel itself

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: by a rocket engine

answers: NDQ_002108

answers: It's impossible to say

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: A satellite is an object that orbits a larger object.

answers: NDQ_002117

answers: rockets

answers: NDQ_002118

answers: None of the above choices.

answers: NDQ_002119

answers: space

answers: NDQ_002120

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

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

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

answers: NDQ_002124

answers: Alan Shepherd

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: a

answers: NDQ_002127

answers: thrust

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: What is the largest artificial satellite?

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: rocket

answers: NDQ_002132

answers: rocket

answers: NDQ_002133

answers: spacecraft

answers: NDQ_002134

answers: Rocket engines work by action and reaction

answers: NDQ_002135

answers: the Cold War

answers: NDQ_002136

answers: Rocket engines

answers: NDQ_002137

answers: rocket engines to propel itself.

answers: NDQ_002138

answers: can be launched from a rocket

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: spacecraft,

answers: NDQ_002097

answers: action and reaction.

answers: NDQ_002099

answers: thrust from a rocket engine.

answers: NDQ_002100

answers: rocket

answers: NDQ_002103

answers: rocket engine.

answers: NDQ_002108

answers: rocket

answers: NDQ_002111

answers: Rocket engines work by action and reaction.

answers: NDQ_002113

answers: rocket

answers: NDQ_002114

answers: rocket

answers: NDQ_002115

answers: rocket engine.

answers: NDQ_002116

answers: rocket

answers: NDQ_002117

answers: rocket

answers: NDQ_002118

answers: rocket

answers: NDQ_002119

answers: rocket

answers: NDQ_002120

answers: A rocket

answers: NDQ_002121

answers: rocket is a missile, spacecraft,

answers: NDQ_002122

answers: throwing their exhaust backwards extremely fast.

answers: NDQ_002123

answers: rocket

answers: NDQ_002124

answers: rocket

answers: NDQ_002125

answers: rocket

answers: NDQ_002126

answers: Rocket engines work by action and reaction.

answers: NDQ_002127

answers: Rocket engines

answers: NDQ_002128

answers: spacecraft,

answers: NDQ_002129

answers: rocket

answers: NDQ_002130

answers: rocket

answers: NDQ_002131

answers: Rocket engines push rockets forward simply by throwing their exhaust backwards

answers: NDQ_002132

answers: rocket

answers: NDQ_002133

answers: spacecraft,

answers: NDQ_002134

answers: throwing their exhaust backwards extremely fast.

answers: NDQ_002135

answers: spacecraft,

answers: NDQ_002136

answers: rocket engine.

answers: NDQ_002137

answers: rocket engine.

answers: NDQ_002138

answers: rocket

answers: NDQ_002139

answers: rocket

text: The city of Ramsey has been exploring options for the old town hall.  One option would be to use it as community space and/or a historical center.  Another option would be to lease out the space to a nearby business as additional office or meeting space.  The third option would be to move the building from its current location to a new location in a city park and to use it as community space and/or a historical center.  Under all three options under discussion, the renovation would be completed.  However, moving the building would most likely cause it to lose its status as a historical site.

text: The city of Ramsey has been exploring options for the old town hall.  One option would be to use it as community space and/or a historical center.  Another option would be to lease out the space to a nearby business as additional office or meeting space.  The third option would be to move the building from its current location to a new location in a city park and to use it as community space and/or a historical center.  Under all three options under discussion, the renovation would be completed.  However, moving the building would most likely cause it to lose its status as a historical site.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: Newton's Law of Gravity

answers: NDQ_002099

answers: can launch into space.

answers: NDQ_002100

answers: unanswerable

answers: NDQ_002103

answers: before it can be used.

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: None of the above choices.

answers: NDQ_002113

answers: None of the above choices.

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What would happen to the old town hall?

answers: NDQ_002117

answers: None of the above choices.

answers: NDQ_002118

answers: Which of the following is not true?

answers: NDQ_002119

answers: space

answers: NDQ_002120

answers: Which of the following is true of Landsat?

answers: NDQ_002121

answers: Why is the law of conservation of momentum important?

answers: NDQ_002122

answers: How does the rocket travel in space?

answers: NDQ_002123

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

answers: NDQ_002124

answers: Alan Shepherd

answers: NDQ_002125

answers: Mars

answers: NDQ_002126

answers: NDQ_002127

answers: a rocket

answers: NDQ_002128

answers: NDQ_002129

answers: NASA's Hubble Space Telescope

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: can be

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: moving the building would most likely cause it to lose its status as a historical site.

answers: NDQ_002135

answers: the Cold War

answers: NDQ_002136

answers: gravitational pull

answers: NDQ_002137

answers: GPS coordinates to determine the location of objects.

answers: NDQ_002138

answers: can be seen from Earth.

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: The city of Ramsey has been exploring options for the old town hall.

answers: NDQ_002097

answers: a city park

answers: NDQ_002099

answers: office or meeting space.

answers: NDQ_002100

answers: The city of Ramsey has been exploring options for the old town hall.

answers: NDQ_002103

answers: new location in a city park

answers: NDQ_002108

answers: a city park

answers: NDQ_002111

answers: lease out the space to a nearby business as additional office or meeting space.

answers: NDQ_002113

answers: lease out the space to a nearby business as additional office or meeting space.

answers: NDQ_002114

answers: lease out the space to a nearby business as additional office or meeting space.

answers: NDQ_002115

answers: a city park

answers: NDQ_002116

answers: The city of Ramsey has been exploring options for the old town hall.

answers: NDQ_002117

answers: a city park

answers: NDQ_002118

answers: a city park

answers: NDQ_002119

answers: The city of Ramsey has been exploring options for the old town hall.

answers: NDQ_002120

answers: a city park

answers: NDQ_002121

answers: a city park

answers: NDQ_002122

answers: lease out the space to a nearby business as additional office or meeting space.

answers: NDQ_002123

answers: lease out the space to a nearby business as additional office or meeting space.

answers: NDQ_002124

answers: a city park

answers: NDQ_002125

answers: a city park

answers: NDQ_002126

answers: office or meeting space.

answers: NDQ_002127

answers: The city of Ramsey has been exploring options for the old town hall.

answers: NDQ_002128

answers: a historical site.

answers: NDQ_002129

answers: The city of Ramsey has been exploring options for the old town hall.

answers: NDQ_002130

answers: The city of Ramsey has been exploring options for the old town hall.

answers: NDQ_002131

answers: The city of Ramsey has been exploring options for the old town hall.

answers: NDQ_002132

answers: The city of Ramsey has been exploring options for the old town hall.

answers: NDQ_002133

answers: a city park

answers: NDQ_002134

answers: moving the building would most likely cause it to lose its status

answers: NDQ_002135

answers: The city of Ramsey has been exploring options for the old town hall.

answers: NDQ_002136

answers: location

answers: NDQ_002137

answers: location

answers: NDQ_002138

answers: The city of Ramsey has been exploring options for the old town hall.

answers: NDQ_002139

answers: Ramsey

text: The Space Race has left a legacy of Earth communications and weather satellites, and continuing human space presence on the International Space Station. It has also sparked increases in spending on education and research and development, which led to beneficial spin-off technologies.

text: The Space Race has left a legacy of Earth

text: communications

text: and

text: weather satellite

text: s, and continuing human space presence on the

text: International Space Station

text: . It has also sparked increases in spending on education and

text: research and development

text: , which led to beneficial

text: spin-off technologies

answers: NDQ_002095

answers: Earth

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: United States and China

answers: NDQ_002103

answers: Space Race

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: Earth communications

answers: NDQ_002121

answers: None of the above choices.

answers: NDQ_002122

answers: Which of the following is not a law: Newtons Third Law of Motion?

answers: NDQ_002123

answers: Earth communications and weather satellites are placed in high orbits over Earth

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: International Space Station

answers: NDQ_002129

answers: the International Space Station

answers: NDQ_002130

answers: International Space Station

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: unanswerable

answers: NDQ_002133

answers: Space Race

answers: NDQ_002134

answers: gravitational force is inversely proportional to mass

answers: NDQ_002135

answers: The Space Race

answers: NDQ_002136

answers: Space Race

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Earth communications and weather satellites

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Earth communications and weather satellites,

answers: NDQ_002097

answers: weather satellites, and continuing human space presence on the International Space Station.

answers: NDQ_002099

answers: Space Station.

answers: NDQ_002100

answers: The Space Race

answers: NDQ_002103

answers: The Space Race

answers: NDQ_002108

answers: The Space Race

answers: NDQ_002111

answers: The Space Race

answers: NDQ_002113

answers: The Space Race

answers: NDQ_002114

answers: The Space Race

answers: NDQ_002115

answers: The Space Race

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: The Space Race

answers: NDQ_002118

answers: Earth communications and weather satellites,

answers: NDQ_002119

answers: The Space Race

answers: NDQ_002120

answers: weather satellites,

answers: NDQ_002121

answers: The Space Race

answers: NDQ_002122

answers: The Space Race

answers: NDQ_002123

answers: weather satellites,

answers: NDQ_002124

answers: The Space Race

answers: NDQ_002125

answers: International Space Station.

answers: NDQ_002126

answers: space presence on the International Space Station.

answers: NDQ_002127

answers: The Space Race

answers: NDQ_002128

answers: satellites,

answers: NDQ_002129

answers: International Space Station.

answers: NDQ_002130

answers: The Space Race

answers: NDQ_002131

answers: The Space Race

answers: NDQ_002132

answers: Earth communications and weather satellites,

answers: NDQ_002133

answers: The Space Race

answers: NDQ_002134

answers: The Space Race

answers: NDQ_002135

answers: The Space Race

answers: NDQ_002136

answers: The Space Race

answers: NDQ_002137

answers: weather satellites,

answers: NDQ_002138

answers: weather satellites,

answers: NDQ_002139

answers: The Space Race

text: Space exploration – use of astronomy and space technology to explore outer space. Physical exploration of space is conducted both by human spaceflights and by robotic spacecraft.

text: Space exploration

text: – use of

text: astronomy

text: and

text: space technology

text: to explore

text: outer space

text: . Physical

text: exploration

text: of space is conducted both by

text: human spaceflight

text: s and by

text: robotic spacecraft

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States and Russia

answers: NDQ_002103

answers: by a human

answers: NDQ_002108

answers: It's impossible to say

answers: NDQ_002111

answers: It is not possible to answer the above question

answers: NDQ_002113

answers: no one

answers: NDQ_002114

answers: The United States

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: orbits a larger object

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices.

answers: NDQ_002119

answers: space

answers: NDQ_002120

answers: astronomy

answers: NDQ_002121

answers: the law of conservation of momentum

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

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

answers: NDQ_002124

answers: Alan Shepherd

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: is nasa

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: can be described as

answers: NDQ_002132

answers: robotic

answers: NDQ_002133

answers: 20th century

answers: NDQ_002134

answers: gravitational force is equal to the force of gravity

answers: NDQ_002135

answers: human spaceflights

answers: NDQ_002136

answers: gravitational pull

answers: NDQ_002137

answers: astronomy and space technology

answers: NDQ_002138

answers: can be retrieved by a robot

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: outer space.

answers: NDQ_002097

answers: outer space.

answers: NDQ_002099

answers: explore outer space.

answers: NDQ_002100

answers: human spaceflights and by robotic spacecraft.

answers: NDQ_002103

answers: Physical exploration of space is conducted both by human spaceflights

answers: NDQ_002108

answers: human spaceflights

answers: NDQ_002111

answers: robotic spacecraft.

answers: NDQ_002113

answers: robotic spacecraft.

answers: NDQ_002114

answers: human spaceflights

answers: NDQ_002115

answers: human spaceflights and by robotic spacecraft.

answers: NDQ_002116

answers: Space exploration

answers: NDQ_002117

answers: robotic spacecraft.

answers: NDQ_002118

answers: human spaceflights and by robotic spacecraft.

answers: NDQ_002119

answers: human spaceflights

answers: NDQ_002120

answers: Space exploration

answers: NDQ_002121

answers: robotic spacecraft.

answers: NDQ_002122

answers: robotic spacecraft.

answers: NDQ_002123

answers: robotic spacecraft.

answers: NDQ_002124

answers: human spaceflights

answers: NDQ_002125

answers: robotic spacecraft.

answers: NDQ_002126

answers: robotic spacecraft.

answers: NDQ_002127

answers: robotic spacecraft.

answers: NDQ_002128

answers: robotic spacecraft.

answers: NDQ_002129

answers: robotic spacecraft.

answers: NDQ_002130

answers: astronomy

answers: NDQ_002131

answers: robotic spacecraft.

answers: NDQ_002132

answers: robotic

answers: NDQ_002133

answers: astronomy

answers: NDQ_002134

answers: human spaceflights and by robotic spacecraft.

answers: NDQ_002135

answers: human spaceflights

answers: NDQ_002136

answers: astronomy and space technology

answers: NDQ_002137

answers: astronomy and space technology

answers: NDQ_002138

answers: robotic spacecraft.

answers: NDQ_002139

answers: human spaceflights

text: The flight plan called for the Pioneer 3 probe to pass close to the Moon after 33.75 hours and then go into solar orbit. However, depletion of propellant caused the first stage engine to shut down 3.7 seconds early preventing the spacecraft from reaching escape velocity. The injection angle was also about 71 degrees instead of the planned 68 degrees. The spacecraft reached an altitude of 102,360 km (109,740 km from the center of the Earth) before falling back to Earth. It re-entered Earth's atmosphere and burned up over Africa on December 7 at approximately 19:51 UT (2:51 p.m. EST) at an estimated location of 16.4 N, 18.6 E. The probe returned telemetry for about 25 hours of its 38-hour-6-minute journey. The other 13 hours were blackout periods due to the location of the two tracking stations. The returned information showed that the internal temperature remained at about 43 °C over most of the period.While Pioneer 3 did not meet its primary mission objective of a lunar flyby, the data obtained was of particular value to James Van Allen. The Pioneer 3 probe data in addition to the data from the previous Explorer 1 and Explorer 3 satellites led to the discovery of a distinct second radiation belt around the Earth. The trapped radiation starts at an altitude of several hundred miles from Earth (where the outer belt was first observed by Sputnik 2 and Sputnik 3) and extends for several thousand miles into space. These Van Allen radiation belts surrounding the Earth are named for Dr. James Van Allen, in honor of his discovery.

text: The flight plan called for the Pioneer 3 probe to pass close to the Moon after 33.75 hours and then go into solar orbit. However, depletion of propellant caused the first stage engine to shut down 3.7 seconds early preventing the spacecraft from reaching

text: escape velocity

text: . The injection angle was also about 71 degrees instead of the planned 68 degrees. The spacecraft reached an altitude of 102,360 km (109,740 km from the center of the Earth) before falling back to Earth. It re-entered Earth's atmosphere and burned up over

text: Africa

text: on December 7 at approximately 19:51 UT (2:51 p.m. EST) at an estimated location of 16.4 N, 18.6 E. The probe returned

text: telemetry

text: for about 25 hours of its 38-hour-6-minute journey. The other 13 hours were blackout periods due to the location of the two tracking stations. The returned information showed that the internal temperature remained at about 43 °C over most of the period.While Pioneer 3 did not meet its primary mission objective of a lunar flyby, the data obtained was of particular value to

text: James Van Allen

text: . The Pioneer 3 probe data in addition to the data from the previous

text: Explorer 1

text: and

text: Explorer 3

text: satellites led to the discovery of a distinct second radiation belt around the

text: Earth

text: . The trapped radiation starts at an altitude of several hundred miles from Earth (where the outer belt was first observed by

text: Sputnik 2

text: and

text: Sputnik 3

text: ) and extends for several thousand miles into space. These

text: Van Allen radiation belt

text: s surrounding the Earth are named for Dr.

text: James Van Allen

text: , in honor of his discovery.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: escape velocity

answers: NDQ_002099

answers: can go into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: How long did it take for the probe to pass close to the Moon?

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: How many years after Sputnik 2 and Sputnik 3 were launched did the Van Allen radiation belts surround the Earth?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S.

answers: NDQ_002115

answers: Which happened first, Sputnik 2 or Pioneer 3?

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: How did the Pioneer 3 probe go into solar orbit?

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Neil Armstrong walked on the Moon

answers: NDQ_002120

answers: Which satellites made detailed images of continents and coasts?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How long did it take for the probe to reach an altitude of 102,360 km

answers: NDQ_002123

answers: What type of satellites are placed in orbits over Earth?

answers: NDQ_002124

answers: Who was the first astronaut to walk on the Moon?

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: first stage engine

answers: NDQ_002128

answers: spacecraft

answers: NDQ_002129

answers: Explorer 3 probe

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Sputnik 2

answers: NDQ_002132

answers: spacecraft

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: if a body is moving at a constant speed then that body is moving in what direction?

answers: NDQ_002135

answers: Sputnik 2

answers: NDQ_002136

answers: solar energy

answers: NDQ_002137

answers: Earth's magnetic field to determine the location of

answers: NDQ_002138

answers: How many hours did the probe travel before burning up?

answers: NDQ_002139

answers: James Van Allen

answers: NDQ_002095

answers: solar orbit.

answers: NDQ_002097

answers: escape velocity.

answers: NDQ_002099

answers: escape velocity.

answers: NDQ_002100

answers: Africa

answers: NDQ_002103

answers: solar orbit.

answers: NDQ_002108

answers: Sputnik 2 and Sputnik 3)

answers: NDQ_002111

answers: 3.7 seconds early preventing the spacecraft from reaching escape velocity.

answers: NDQ_002113

answers: depletion of propellant

answers: NDQ_002114

answers: Pioneer 3 probe to pass close to the Moon

answers: NDQ_002115

answers: Sputnik 2 and Sputnik 3)

answers: NDQ_002116

answers: orbit.

answers: NDQ_002117

answers: solar orbit.

answers: NDQ_002118

answers: several thousand miles

answers: NDQ_002119

answers: Pioneer 3

answers: NDQ_002120

answers: Africa

answers: NDQ_002121

answers: escape velocity.

answers: NDQ_002122

answers: escape velocity.

answers: NDQ_002123

answers: solar orbit.

answers: NDQ_002124

answers: Pioneer 3

answers: NDQ_002125

answers: Pioneer 3 probe to pass close to the Moon

answers: NDQ_002126

answers: orbit.

answers: NDQ_002127

answers: injection angle

answers: NDQ_002128

answers: solar orbit.

answers: NDQ_002129

answers: Pioneer 3

answers: NDQ_002130

answers: Pioneer 3

answers: NDQ_002131

answers: escape velocity.

answers: NDQ_002132

answers: Pioneer 3 probe

answers: NDQ_002133

answers: Sputnik 2 and Sputnik 3)

answers: NDQ_002134

answers: escape velocity.

answers: NDQ_002135

answers: Pioneer 3

answers: NDQ_002136

answers: solar

answers: NDQ_002137

answers: tracking stations.

answers: NDQ_002138

answers: Pioneer 3

answers: NDQ_002139

answers: James Van Allen.

text: Atmospheric satellites remain aloft through atmospheric lift, either aerostatic (e.g., balloons) or aerodynamic (e.g., airplanes). By contrast, conventional satellites in Earth orbit operate in the vacuum of space and remain in flight through centrifugal force derived from their orbital speed.

text: Atmospheric satellites remain aloft through atmospheric lift, either

text: aerostat

text: ic (e.g.,

text: balloons

text: ) or

text: aerodynamic

text: (e.g.,

text: airplane

text: s). By contrast, conventional satellites in

text: Earth orbit

text: operate in the vacuum of space and remain in flight through

text: centrifugal force

text: derived from their orbital speed.

answers: NDQ_002095

answers: orbit Earth

answers: NDQ_002097

answers: centrifugal force

answers: NDQ_002099

answers: remains in flight

answers: NDQ_002100

answers: United States and China

answers: NDQ_002103

answers: aerodynamic

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: What is the difference between balloons and rockets?

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: space

answers: NDQ_002120

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

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: centrifugal force

answers: NDQ_002123

answers: conventional satellites in Earth orbit operate in the vacuum of space

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: centrifugal

answers: NDQ_002128

answers: satellites

answers: NDQ_002129

answers: Atmospheric

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: aerodynamic

answers: NDQ_002132

answers: satellites

answers: NDQ_002133

answers: Earth orbit

answers: NDQ_002134

answers: centrifugal force is derived from

answers: NDQ_002135

answers: unanswerable

answers: NDQ_002136

answers: centrifugal force

answers: NDQ_002137

answers: centrifugal force

answers: NDQ_002138

answers: Earth orbit operate in the vacuum of space

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Earth orbit

answers: NDQ_002097

answers: centrifugal force

answers: NDQ_002099

answers: centrifugal force

answers: NDQ_002100

answers: Earth

answers: NDQ_002103

answers: Atmospheric satellites remain aloft through atmospheric lift,

answers: NDQ_002108

answers: Atmospheric satellites remain aloft through atmospheric lift,

answers: NDQ_002111

answers: conventional satellites

answers: NDQ_002113

answers: Atmospheric satellites remain aloft through atmospheric lift,

answers: NDQ_002114

answers: Atmospheric satellites remain aloft through atmospheric lift,

answers: NDQ_002115

answers: Atmospheric satellites remain aloft through atmospheric lift,

answers: NDQ_002116

answers: Earth orbit

answers: NDQ_002117

answers: conventional satellites

answers: NDQ_002118

answers: conventional satellites

answers: NDQ_002119

answers: Atmospheric satellites remain aloft through atmospheric lift,

answers: NDQ_002120

answers: Atmospheric satellites remain aloft through atmospheric lift,

answers: NDQ_002121

answers: centrifugal force derived from their orbital speed.

answers: NDQ_002122

answers: centrifugal force

answers: NDQ_002123

answers: conventional satellites

answers: NDQ_002124

answers: Atmospheric satellites remain aloft through atmospheric lift,

answers: NDQ_002125

answers: Atmospheric satellites remain aloft through atmospheric lift,

answers: NDQ_002126

answers: orbital speed.

answers: NDQ_002127

answers: centrifugal force

answers: NDQ_002128

answers: satellites

answers: NDQ_002129

answers: airplanes).

answers: NDQ_002130

answers: Atmospheric satellites

answers: NDQ_002131

answers: centrifugal force

answers: NDQ_002132

answers: conventional satellites

answers: NDQ_002133

answers: Atmospheric satellites

answers: NDQ_002134

answers: centrifugal force

answers: NDQ_002135

answers: Atmospheric satellites

answers: NDQ_002136

answers: centrifugal force

answers: NDQ_002137

answers: centrifugal force derived from their orbital speed.

answers: NDQ_002138

answers: conventional satellites in Earth orbit

answers: NDQ_002139

answers: Atmospheric satellites

text: In his article, “Human Rights in the Space Age: An International and Legal Political Analysis,” Potter focuses on space and human rights issues that have collided in the areas of satellite broadcasting and receiving, remote sensing, and technology transfer. He explores the possibilities of how "space age" technologies and the exploration of the final frontier could transform the way we think about human rights.  In the article, “Swords into Ploughshares: Missiles as Commercial Launchers”, Potter discusses the legal and policy implications of a commercial launch vehicle based on the SS-20 missile after the signing of an INF arms control treaty in 1987 resulted in a surplus of missiles.  Potter has published many articles in, “Colloquium on the Law of Outer Space” focusing on international law and space, such as: “The Outer Space Cyberspace Nexus - Satellite Crimes”;  “European Regulation of Competitive Satellite Services - Battling the Cartel and the Monopolies”; and “International Satellite Organizations- from Monopoly to Cartel.”.

text: In his article, “Human Rights in the Space Age: An International and Legal Political Analysis,” Potter focuses on space and human rights issues that have collided in the areas of satellite broadcasting and receiving, remote sensing, and technology transfer. He explores the possibilities of how "space age" technologies and the exploration of the final frontier could transform the way we think about human rights.  In the article, “Swords into Ploughshares: Missiles as Commercial Launchers”, Potter discusses the legal and policy implications of a commercial launch vehicle based on the SS-20 missile after the signing of an INF arms control treaty in 1987 resulted in a surplus of missiles.  Potter has published many articles in, “Colloquium on the Law of Outer Space” focusing on international law and space, such as: “The Outer Space Cyberspace Nexus - Satellite Crimes”;  “European Regulation of Competitive Satellite Services - Battling the Cartel and the Monopolies”; and “International Satellite Organizations- from Monopoly to Cartel.”.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: European

answers: NDQ_002103

answers: SS-20 missile

answers: NDQ_002108

answers: NDQ_002111

answers: How did the space age impact human rights?

answers: NDQ_002113

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: satellite broadcasting and receiving

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: satellite broadcasting and receiving

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: remote sensing

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: remote sensing

answers: NDQ_002124

answers: Alan Shepherd

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: a

answers: NDQ_002127

answers: a commercial launch vehicle

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: SS-20 missile

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: SS-20 missile

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: Space Age

answers: NDQ_002134

answers: gravitational force causes objects to move in the same direction

answers: NDQ_002135

answers: the Space Age

answers: NDQ_002136

answers: Space Age technologies

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: could transform the way we think about human rights

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: satellite broadcasting and receiving, remote sensing,

answers: NDQ_002097

answers: “Swords into Ploughshares:

answers: NDQ_002099

answers: Launchers”,

answers: NDQ_002100

answers: “European

answers: NDQ_002103

answers: Missiles as Commercial Launchers”,

answers: NDQ_002108

answers: Space Age:

answers: NDQ_002111

answers: Missiles as Commercial Launchers”,

answers: NDQ_002113

answers: Missiles as Commercial Launchers”,

answers: NDQ_002114

answers: “Human Rights in the Space Age:

answers: NDQ_002115

answers: Missiles as Commercial Launchers”,

answers: NDQ_002116

answers: satellite

answers: NDQ_002117

answers: Missiles as Commercial Launchers”,

answers: NDQ_002118

answers: satellite broadcasting and receiving, remote sensing,

answers: NDQ_002119

answers: Space Age:

answers: NDQ_002120

answers: remote sensing,

answers: NDQ_002121

answers: “Colloquium on the Law of Outer Space”

answers: NDQ_002122

answers: Missiles as Commercial Launchers”,

answers: NDQ_002123

answers: remote sensing,

answers: NDQ_002124

answers: Potter

answers: NDQ_002125

answers: “Human Rights in the Space Age:

answers: NDQ_002126

answers: remote sensing,

answers: NDQ_002127

answers: Missiles

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: SS-20 missile

answers: NDQ_002130

answers: satellite broadcasting and receiving, remote sensing,

answers: NDQ_002131

answers: launch vehicle

answers: NDQ_002132

answers: satellite broadcasting and receiving, remote sensing,

answers: NDQ_002133

answers: Space Age:

answers: NDQ_002134

answers: Monopoly to Cartel.”.

answers: NDQ_002135

answers: Space Age:

answers: NDQ_002136

answers: INF arms control treaty

answers: NDQ_002137

answers: satellite

answers: NDQ_002138

answers: Satellite Services

answers: NDQ_002139

answers: Potter

text: Around the Earth, stationary satellites orbit at altitudes of approximately . Writing in 1945, the science-fiction author Arthur C. Clarke imagined communications satellites as travelling in stationary orbits, where those satellites would travel around the Earth at the same speed the globe is spinning, making them hover stationary over one spot on the Earth's surface.

text: Around the

text: Earth

text: , stationary satellites orbit at altitudes of approximately . Writing in 1945, the science-fiction author

text: Arthur C. Clarke

text: imagined

text: communications satellite

text: s as travelling in stationary orbits, where those satellites would travel around the Earth at the same speed the globe is spinning, making them hover stationary over one spot on the Earth's surface.

answers: NDQ_002095

answers: orbit the Earth

answers: NDQ_002097

answers: the same speed the globe is spinning

answers: NDQ_002099

answers: orbits the Earth

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How did Arthur C. Clarke imagine communications satellites?

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

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

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: unanswerable

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: kinetic energy

answers: NDQ_002128

answers: satellites

answers: NDQ_002129

answers: what is the largest artificial satellite

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: satellites

answers: NDQ_002133

answers: 1945

answers: NDQ_002134

answers: gravitational force is inversely proportional to

answers: NDQ_002135

answers: 1945

answers: NDQ_002136

answers: Earth's rotation

answers: NDQ_002137

answers: altitudes of approximately

answers: NDQ_002138

answers: would travel at the same speed the globe is spinning

answers: NDQ_002139

answers: unanswerable

answers: NDQ_002095

answers: stationary satellites orbit at altitudes

answers: NDQ_002097

answers: same speed the globe is spinning,

answers: NDQ_002099

answers: Around the Earth, stationary satellites orbit at altitudes

answers: NDQ_002100

answers: 1945,

answers: NDQ_002103

answers: Around the Earth, stationary satellites orbit at altitudes of approximately.

answers: NDQ_002108

answers: 1945,

answers: NDQ_002111

answers: 1945,

answers: NDQ_002113

answers: Around the Earth, stationary satellites orbit at altitudes of approximately.

answers: NDQ_002114

answers: Around the Earth, stationary satellites orbit at altitudes of approximately.

answers: NDQ_002115

answers: 1945,

answers: NDQ_002116

answers: satellites

answers: NDQ_002117

answers: stationary satellites

answers: NDQ_002118

answers: stationary satellites orbit at altitudes of approximately.

answers: NDQ_002119

answers: 1945,

answers: NDQ_002120

answers: Around the Earth, stationary satellites

answers: NDQ_002121

answers: stationary satellites

answers: NDQ_002122

answers: same speed the globe is spinning,

answers: NDQ_002123

answers: communications satellites as travelling in stationary orbits,

answers: NDQ_002124

answers: Around the Earth, stationary satellites orbit at altitudes of approximately.

answers: NDQ_002125

answers: Around the Earth, stationary satellites orbit at altitudes of approximately.

answers: NDQ_002126

answers: orbits,

answers: NDQ_002127

answers: spinning,

answers: NDQ_002128

answers: satellites

answers: NDQ_002129

answers: communications satellites

answers: NDQ_002130

answers: satellites

answers: NDQ_002131

answers: Around the Earth, stationary satellites

answers: NDQ_002132

answers: stationary satellites

answers: NDQ_002133

answers: 1945,

answers: NDQ_002134

answers: same speed the globe is spinning,

answers: NDQ_002135

answers: 1945,

answers: NDQ_002136

answers: same speed the globe is spinning,

answers: NDQ_002137

answers: stationary satellites

answers: NDQ_002138

answers: stationary satellites orbit at altitudes of approximately.

answers: NDQ_002139

answers: Arthur C. Clarke

text: Sputnik also inspired a generation of engineers and scientists. Harrison Storms, the North American designer who was responsible for the X-15 rocket plane, and went on to head the effort to design the Apollo Command/Service Module and Saturn V launch vehicle's second stage was moved by the launch of Sputnik to think of space as being the next step for America.  Astronauts Alan Shepard, who was the first American in space, and Deke Slayton later wrote of how the sight of Sputnik I passing overhead inspired them to their new careers. Homer Hickam's memoir Rocket Boys and the movie October Sky tell the story of how a coal miner's son, inspired by Sputnik, started building rockets in the mining town where he lived.

text: Sputnik also inspired a generation of engineers and scientists. Harrison Storms, the North American designer who was responsible for the

text: rocket plane, and went on to head the effort to design the

text: Apollo Command/Service Module

text: and

text: Saturn V

text: launch vehicle's second stage was moved by the launch of Sputnik to think of space as being the next step for America.  Astronauts

text: Alan Shepard

text: , who was the first American in space, and

text: Deke Slayton

text: later wrote of how the sight of Sputnik I passing overhead inspired them to their new careers.

text: Homer Hickam

text: 's memoir

text: Rocket Boys

text: and the movie

text: October Sky

text: tell the story of how a coal miner's son, inspired by Sputnik, started building rockets in the mining town where he lived.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched

answers: NDQ_002100

answers: America

answers: NDQ_002103

answers: Sputnik

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: No

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Apollo

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat satellites?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: Which of the following is not a type of satellite: imaging satellites or satellites placed in high orbits over Earth?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: second stage

answers: NDQ_002128

answers: Sputnik

answers: NDQ_002129

answers: Sputnik I

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Sputnik I

answers: NDQ_002132

answers: X-15 rocket plane

answers: NDQ_002133

answers: Sputnik

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: Sputnik

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Sputnik I

answers: NDQ_002138

answers: Sputnik I

answers: NDQ_002139

answers: Alan Shepard

answers: NDQ_002095

answers: space,

answers: NDQ_002097

answers: Sputnik

answers: NDQ_002099

answers: launch vehicle's

answers: NDQ_002100

answers: North American

answers: NDQ_002103

answers: Sputnik

answers: NDQ_002108

answers: Sputnik

answers: NDQ_002111

answers: Sputnik

answers: NDQ_002113

answers: Sputnik

answers: NDQ_002114

answers: America.

answers: NDQ_002115

answers: Alan Shepard,

answers: NDQ_002116

answers: Sputnik

answers: NDQ_002117

answers: Sputnik

answers: NDQ_002118

answers: Sputnik

answers: NDQ_002119

answers: Sputnik

answers: NDQ_002120

answers: Sputnik

answers: NDQ_002121

answers: Sputnik

answers: NDQ_002122

answers: Sputnik

answers: NDQ_002123

answers: Sputnik

answers: NDQ_002124

answers: first American in space,

answers: NDQ_002125

answers: Sputnik

answers: NDQ_002126

answers: Sputnik

answers: NDQ_002127

answers: launch vehicle's second stage

answers: NDQ_002128

answers: Saturn V

answers: NDQ_002129

answers: Sputnik I

answers: NDQ_002130

answers: Apollo

answers: NDQ_002131

answers: Sputnik

answers: NDQ_002132

answers: X-15 rocket plane,

answers: NDQ_002133

answers: X-15 rocket plane,

answers: NDQ_002134

answers: Sputnik

answers: NDQ_002135

answers: Sputnik

answers: NDQ_002136

answers: Sputnik

answers: NDQ_002137

answers: Sputnik

answers: NDQ_002138

answers: Sputnik

answers: NDQ_002139

answers: Alan Shepard,

text: While the orbit of a satellite around the Sun was empirically discovered by Kepler and theoretically proven by Newton to be an ellipse, at the time when the United States was interested in going to the Moon, there was no such solution known for the shape of a satellite orbiting regularly around two objects, such as a spacecraft going between the Earth and the Moon.  This is a special case of the infamous Three Body Problem, for which a  general analytical solution is not known because of its complexity of solving the effect of three bodies which all pull on each other while moving, a total of six interactions.  However the case of an Earth-Moon satellite can be simplified to four interactions, because although the three objects gravitationally all pull on each other, the effect of the spacecraft's gravity upon the motion of the vastly more massive Earth and Moon is practically non-existent.  Arenstorf found a stable orbit for a spacecraft orbiting between the Earth and Moon, shaped like an '8' with the Earth or Moon located inside each loop of the '8'.  This orbit is the basis of a path going to the Moon from the Earth, such as the United States Apollo program.  For a permanent presence on the Moon, it would be the path of what Arenstorf calls a 'Space Bus', a ferry which could regularly orbit supplies and people between the Earth and Moon without directly expending fuel.   By staying on the Arenstorf orbit, lunar astronauts automatically return to Earth.  Before leaving NASA at the first Moon Landing, Arenstorf mapped out an emergency rescue orbit, which was used in the Apollo 13 incident, in which a catastrophic malfunction forced aborting the Moon landing, but the astronauts ultimately returned safely to Earth without a major course adjustment.

text: While the orbit of a satellite around the Sun was empirically discovered by Kepler and theoretically proven by Newton to be an

text: ellipse

text: , at the time when the United States was interested in going to the Moon, there was no such solution known for the shape of a satellite orbiting regularly around two objects, such as a spacecraft going between the Earth and the Moon.  This is a special case of the infamous

text: Three Body Problem

text: , for which a  general analytical solution is not known because of its complexity of solving the effect of three bodies which all pull on each other while moving, a total of six interactions.  However the case of an Earth-Moon satellite can be simplified to four interactions, because although the three objects gravitationally all pull on each other, the effect of the spacecraft's gravity upon the motion of the vastly more massive Earth and Moon is practically non-existent.  Arenstorf found a stable orbit for a spacecraft orbiting between the Earth and Moon, shaped like an '8' with the Earth or Moon located inside each loop of the '8'.  This orbit is the basis of a path going to the Moon from the Earth, such as the United States

text: Apollo program

text: .  For a permanent presence on the Moon, it would be the path of what Arenstorf calls a 'Space Bus', a ferry which could regularly orbit supplies and people between the Earth and Moon without directly expending fuel.   By staying on the Arenstorf orbit, lunar astronauts automatically return to Earth.  Before leaving NASA at the first Moon Landing, Arenstorf mapped out an emergency rescue orbit, which was used in the

text: Apollo 13

text: incident, in which a catastrophic malfunction forced aborting the Moon landing, but the astronauts ultimately returned safely to Earth without a major course adjustment.

answers: NDQ_002095

answers: orbit the Moon

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: by the Earth

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How many bodies pull on each other while moving?

answers: NDQ_002113

answers: did Newton

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: Apollo 13

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: Arenstorf found a stable orbit for a spacecraft orbiting regularly around two objects

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: How many objects pull on each other while moving, a total of six interactions?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: gravity

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Earth-Moon

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: three bodies which all pull on each other while moving

answers: NDQ_002132

answers: Space Bus

answers: NDQ_002133

answers: United States

answers: NDQ_002134

answers: gravitationally all bodies pull on each other while moving

answers: NDQ_002135

answers: United States Apollo program

answers: NDQ_002136

answers: gravitational pull

answers: NDQ_002137

answers: a satellite orbiting regularly around two objects

answers: NDQ_002138

answers: could regularly orbit supplies and people between the Earth and Moon without directly expending fuel

answers: NDQ_002139

answers: Apollo 13

answers: NDQ_002095

answers: orbit is the basis of a path going to the Moon

answers: NDQ_002097

answers: ellipse,

answers: NDQ_002099

answers: fuel.

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: Arenstorf orbit,

answers: NDQ_002108

answers: Arenstorf orbit,

answers: NDQ_002111

answers: Three Body Problem,

answers: NDQ_002113

answers: Arenstorf

answers: NDQ_002114

answers: Apollo program.

answers: NDQ_002115

answers: Apollo program.

answers: NDQ_002116

answers: two objects,

answers: NDQ_002117

answers: 'Space Bus',

answers: NDQ_002118

answers: orbit is the basis of a path going to the Moon

answers: NDQ_002119

answers: '8'.

answers: NDQ_002120

answers: Arenstorf orbit,

answers: NDQ_002121

answers: Arenstorf

answers: NDQ_002122

answers: '8'.

answers: NDQ_002123

answers: Arenstorf orbit,

answers: NDQ_002124

answers: Apollo 13

answers: NDQ_002125

answers: Arenstorf orbit,

answers: NDQ_002126

answers: ellipse,

answers: NDQ_002127

answers: gravity

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: 'Space Bus',

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: 'Space Bus',

answers: NDQ_002132

answers: 'Space Bus',

answers: NDQ_002133

answers: United States Apollo program.

answers: NDQ_002134

answers: Arenstorf calls a 'Space Bus',

answers: NDQ_002135

answers: United States Apollo program.

answers: NDQ_002136

answers: gravity

answers: NDQ_002137

answers: satellite

answers: NDQ_002138

answers: 'Space Bus',

answers: NDQ_002139

answers: Apollo program.

text: A permanent lunar outpost is discussed in "Outpost on the Moon". This goal would be reached through three phases, where the first would deal with robotic exploration during the 1990s to find a suitable site. In the second phase, astronauts would be launched to the Moon on a Lunar transfer vehicle from the Space Station. They would bring scientific instruments and equipment and modules for the outpost. In the third phase, the outpost would be a permanent installation, with closed-loop life-support systems, and great abilities for exploration of the Moon. According to the plan, there would be a crew of 30 living and working on the Moon by 2010.

text: A

text: permanent lunar outpost

text: is discussed in "Outpost on the Moon". This goal would be reached through three phases, where the first would deal with

text: robotic exploration

text: during the 1990s to find a suitable site. In the second phase, astronauts would be launched to the Moon on a Lunar transfer vehicle from the Space Station. They would bring scientific instruments and equipment and modules for the outpost. In the third phase, the outpost would be a permanent installation, with closed-loop life-support systems, and great abilities for

text: exploration of the Moon

text: . According to the plan, there would be a crew of 30 living and working on the Moon by 2010.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: Newton's Law of Gravity

answers: NDQ_002099

answers: can be launched to the Moon

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: from the Moon

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: How many astronauts would be launched to the Moon?

answers: NDQ_002113

answers: How many astronauts would be launched to the Moon?

answers: NDQ_002114

answers: How many nations have put a human on the moon

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: How are satellites launched into orbit?

answers: NDQ_002118

answers: How many are in orbit around Earth?

answers: NDQ_002119

answers: The first artificial satellite was launched

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat satellites?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: How are satellites placed in high orbits?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: closed-loop

answers: NDQ_002127

answers: Space Station

answers: NDQ_002128

answers: the Moon

answers: NDQ_002129

answers: Space Station

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: a Lunar transfer vehicle from the Space Station

answers: NDQ_002132

answers: robotic exploration

answers: NDQ_002133

answers: 1990s

answers: NDQ_002134

answers: Newton's third law of motion states that the speed of an object is proportional to the distance between the object and the observer

answers: NDQ_002135

answers: the 1990s

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Earth's magnetic field to determine the location of objects in the universe.

answers: NDQ_002138

answers: is a satellite in a low orbit

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Moon

answers: NDQ_002097

answers: closed-loop

answers: NDQ_002099

answers: launched to the Moon on a Lunar transfer vehicle from the Space Station.

answers: NDQ_002100

answers: Space Station.

answers: NDQ_002103

answers: Space Station.

answers: NDQ_002108

answers: Lunar transfer vehicle from the Space Station.

answers: NDQ_002111

answers: Lunar transfer vehicle from the Space Station.

answers: NDQ_002113

answers: Lunar transfer vehicle from the Space Station.

answers: NDQ_002114

answers: astronauts

answers: NDQ_002115

answers: Lunar transfer vehicle

answers: NDQ_002116

answers: Moon".

answers: NDQ_002117

answers: Lunar transfer vehicle from the Space Station.

answers: NDQ_002118

answers: 30

answers: NDQ_002119

answers: 1990s

answers: NDQ_002120

answers: 30

answers: NDQ_002121

answers: Lunar transfer vehicle from the Space Station.

answers: NDQ_002122

answers: Lunar transfer vehicle from the Space Station.

answers: NDQ_002123

answers: Lunar transfer vehicle from the Space Station.

answers: NDQ_002124

answers: Lunar transfer vehicle from the Space Station.

answers: NDQ_002125

answers: Lunar transfer vehicle from the Space Station.

answers: NDQ_002126

answers: closed-loop

answers: NDQ_002127

answers: Lunar transfer vehicle from the Space Station.

answers: NDQ_002128

answers: Space Station.

answers: NDQ_002129

answers: Lunar transfer vehicle from the Space Station.

answers: NDQ_002130

answers: Space Station.

answers: NDQ_002131

answers: Lunar transfer vehicle

answers: NDQ_002132

answers: robotic

answers: NDQ_002133

answers: 1990s

answers: NDQ_002134

answers: closed-loop life-support systems,

answers: NDQ_002135

answers: 1990s

answers: NDQ_002136

answers: closed-loop life-support systems,

answers: NDQ_002137

answers: closed-loop life-support systems,

answers: NDQ_002138

answers: Lunar transfer vehicle from the Space Station.

answers: NDQ_002139

answers: Space Station.

text: Shuttle-Derived Launch Vehicle, or simply Shuttle-Derived Vehicle (SDV), is a term describing one of a wide array of concepts that have been developed for creating space launch vehicles from the components, technology and infrastructure of the Space Shuttle program.  SDVs have also been part of NASA's plans several times in the past.  In the late 1980s and early 1990s, NASA formally studied a cargo-only vehicle, Shuttle-C, that would have supplemented the crewed Space Shuttle in orbiting payloads.

text: Shuttle-Derived Launch Vehicle, or simply Shuttle-Derived Vehicle (SDV), is a term describing one of a wide array of concepts that have been developed for creating space

text: launch vehicle

text: s from the components, technology and infrastructure of the

text: Space Shuttle program

text: .  SDVs have also been part of NASA's plans several times in the past.  In the late 1980s and early 1990s, NASA formally studied a cargo-only vehicle,

text: Shuttle-C

text: , that would have supplemented the crewed Space Shuttle in orbiting payloads.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: orbit payloads

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: Space Shuttle

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: The United States

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: orbiting

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Landsat satellites

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: Newtons Third Law of Motion

answers: NDQ_002123

answers: orbiting payloads

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: orbiting

answers: NDQ_002129

answers: The International Space Station

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Space Shuttle

answers: NDQ_002132

answers: Shuttle-C

answers: NDQ_002133

answers: Space Shuttle program

answers: NDQ_002134

answers: gravitational force is equal to the force of gravity

answers: NDQ_002135

answers: Space Shuttle program

answers: NDQ_002136

answers: Space Shuttle

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Shuttle-C

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: orbiting

answers: NDQ_002097

answers: Shuttle-Derived Launch Vehicle,

answers: NDQ_002099

answers: orbiting payloads.

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: space launch vehicles

answers: NDQ_002108

answers: Shuttle-Derived Launch Vehicle,

answers: NDQ_002111

answers: Shuttle-Derived Launch Vehicle,

answers: NDQ_002113

answers: Shuttle-Derived Launch Vehicle,

answers: NDQ_002114

answers: Shuttle-Derived Launch Vehicle,

answers: NDQ_002115

answers: Shuttle-Derived Launch Vehicle,

answers: NDQ_002116

answers: orbiting

answers: NDQ_002117

answers: Shuttle-Derived Launch Vehicle,

answers: NDQ_002118

answers: Shuttle-Derived Launch Vehicle,

answers: NDQ_002119

answers: Shuttle-Derived Launch Vehicle,

answers: NDQ_002120

answers: Shuttle-Derived Launch Vehicle,

answers: NDQ_002121

answers: Shuttle-Derived Launch Vehicle,

answers: NDQ_002122

answers: Shuttle-Derived Launch Vehicle,

answers: NDQ_002123

answers: Shuttle-Derived Launch Vehicle,

answers: NDQ_002124

answers: Shuttle-Derived Launch Vehicle,

answers: NDQ_002125

answers: Shuttle-Derived Launch Vehicle,

answers: NDQ_002126

answers: orbiting

answers: NDQ_002127

answers: launch vehicles

answers: NDQ_002128

answers: payloads.

answers: NDQ_002129

answers: Shuttle-Derived Launch Vehicle,

answers: NDQ_002130

answers: NASA's

answers: NDQ_002131

answers: Shuttle-Derived Launch Vehicle,

answers: NDQ_002132

answers: cargo-only vehicle, Shuttle-C,

answers: NDQ_002133

answers: late 1980s and early 1990s,

answers: NDQ_002134

answers: Shuttle-Derived Launch Vehicle,

answers: NDQ_002135

answers: Space Shuttle program.

answers: NDQ_002136

answers: crewed Space Shuttle

answers: NDQ_002137

answers: Shuttle-Derived Launch Vehicle,

answers: NDQ_002138

answers: orbiting payloads.

answers: NDQ_002139

answers: Shuttle-Derived Launch Vehicle,

text: After 2004, NASA had been shifting its focus towards space exploration as mandated by the Vision for Space Exploration. Because of this, it was perceived by some that regional NASA centers like Glenn, which focus on research and technology, were becoming more and more marginalized in terms of resources and relevance. However, on May 13, 2006, it was announced that NASA Glenn Research Center had secured management of the Crew Exploration Vehicle's service module, which promised to generate billions of dollars and hundreds of jobs for the center.  This work secured the center's future in the near term, and signalled a shift in priority for the center from aeronautical research to space exploration, aligning itself closer with NASA's new mission.

text: After 2004, NASA had been shifting its focus towards space exploration as mandated by the

text: Vision for Space Exploration

text: . Because of this, it was perceived by some that regional NASA centers like Glenn, which focus on research and technology, were becoming more and more marginalized in terms of resources and relevance. However, on May 13, 2006, it was announced that NASA Glenn Research Center had secured management of the

text: Crew Exploration Vehicle

text: 's service module, which promised to generate billions of dollars and hundreds of jobs for the center.  This work secured the center's future in the near term, and signalled a shift in priority for the center from aeronautical research to space exploration, aligning itself closer with NASA's new mission.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: after 2004

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: How many years before NASA Glenn Research Center had secured management of the Crew Exploration Vehicle's service module?

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: NASA's new mission

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: How many years after NASA had been shifting its focus towards space exploration?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: unanswerable

answers: NDQ_002127

answers: aeronautical research

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: What is the largest artificial satellite?

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: unanswerable

answers: NDQ_002133

answers: Space Exploration

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: Vision for Space Exploration

answers: NDQ_002136

answers: Space Exploration

answers: NDQ_002137

answers: satellites to determine the location of objects

answers: NDQ_002138

answers: NASA Glenn

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: space exploration as mandated by the Vision for Space Exploration.

answers: NDQ_002097

answers: space exploration as mandated by the Vision for Space Exploration.

answers: NDQ_002099

answers: service module,

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: space exploration

answers: NDQ_002108

answers: space exploration as mandated by the Vision for Space Exploration.

answers: NDQ_002111

answers: Crew Exploration Vehicle's service module,

answers: NDQ_002113

answers: Vision for Space Exploration.

answers: NDQ_002114

answers: NASA

answers: NDQ_002115

answers: Crew Exploration Vehicle's

answers: NDQ_002116

answers: space exploration as mandated by the Vision for Space Exploration.

answers: NDQ_002117

answers: Crew Exploration Vehicle's

answers: NDQ_002118

answers: space exploration as mandated by the Vision for Space Exploration.

answers: NDQ_002119

answers: 2004,

answers: NDQ_002120

answers: After 2004,

answers: NDQ_002121

answers: space exploration as mandated by the Vision for Space Exploration.

answers: NDQ_002122

answers: Crew Exploration Vehicle's service module,

answers: NDQ_002123

answers: space exploration as mandated by the Vision for Space Exploration.

answers: NDQ_002124

answers: 2004,

answers: NDQ_002125

answers: NASA had been shifting its focus towards space exploration

answers: NDQ_002126

answers: space exploration as mandated by the Vision for Space Exploration.

answers: NDQ_002127

answers: Crew Exploration Vehicle's service module,

answers: NDQ_002128

answers: Crew Exploration Vehicle's

answers: NDQ_002129

answers: Crew Exploration Vehicle's

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Crew Exploration Vehicle's

answers: NDQ_002132

answers: Crew Exploration Vehicle's

answers: NDQ_002133

answers: 2004,

answers: NDQ_002134

answers: aeronautical research to space exploration,

answers: NDQ_002135

answers: Vision for Space Exploration.

answers: NDQ_002136

answers: space exploration as mandated by the Vision for Space Exploration.

answers: NDQ_002137

answers: space exploration as mandated by the Vision for Space Exploration.

answers: NDQ_002138

answers: Crew Exploration Vehicle's

answers: NDQ_002139

answers: 2004,

text: For comparison, in potentially the same time frame as the elevator, the Skylon, a 12,000 kg cargo capacity single-stage-to-orbit spaceplane (not a conventional rocket) is estimated to have an R&D and production cost of about $15 billion. The vehicle has about the same $3,000/kg price tag. Skylon would be suitable to launch cargo and particularly people to low/medium Earth orbit. Early space elevator designs move only cargo, although to a much wider range of destinations.

text: For comparison, in potentially the same time frame as the elevator, the

text: Skylon

text: , a 12,000 kg cargo capacity single-stage-to-orbit spaceplane (not a conventional rocket) is estimated to have an R&D and production cost of about $15 billion. The vehicle has about the same $3,000/kg price tag. Skylon would be suitable to launch cargo and particularly people to low/medium Earth orbit. Early space elevator designs move only cargo, although to a much wider range of destinations.

answers: NDQ_002095

answers: Earth orbit

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: to launch cargo

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: Yes

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: Landsat satellites make detailed images

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: Which would be suitable to launch cargo and particularly people to low/medium Earth orbit?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: the elevator

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: 12,000 kg cargo capacity single-stage-to-orbit spaceplane

answers: NDQ_002130

answers: The Skylon

answers: NDQ_002131

answers: Skylon would be suitable to launch cargo

answers: NDQ_002132

answers: Space elevator

answers: NDQ_002133

answers: space elevator

answers: NDQ_002134

answers: Skylon would be suitable to launch cargo and particularly people to what?

answers: NDQ_002135

answers: The Skylon

answers: NDQ_002136

answers: Space elevators

answers: NDQ_002137

answers: Earth's magnetic

answers: NDQ_002138

answers: Skylon would be suitable to launch cargo

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: low/medium Earth orbit.

answers: NDQ_002097

answers: spaceplane

answers: NDQ_002099

answers: launch cargo and particularly people to low/medium Earth orbit.

answers: NDQ_002100

answers: elevator, the Skylon,

answers: NDQ_002103

answers: launch cargo and particularly people to low/medium Earth orbit.

answers: NDQ_002108

answers: Skylon,

answers: NDQ_002111

answers: elevator,

answers: NDQ_002113

answers: Skylon,

answers: NDQ_002114

answers: Skylon,

answers: NDQ_002115

answers: Early space elevator designs move only cargo,

answers: NDQ_002116

answers: Earth orbit.

answers: NDQ_002117

answers: rocket)

answers: NDQ_002118

answers: $15 billion.

answers: NDQ_002119

answers: in potentially the same time frame as the elevator, the Skylon,

answers: NDQ_002120

answers: Skylon,

answers: NDQ_002121

answers: low/medium Earth orbit.

answers: NDQ_002122

answers: single-stage-to-orbit spaceplane

answers: NDQ_002123

answers: low/medium Earth orbit.

answers: NDQ_002124

answers: Skylon,

answers: NDQ_002125

answers: $15 billion.

answers: NDQ_002126

answers: orbit.

answers: NDQ_002127

answers: elevator,

answers: NDQ_002128

answers: Earth orbit.

answers: NDQ_002129

answers: 12,000 kg cargo capacity

answers: NDQ_002130

answers: spaceplane

answers: NDQ_002131

answers: elevator,

answers: NDQ_002132

answers: Early space elevator designs

answers: NDQ_002133

answers: the elevator,

answers: NDQ_002134

answers: people to low/medium Earth orbit.

answers: NDQ_002135

answers: Skylon,

answers: NDQ_002136

answers: rocket)

answers: NDQ_002137

answers: Skylon,

answers: NDQ_002138

answers: low/medium Earth orbit.

answers: NDQ_002139

answers: Skylon,

text: The series chronicles the long, futuristic voyage of a team of Québécois space explorers looking for a planet capable of sustaining life, in the year 2034, after the destruction of the ozone layer through excessive human pollution, prompting the need for a new planet to welcome humankind. The seven crew members venture outside their own galaxy to explore other star system in search of a new planet large enough to sustain 6 billion people. The few habitable planets encountered are ultimately abandoned either because they are already occupied (emphasizing the wrongdoing of invading other civilizations and cultures), or because upon closer inspection they are found to have other problems (cow-sized mosquitoes, high radiation levels, dog overpopulation, unsuitable living environment, ...).

text: The series chronicles the long, futuristic voyage of a team of

text: Québécois

text: space explorers looking for a planet capable of sustaining life, in the year 2034, after the destruction of the

text: ozone layer

text: through excessive human pollution, prompting the need for a new planet to welcome

text: humankind

text: . The seven crew members venture outside their own galaxy to explore other star system in search of a new planet large enough to sustain 6 billion people. The few habitable planets encountered are ultimately abandoned either because they are already occupied (emphasizing the wrongdoing of invading other civilizations and cultures), or because upon closer inspection they are found to have other problems (cow-sized mosquitoes, high radiation levels, dog overpopulation, unsuitable living environment, ...).

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: in space

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: The destruction of the ozone layer

answers: NDQ_002113

answers: 2034

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: the destruction of the ozone layer

answers: NDQ_002119

answers: space

answers: NDQ_002120

answers: The series chronicles the long, futuristic voyage

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: How will a rocket travel in space?

answers: NDQ_002123

answers: What are placed in high orbits over Earth?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: The seven crew members

answers: NDQ_002128

answers: star system

answers: NDQ_002129

answers: 2034

answers: NDQ_002130

answers: unanswerable

answers: NDQ_002131

answers: in one direction by particles flying out of it in the opposite direction

answers: NDQ_002132

answers: unsuitable living environment

answers: NDQ_002133

answers: 20th century

answers: NDQ_002134

answers: gravitational force is proportional to the mass of the object

answers: NDQ_002135

answers: 2034

answers: NDQ_002136

answers: radiation levels

answers: NDQ_002137

answers: GPS receivers to locate a location.

answers: NDQ_002138

answers: is found to have high radiation levels.

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: space explorers looking for a planet capable of sustaining life,

answers: NDQ_002097

answers: 2034,

answers: NDQ_002099

answers: life,

answers: NDQ_002100

answers: Québécois

answers: NDQ_002103

answers: 2034,

answers: NDQ_002108

answers: 2034,

answers: NDQ_002111

answers: 2034,

answers: NDQ_002113

answers: 2034,

answers: NDQ_002114

answers: 2034,

answers: NDQ_002115

answers: 2034,

answers: NDQ_002116

answers: star system

answers: NDQ_002117

answers: star system

answers: NDQ_002118

answers: 6 billion people.

answers: NDQ_002119

answers: 2034,

answers: NDQ_002120

answers: 2034,

answers: NDQ_002121

answers: star system

answers: NDQ_002122

answers: 2034,

answers: NDQ_002123

answers: 2034,

answers: NDQ_002124

answers: 2034,

answers: NDQ_002125

answers: 2034,

answers: NDQ_002126

answers: star system

answers: NDQ_002127

answers: ozone layer through excessive human pollution,

answers: NDQ_002128

answers: star system

answers: NDQ_002129

answers: 6 billion people.

answers: NDQ_002130

answers: Québécois

answers: NDQ_002131

answers: ozone layer

answers: NDQ_002132

answers: seven crew members venture outside their own galaxy to explore other star system

answers: NDQ_002133

answers: 2034,

answers: NDQ_002134

answers: invading other civilizations and cultures),

answers: NDQ_002135

answers: 2034,

answers: NDQ_002136

answers: human pollution,

answers: NDQ_002137

answers: star system

answers: NDQ_002138

answers: 2034,

answers: NDQ_002139

answers: 2034,

text: Large commercial dishes of 3.7 m to 13 m diameter can be used to achieve increased rain margins and also to reduce the cost per bit by allowing for more efficient modulation codes. Alternately, larger aperture antennae can require less power from the satellite to achieve acceptable performance.  Satellites typically use photovoltaic solar power, so there is no expense for the energy itself, but a more powerful satellite will require larger, more powerful solar panels and electronics, often including a larger transmitting antenna.  The larger satellite components not only increase materials costs but also increase the weight of the satellite, and in general, the cost to launch a satellite into an orbit is directly proportional to its weight.  (In addition, since satellite launch vehicles [i.e. rockets] have specific payload size limits, making parts of the satellite larger may require either more complex folding mechanisms for parts of the satellite like solar panels and high-gain antennas, or upgrading to a more expensive launch vehicle that can handle a larger payload.)

text: Large commercial dishes of 3.7 m to 13 m diameter can be used to achieve increased rain margins and also to reduce the cost per bit by allowing for more efficient modulation codes. Alternately, larger aperture antennae can require less power from the satellite to achieve acceptable performance.  Satellites typically use

text: photovoltaic

text: solar power, so there is no expense for the energy itself, but a more powerful satellite will require larger, more powerful solar panels and electronics, often including a larger transmitting antenna.  The larger satellite components not only increase materials costs but also increase the weight of the satellite, and in general, the cost to launch a satellite into an orbit is directly proportional to its weight.  (In addition, since satellite launch vehicles [i.e. rockets] have specific payload size limits, making parts of the satellite larger may require either more complex folding mechanisms for parts of the satellite like solar panels and high-gain antennas, or upgrading to a more expensive launch vehicle that can handle a larger payload.)

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: directly proportional to its weight

answers: NDQ_002099

answers: can handle a larger payload

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: satellite launch vehicles [i.e. rockets]

answers: NDQ_002108

answers: It's impossible to say

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: U.S.

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: (i)

answers: NDQ_002121

answers: The law of conservation of momentum

answers: NDQ_002122

answers: the cost to launch a satellite into an orbit is directly proportional to its weight

answers: NDQ_002123

answers: The larger satellite components not only increase materials costs but also increase the weight of the satellite

answers: NDQ_002124

answers: Alan Shepherd

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: weight

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: 13 m

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: can handle a larger payload

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: unanswerable

answers: NDQ_002134

answers: gravitational force is inversely proportional to

answers: NDQ_002135

answers: unanswerable

answers: NDQ_002136

answers: weight

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: weighs less than a larger satellite

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: orbit

answers: NDQ_002097

answers: directly proportional to its weight.

answers: NDQ_002099

answers: specific payload size limits,

answers: NDQ_002100

answers: Large commercial dishes

answers: NDQ_002103

answers: satellite launch vehicles

answers: NDQ_002108

answers: Satellites typically use photovoltaic solar power,

answers: NDQ_002111

answers: satellite launch vehicles

answers: NDQ_002113

answers: satellite launch vehicles

answers: NDQ_002114

answers: Large commercial dishes

answers: NDQ_002115

answers: satellite launch vehicles

answers: NDQ_002116

answers: Satellites

answers: NDQ_002117

answers: photovoltaic solar power,

answers: NDQ_002118

answers: a more powerful satellite will require larger, more powerful solar panels

answers: NDQ_002119

answers: Satellites typically use photovoltaic solar power,

answers: NDQ_002120

answers: a more powerful satellite will require larger, more powerful solar panels

answers: NDQ_002121

answers: directly proportional to its weight.

answers: NDQ_002122

answers: directly proportional to its weight.

answers: NDQ_002123

answers: a more powerful satellite will require larger, more powerful solar panels

answers: NDQ_002124

answers: 3.7 m to 13 m diameter

answers: NDQ_002125

answers: a more powerful satellite will require larger, more powerful solar panels

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: satellite launch vehicles

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: 13 m diameter

answers: NDQ_002130

answers: Large commercial dishes

answers: NDQ_002131

answers: satellite launch vehicles

answers: NDQ_002132

answers: Satellites

answers: NDQ_002133

answers: satellite launch vehicles

answers: NDQ_002134

answers: a more powerful satellite will require larger, more powerful solar panels

answers: NDQ_002135

answers: satellite

answers: NDQ_002136

answers: photovoltaic solar power,

answers: NDQ_002137

answers: Satellites typically use photovoltaic solar power,

answers: NDQ_002138

answers: less power from the satellite to achieve acceptable performance.

answers: NDQ_002139

answers: Large commercial dishes

text: ), and the gravitational effects of Sun and Moon. This motion has a period of about 53 years. The two parameters describing the direction of the orbit plane in space, the right ascension of the ascending node, and the inclination are affected by this precession. The maximum inclination reached during the 53-year cycle is about 15 degrees. Therefore, the definition of the geostationary ring foresees a declination range from -15 degrees to +15 degrees.

text: ), and the gravitational effects of

text: Sun

text: and

text: Moon

text: . This motion has a period of about 53 years. The two parameters describing the direction of the

text: orbit plane

text: in space, the

text: right ascension

text: of the ascending node, and the

text: inclination

text: are affected by this

text: precession

text: . The maximum

text: inclination

text: reached during the 53-year cycle is about 15 degrees. Therefore, the definition of the geostationary ring foresees a declination range from -15 degrees to +15 degrees.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: It must be launched

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How many years ago were rockets developed?

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: unanswerable

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: It's impossible to say

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

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

answers: NDQ_002121

answers: The law of conservation of momentum

answers: NDQ_002122

answers: the gravitational effects of Sun and Moon

answers: NDQ_002123

answers: What is the maximum inclination reached during the 53-year cycle?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: gravitational

answers: NDQ_002128

answers: ring

answers: NDQ_002129

answers: geostationary ring

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 53-year cycle

answers: NDQ_002134

answers: gravitational effects of Sun and Moon

answers: NDQ_002135

answers: 53-year cycle

answers: NDQ_002136

answers: gravitational effects

answers: NDQ_002137

answers: geostationary ring

answers: NDQ_002138

answers: has a declination range from -15 degrees to +15 degrees.

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: 53 years.

answers: NDQ_002097

answers: gravitational effects of Sun and Moon.

answers: NDQ_002099

answers: direction of the orbit plane in space,

answers: NDQ_002100

answers: NDQ_002103

answers: 53 years.

answers: NDQ_002108

answers: 53 years.

answers: NDQ_002111

answers: 53 years.

answers: NDQ_002113

answers: 53 years.

answers: NDQ_002114

answers: 53 years.

answers: NDQ_002115

answers: 53 years.

answers: NDQ_002116

answers: Sun and Moon.

answers: NDQ_002117

answers: 53 years.

answers: NDQ_002118

answers: 53 years.

answers: NDQ_002119

answers: 53 years.

answers: NDQ_002120

answers: 15 degrees.

answers: NDQ_002121

answers: gravitational effects of Sun and Moon.

answers: NDQ_002122

answers: The two parameters describing the direction of the orbit plane

answers: NDQ_002123

answers: 53 years.

answers: NDQ_002124

answers: 53 years.

answers: NDQ_002125

answers: 53 years.

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: gravitational effects

answers: NDQ_002128

answers: geostationary ring

answers: NDQ_002129

answers: geostationary ring

answers: NDQ_002130

answers: NDQ_002131

answers: gravitational effects of Sun and Moon.

answers: NDQ_002132

answers: 53 years.

answers: NDQ_002133

answers: 53 years.

answers: NDQ_002134

answers: gravitational effects of Sun and Moon.

answers: NDQ_002135

answers: 53 years.

answers: NDQ_002136

answers: gravitational effects of Sun and Moon.

answers: NDQ_002137

answers: precession.

answers: NDQ_002138

answers: geostationary ring

answers: NDQ_002139

answers: 53 years.

text: CNSA's logo is a similar design to that of China Aerospace Science and Technology Corporation. The arrow in the middle is similar to the Chinese character 人 which means 'human' or 'people', to state that humans are the center of all space exploration.  The three concentric ellipses stand for three types of Escape Velocity (minimum speed needed to reach sustainable orbits, to escape the earth system, and to escape the solar system) which are milestones of space exploration. The second ring is drawn with a bold line, to state that China has passed the first stage of exploration (earth system) and is undergoing the second stage exploration (within the solar system). The 人 character stands above the three rings to emphasize humanity's capability to escape and explore. Olive branches were added to state that China's space exploration is peaceful in nature.

text: CNSA's logo is a similar design to that of

entity_name: China Aerospace Science and Technology Corporation

text: China Aerospace Science and Technology Corporation

text: . The arrow in the middle is similar to the Chinese character 人 which means 'human' or 'people', to state that humans are the center of all space exploration.  The three concentric ellipses stand for three types of

text: Escape Velocity

text: (minimum speed needed to reach sustainable orbits, to escape the earth system, and to escape the solar system) which are milestones of space exploration. The second ring is drawn with a bold line, to state that China has passed the first stage of exploration (earth system) and is undergoing the second stage exploration (within the solar system). The 人 character stands above the three rings to emphasize humanity's capability to escape and explore.

text: Olive branch

text: es were added to state that China's space exploration is peaceful in nature.

answers: NDQ_002095

answers: orbit the sun

answers: NDQ_002097

answers: minimum speed needed to reach sustainable orbits

answers: NDQ_002099

answers: escape the solar system

answers: NDQ_002100

answers: China

answers: NDQ_002103

answers: Earth system

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: minimum speed needed to reach sustainable orbits

answers: NDQ_002123

answers: The three concentric ellipses stand for three types of Escape Velocity

answers: NDQ_002124

answers: Alan Shepherd was the first astronaut to walk on the Moon.

answers: NDQ_002125

answers: unanswerable

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: The arrow in the middle is similar to the Chinese character

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: China Aerospace Science and Technology Corporation

answers: NDQ_002130

answers: CNSA

answers: NDQ_002131

answers: escape Velocity

answers: NDQ_002132

answers: space exploration is peaceful in nature

answers: NDQ_002133

answers: Earth system

answers: NDQ_002134

answers: minimum speed needed to reach sustainable orbits

answers: NDQ_002135

answers: China's space exploration

answers: NDQ_002136

answers: Escape Velocity

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: is in a low orbit

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: sustainable orbits,

answers: NDQ_002097

answers: (minimum speed

answers: NDQ_002099

answers: reach sustainable orbits,

answers: NDQ_002100

answers: China

answers: NDQ_002103

answers: Escape Velocity

answers: NDQ_002108

answers: earth system, and to escape the solar system)

answers: NDQ_002111

answers: Olive branches

answers: NDQ_002113

answers: Olive branches

answers: NDQ_002114

answers: China's

answers: NDQ_002115

answers: Olive branches

answers: NDQ_002116

answers: earth system,

answers: NDQ_002117

answers: three types of Escape Velocity

answers: NDQ_002118

answers: earth system, and to escape the solar system)

answers: NDQ_002119

answers: space exploration.

answers: NDQ_002120

answers: Olive branches

answers: NDQ_002121

answers: Escape Velocity

answers: NDQ_002122

answers: three types of Escape Velocity

answers: NDQ_002123

answers: three types of Escape Velocity

answers: NDQ_002124

answers: The three concentric ellipses

answers: NDQ_002125

answers: earth system, and to escape the solar system)

answers: NDQ_002126

answers: orbits,

answers: NDQ_002127

answers: Escape Velocity

answers: NDQ_002128

answers: earth system, and to escape the solar system)

answers: NDQ_002129

answers: solar system)

answers: NDQ_002130

answers: CNSA's

answers: NDQ_002131

answers: Escape Velocity

answers: NDQ_002132

answers: Escape Velocity

answers: NDQ_002133

answers: China Aerospace Science and Technology Corporation.

answers: NDQ_002134

answers: (minimum speed needed to reach sustainable orbits,

answers: NDQ_002135

answers: China Aerospace Science and Technology Corporation.

answers: NDQ_002136

answers: Escape Velocity

answers: NDQ_002137

answers: The three concentric ellipses

answers: NDQ_002138

answers: sustainable orbits,

answers: NDQ_002139

answers: China Aerospace Science and Technology Corporation.

text: Terra (EOS AM-1) is a multi-national NASA scientific research satellite in a Sun-synchronous orbit around the Earth. It is the flagship of the Earth Observing System (EOS). The name "Terra" comes from the Latin word for Earth.

text: Terra (EOS AM-1) is a multi-national

text: NASA

text: scientific research

text: satellite

text: in a

text: Sun-synchronous

text: orbit

text: around the

text: Earth

text: . It is the flagship of the

text: Earth Observing System

text: (EOS). The name "Terra" comes from the

text: Latin

text: word for Earth.

answers: NDQ_002095

answers: Earth

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: orbits the sun

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: Sun-synchronous

answers: NDQ_002108

answers: It's impossible to say

answers: NDQ_002111

answers: How did the name "Terra" come about?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: None of the above choices.

answers: NDQ_002118

answers: It does not say

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat or Terra?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: Which of the following is not a law: Newton's Third Law of Motion?

answers: NDQ_002123

answers: Which of the following is not a type of satellite: Earth Observing System (EOS) or Terra?

answers: NDQ_002124

answers: who was the first astronaut to walk on the moon

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Earth

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Terra

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 20th century

answers: NDQ_002134

answers: gravitational force is inversely proportional to acceleration.

answers: NDQ_002135

answers: NASA

answers: NDQ_002136

answers: the Sun

answers: NDQ_002137

answers: Earth Observing System

answers: NDQ_002138

answers: Sun-synchronous orbit

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Sun-synchronous orbit around the Earth.

answers: NDQ_002097

answers: Sun-synchronous orbit

answers: NDQ_002099

answers: Sun-synchronous orbit around the Earth.

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: Sun-synchronous orbit around the Earth.

answers: NDQ_002108

answers: Terra (EOS AM-1)

answers: NDQ_002111

answers: Sun-synchronous orbit around the Earth.

answers: NDQ_002113

answers: Terra (EOS AM-1)

answers: NDQ_002114

answers: Terra (EOS AM-1)

answers: NDQ_002115

answers: Terra (EOS AM-1)

answers: NDQ_002116

answers: Sun-synchronous orbit around the Earth.

answers: NDQ_002117

answers: Sun-synchronous orbit around the Earth.

answers: NDQ_002118

answers: Sun-synchronous orbit around the Earth.

answers: NDQ_002119

answers: Terra (EOS AM-1)

answers: NDQ_002120

answers: Terra (EOS AM-1)

answers: NDQ_002121

answers: Sun-synchronous orbit around the Earth.

answers: NDQ_002122

answers: Sun-synchronous orbit around the Earth.

answers: NDQ_002123

answers: Sun-synchronous

answers: NDQ_002124

answers: Terra (EOS AM-1)

answers: NDQ_002125

answers: Terra (EOS AM-1)

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Sun-synchronous orbit around the Earth.

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Terra (EOS AM-1)

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Terra (EOS AM-1)

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: Sun-synchronous orbit around the Earth.

answers: NDQ_002134

answers: Sun-synchronous orbit around the Earth.

answers: NDQ_002135

answers: Terra (EOS AM-1)

answers: NDQ_002136

answers: Sun-synchronous

answers: NDQ_002137

answers: Sun-synchronous orbit around the Earth.

answers: NDQ_002138

answers: Sun-synchronous orbit

answers: NDQ_002139

answers: Terra (EOS AM-1)

text: The press often asked Armstrong for his views on the future of spaceflight. In 2005, Armstrong said that a manned mission to Mars will be easier than the lunar challenge of the 1960s: "I suspect that even though the various questions are difficult and many, they are not as difficult and many as those we faced when we started the Apollo [space program] in 1961." In 2010, he made a rare public criticism of the decision to cancel the Ares 1 launch vehicle and the Constellation Moon landing program.In an open public letter also signed by Apollo veterans Jim Lovell and Gene Cernan, he noted, "For The United States, the leading space faring nation for nearly half a century, to be without carriage to low Earth orbit and with no human exploration capability to go beyond Earth orbit for an indeterminate time into the future, destines our nation to become one of second or even third rate stature". Armstrong had also publicly recalled his initial concerns about the Apollo 11 mission, when he had believed there was only a 50 percent chance of landing on the Moon. "I was elated, ecstatic and extremely surprised that we were successful", he later said.

text: The press often asked Armstrong for his views on the future of spaceflight. In 2005, Armstrong said that a

text: manned mission to Mars

text: will be easier than the

text: lunar challenge

text: of the 1960s: "I suspect that even though the various questions are difficult and many, they are not as difficult and many as those we faced when we started the Apollo [space program] in 1961." In 2010, he made a rare public criticism of the decision to cancel the

text: Ares 1

text: launch vehicle and the

text: Constellation Moon landing program

text: .In an open public letter also signed by Apollo veterans

text: Jim Lovell

text: and

text: Gene Cernan

text: , he noted, "For The United States, the leading space faring nation for nearly half a century, to be without carriage to low Earth orbit and with no human exploration capability to go beyond Earth orbit for an indeterminate time into the future, destines our nation to become one of second or even third rate stature". Armstrong had also publicly recalled his initial concerns about the Apollo 11 mission, when he had believed there was only a 50 percent chance of landing on the Moon. "I was elated, ecstatic and extremely surprised that we were successful", he later said.

answers: NDQ_002095

answers: Earth orbit

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can be launched

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: Ares

answers: NDQ_002108

answers: NDQ_002111

answers: How many years after Armstrong made a rare public criticism of the decision to cancel the Ares 1 launch vehicle

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: What did Armstrong say was easier than the lunar challenge of the 1960s?

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: what is the first law of motion mentioned?

answers: NDQ_002123

answers: Which is not a last name, Lovell or Cernan?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Ares 1

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: Ares 1

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Ares 1 launch vehicle

answers: NDQ_002132

answers: ares 1 launch vehicle

answers: NDQ_002133

answers: 1960s

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: Apollo

answers: NDQ_002136

answers: Earth

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: Earth orbit

answers: NDQ_002139

answers: Jim Lovell

answers: NDQ_002095

answers: low Earth orbit

answers: NDQ_002097

answers: Earth orbit

answers: NDQ_002099

answers: launch vehicle

answers: NDQ_002100

answers: The United States,

answers: NDQ_002103

answers: Ares 1 launch vehicle

answers: NDQ_002108

answers: 1961."

answers: NDQ_002111

answers: Ares 1 launch vehicle

answers: NDQ_002113

answers: low Earth orbit

answers: NDQ_002114

answers: Apollo 11

answers: NDQ_002115

answers: Apollo [space program] in 1961."

answers: NDQ_002116

answers: Earth orbit

answers: NDQ_002117

answers: Ares 1 launch vehicle

answers: NDQ_002118

answers: Earth orbit

answers: NDQ_002119

answers: 1961."

answers: NDQ_002120

answers: Mars will be easier than the lunar challenge of the 1960s:

answers: NDQ_002121

answers: Earth orbit

answers: NDQ_002122

answers: low Earth orbit

answers: NDQ_002123

answers: low Earth orbit

answers: NDQ_002124

answers: Apollo 11

answers: NDQ_002125

answers: Apollo 11

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: launch vehicle

answers: NDQ_002128

answers: Earth orbit

answers: NDQ_002129

answers: Ares 1

answers: NDQ_002130

answers: the leading space faring nation

answers: NDQ_002131

answers: launch vehicle

answers: NDQ_002132

answers: low Earth orbit

answers: NDQ_002133

answers: 1961."

answers: NDQ_002134

answers: no human exploration capability to go beyond Earth orbit

answers: NDQ_002135

answers: Apollo [space program] in 1961."

answers: NDQ_002136

answers: Earth

answers: NDQ_002137

answers: Earth orbit

answers: NDQ_002138

answers: Earth orbit

answers: NDQ_002139

answers: Apollo 11

text: It is unforeseen how the first human landing on Mars will change the current policies regarding the exploration of space and occupancy of celestial bodies. In the 1967, United Nations Treaty on Principles Governing the Activities of States in the Exploration and Use of Outer Space, Including the Moon and Other Celestial Bodies, it was determined that no country may take claim to space or its inhabitants.  Since the planet Mars offers a challenging environment and dangerous obstacles for humans to overcome, the laws and culture on the planet will most likely be very different from those on Earth.  With Elon Musk announcing his plans for travel to Mars, it is uncertain how to the dynamic of a private company possibly being the first to put a human on Mars will play out on a national and global scale. With NASA having recently taken a cut in funding, it is no longer certain that they will be a leading force in the journey to Mars. It is likely that the values and culture on Mars will be determined by the group that establishes human contact with the planet first.

text: It is unforeseen how the first human landing on Mars will change the current policies regarding the exploration of space and occupancy of celestial bodies. In the 1967, United Nations Treaty on Principles Governing the Activities of States in the Exploration and Use of Outer Space, Including the Moon and Other Celestial Bodies, it was determined that no country may take claim to space or its inhabitants.  Since the planet Mars offers a challenging environment and dangerous obstacles for humans to overcome, the laws and culture on the planet will most likely be very different from those on Earth.  With Elon Musk announcing his plans for travel to Mars, it is uncertain how to the dynamic of a private company possibly being the first to put a human on Mars will play out on a national and global scale. With NASA having recently taken a cut in funding, it is no longer certain that they will be a leading force in the journey to Mars. It is likely that the values and culture on Mars will be determined by the group that establishes human contact with the planet first.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: before it can land

answers: NDQ_002108

answers: NDQ_002111

answers: How many years ago was the United Nations Treaty on Principles Governing the Activities of States in the Exploration and Use of Outer Space?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is the main idea of the passage?

answers: NDQ_002117

answers: How does a satellite get into orbit?

answers: NDQ_002118

answers: How many celestial bodies are in orbit around Earth?

answers: NDQ_002119

answers: Mars

answers: NDQ_002120

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

answers: NDQ_002121

answers: what is the last word in the passage?

answers: NDQ_002122

answers: Which of the following is not an example of Newton's Third Law of Motion?

answers: NDQ_002123

answers: What will the laws and culture on Mars most likely be very different from those on Earth?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: rocket propellant

answers: NDQ_002128

answers: celestial

answers: NDQ_002129

answers: The Moon

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: a

answers: NDQ_002132

answers: Mars

answers: NDQ_002133

answers: 1967

answers: NDQ_002134

answers: gravitational force causes objects to move in the same direction

answers: NDQ_002135

answers: 1967

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: can be used to communicate with Earth.

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Mars

answers: NDQ_002097

answers: no country may take claim to space

answers: NDQ_002099

answers: Moon and Other Celestial Bodies,

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: 1967,

answers: NDQ_002108

answers: 1967,

answers: NDQ_002111

answers: space and occupancy of celestial bodies.

answers: NDQ_002113

answers: space and occupancy of celestial bodies.

answers: NDQ_002114

answers: no country may take claim to space or its inhabitants.

answers: NDQ_002115

answers: Moon

answers: NDQ_002116

answers: Moon and Other Celestial Bodies,

answers: NDQ_002117

answers: celestial bodies.

answers: NDQ_002118

answers: celestial bodies.

answers: NDQ_002119

answers: 1967,

answers: NDQ_002120

answers: Earth.

answers: NDQ_002121

answers: Outer Space, Including the Moon and Other Celestial Bodies,

answers: NDQ_002122

answers: Moon and Other Celestial Bodies,

answers: NDQ_002123

answers: NASA

answers: NDQ_002124

answers: Elon Musk

answers: NDQ_002125

answers: NASA

answers: NDQ_002126

answers: Moon and Other Celestial Bodies,

answers: NDQ_002127

answers: NASA

answers: NDQ_002128

answers: Moon

answers: NDQ_002129

answers: NASA

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Moon and Other Celestial Bodies,

answers: NDQ_002132

answers: no country may take claim to space

answers: NDQ_002133

answers: 1967,

answers: NDQ_002134

answers: no country may take claim to space or its inhabitants.

answers: NDQ_002135

answers: 1967,

answers: NDQ_002136

answers: no country may take claim to space or its inhabitants.

answers: NDQ_002137

answers: Earth.

answers: NDQ_002138

answers: Moon and Other Celestial Bodies,

answers: NDQ_002139

answers: NASA

text: From 1946, the National Advisory Committee for Aeronautics (NACA) had been experimenting with rocket planes such as the supersonic Bell X-1. In the early 1950s, there was challenge to launch an artificial satellite for the International Geophysical Year (1957–58). An effort for this was the American Project Vanguard. After the Soviet space program's launch of the world's first artificial satellite (Sputnik 1) on October 4, 1957, the attention of the United States turned toward its own fledgling space efforts. The U.S. Congress, alarmed by the perceived threat to national security and technological leadership (known as the "Sputnik crisis"), urged immediate and swift action; President Dwight D. Eisenhower and his advisers counseled more deliberate measures. This led to an agreement that a new federal agency mainly based on NACA was needed to conduct all non-military activity in space. The Advanced Research Projects Agency was also created at this time to develop space technology for military application.

text: From 1946, the

entity_name: National Advisory Committee for Aeronautics

text: National Advisory Committee for Aeronautics

text: (NACA) had been experimenting with

text: rocket plane

text: s such as the supersonic

text: Bell X-1

text: . In the early 1950s, there was challenge to launch an artificial satellite for the

text: International Geophysical Year

text: (1957–58). An effort for this was the American

text: Project Vanguard

text: . After the

text: Soviet space program

text: 's launch of the world's first artificial

text: satellite

text: Sputnik 1

text: ) on October 4, 1957, the attention of the United States turned toward its own fledgling space efforts. The

text: U.S. Congress

text: , alarmed by the perceived threat to national security and technological leadership (known as the "

text: Sputnik crisis

text: "), urged immediate and swift action; President

text: Dwight D. Eisenhower

text: and his advisers counseled more deliberate measures. This led to an agreement that a new federal agency mainly based on NACA was needed to conduct all non-military activity in space. The

text: Advanced Research Projects Agency

text: was also created at this time to develop space technology for military application.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: supersonic

answers: NDQ_002100

answers: Soviet

answers: NDQ_002103

answers: On October 4, 1957

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: How many years after the Soviet space program's launch of the world's first artificial satellite

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: what is the first artificial satellite?

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: Which of the following is not a law: Newtons Third Law of Motion?

answers: NDQ_002123

answers: Which happened first, the Soviet space program's launch of the world's first artificial satellite (Sputnik 1) or the attention of the United States turned toward its own fledgling space efforts?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: geophysical

answers: NDQ_002127

answers: aeronautics

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Sputnik 1

answers: NDQ_002130

answers: The Advanced Research Projects Agency

answers: NDQ_002131

answers: Sputnik 1

answers: NDQ_002132

answers: artificial satellite

answers: NDQ_002133

answers: 1946

answers: NDQ_002134

answers: Newtons third law of motion states that

answers: NDQ_002135

answers: International Geophysical Year

answers: NDQ_002136

answers: Space weather

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Sputnik 1

answers: NDQ_002139

answers: Dwight D.

answers: NDQ_002095

answers: world's first artificial satellite (Sputnik 1)

answers: NDQ_002097

answers: supersonic Bell X-1.

answers: NDQ_002099

answers: supersonic

answers: NDQ_002100

answers: Soviet

answers: NDQ_002103

answers: launch of the world's first artificial satellite (Sputnik 1)

answers: NDQ_002108

answers: 1946,

answers: NDQ_002111

answers: rocket planes

answers: NDQ_002113

answers: world's first artificial satellite (Sputnik 1)

answers: NDQ_002114

answers: United States

answers: NDQ_002115

answers: world's first artificial satellite (Sputnik 1)

answers: NDQ_002116

answers: satellite (Sputnik 1)

answers: NDQ_002117

answers: artificial satellite

answers: NDQ_002118

answers: world's first artificial satellite (Sputnik 1)

answers: NDQ_002119

answers: 1957,

answers: NDQ_002120

answers: artificial satellite for the International Geophysical Year

answers: NDQ_002121

answers: supersonic Bell X-1.

answers: NDQ_002122

answers: supersonic Bell X-1.

answers: NDQ_002123

answers: artificial satellite for the International Geophysical Year

answers: NDQ_002124

answers: (Sputnik 1)

answers: NDQ_002125

answers: (Sputnik 1)

answers: NDQ_002126

answers: supersonic Bell X-1.

answers: NDQ_002127

answers: National Advisory Committee for Aeronautics

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: (Sputnik 1)

answers: NDQ_002130

answers: The Advanced Research Projects Agency

answers: NDQ_002131

answers: supersonic Bell X-1.

answers: NDQ_002132

answers: artificial satellite

answers: NDQ_002133

answers: 1946,

answers: NDQ_002134

answers: supersonic Bell X-1.

answers: NDQ_002135

answers: (Sputnik 1)

answers: NDQ_002136

answers: "Sputnik crisis"), urged immediate and swift action;

answers: NDQ_002137

answers: artificial satellite

answers: NDQ_002138

answers: (Sputnik 1)

answers: NDQ_002139

answers: Dwight D. Eisenhower

text: In support of human space systems, Orbital is one of two companies providing commercial cargo resupply services to the International Space Station for NASA. Orbital's medium-class rocket- Antares is used to launch the Cygnus advanced maneuvering spacecraft to deliver cargo to the ISS. Under the Commercial Resupply Services contract with NASA, Orbital will perform eight cargo missions to the ISS. Operational flights began in 2013 from the new Mid-Atlantic Regional Spaceport at Wallops Island in Virginia. In addition, the company is exploring opportunities to adapt the Cygnus design for other possible space exploration applications.

text: In support of human space systems, Orbital is one of two companies providing commercial cargo resupply services to the

text: International Space Station

text: for

text: NASA

text: . Orbital's medium-class rocket-

text: Antares

text: is used to launch the

text: Cygnus

text: advanced maneuvering spacecraft to deliver cargo to the ISS. Under the

text: Commercial Resupply Services

text: contract with NASA, Orbital will perform eight cargo missions to the ISS. Operational flights began in 2013 from the new

text: Mid-Atlantic Regional Spaceport

text: at Wallops Island in Virginia. In addition, the company is exploring opportunities to adapt the Cygnus design for other possible space exploration applications.

answers: NDQ_002095

answers: ISS

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: from the Mid-Atlantic Regional Spaceport

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is the International Space Station?

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat satellites or NASA?

answers: NDQ_002121

answers: It can go into orbit because of the law of conservation of momentum.

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: Which of the following is not a type of imaging satellite: Cygnus advanced maneuvering spacecraft or NASA?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbital

answers: NDQ_002127

answers: Antares

answers: NDQ_002128

answers: International Space Station

answers: NDQ_002129

answers: Cygnus advanced maneuvering spacecraft

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: NDQ_002132

answers: Cygnus

answers: NDQ_002133

answers: Space Age

answers: NDQ_002134

answers: gravitational force is proportional to

answers: NDQ_002135

answers: the International Space Station

answers: NDQ_002136

answers: Spaceports

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: Orbital will perform eight cargo missions to the ISS

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: International Space Station

answers: NDQ_002097

answers: maneuvering spacecraft

answers: NDQ_002099

answers: launch the Cygnus advanced maneuvering spacecraft

answers: NDQ_002100

answers: NASA.

answers: NDQ_002103

answers: Mid-Atlantic Regional Spaceport

answers: NDQ_002108

answers: 2013

answers: NDQ_002111

answers: 2013

answers: NDQ_002113

answers: 2013 from the new Mid-Atlantic Regional Spaceport

answers: NDQ_002114

answers: NASA.

answers: NDQ_002115

answers: 2013

answers: NDQ_002116

answers: International Space Station

answers: NDQ_002117

answers: Orbital

answers: NDQ_002118

answers: International Space Station

answers: NDQ_002119

answers: 2013

answers: NDQ_002120

answers: NASA,

answers: NDQ_002121

answers: International Space Station

answers: NDQ_002122

answers: Antares is used to launch the Cygnus

answers: NDQ_002123

answers: International Space Station

answers: NDQ_002124

answers: International Space Station

answers: NDQ_002125

answers: International Space Station

answers: NDQ_002126

answers: maneuvering spacecraft

answers: NDQ_002127

answers: Mid-Atlantic Regional Spaceport

answers: NDQ_002128

answers: International Space Station

answers: NDQ_002129

answers: Cygnus

answers: NDQ_002130

answers: NASA.

answers: NDQ_002131

answers: Cygnus advanced maneuvering spacecraft

answers: NDQ_002132

answers: Cygnus

answers: NDQ_002133

answers: human space systems,

answers: NDQ_002134

answers: Cygnus advanced maneuvering spacecraft

answers: NDQ_002135

answers: Antares

answers: NDQ_002136

answers: International Space Station

answers: NDQ_002137

answers: Orbital's medium-class rocket- Antares

answers: NDQ_002138

answers: Cygnus

answers: NDQ_002139

answers: NASA.

text: The space policy of the United States includes both the making of space policy through the legislative process, and the implementation of that policy in the civilian and military US space programs through regulatory agencies.  The early history of United States space policy is linked to the US–Soviet Space Race of the 1960s, which gave way to the Space Shuttle program.  There is a current debate on the post-Space Shuttle future of the civilian space program.

text: The space policy of the United States includes both the making of

text: space policy

text: through the legislative process, and the implementation of that policy in the civilian and military US space programs through regulatory agencies.  The early history of United States space policy is linked to the US–Soviet

text: Space Race

text: of the 1960s, which gave way to the

text: Space Shuttle program

text: .  There is a current debate on the post-Space Shuttle future of the civilian space program.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: law of conservation of energy

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: US–Soviet

answers: NDQ_002103

answers: Space Shuttle

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: Space Shuttle program

answers: NDQ_002114

answers: the U.S.

answers: NDQ_002115

answers: Space Shuttle program

answers: NDQ_002116

answers: What is a satellite

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: what is the first time period mentioned?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: legislative process

answers: NDQ_002128

answers: space shuttle

answers: NDQ_002129

answers: Soviet Space Race

answers: NDQ_002130

answers: regulatory agencies

answers: NDQ_002131

answers: Space Shuttle

answers: NDQ_002132

answers: Space Shuttle

answers: NDQ_002133

answers: 1960s

answers: NDQ_002134

answers: gravitational force is proportional to mass

answers: NDQ_002135

answers: Space Race of the 1960s

answers: NDQ_002136

answers: Space Shuttle

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Space Shuttle

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: US–Soviet Space Race

answers: NDQ_002097

answers: The space policy of the United States

answers: NDQ_002099

answers: US–Soviet Space Race

answers: NDQ_002100

answers: US–Soviet

answers: NDQ_002103

answers: US–Soviet Space Race

answers: NDQ_002108

answers: 1960s,

answers: NDQ_002111

answers: US–Soviet Space Race

answers: NDQ_002113

answers: US–Soviet Space Race

answers: NDQ_002114

answers: US–Soviet Space Race

answers: NDQ_002115

answers: Space Shuttle program.

answers: NDQ_002116

answers: US–Soviet Space Race

answers: NDQ_002117

answers: Space Shuttle program.

answers: NDQ_002118

answers: US–Soviet Space Race

answers: NDQ_002119

answers: 1960s,

answers: NDQ_002120

answers: US–Soviet Space Race of the 1960s,

answers: NDQ_002121

answers: US–Soviet Space Race

answers: NDQ_002122

answers: US–Soviet Space Race of the 1960s,

answers: NDQ_002123

answers: US–Soviet Space Race of the 1960s,

answers: NDQ_002124

answers: US–Soviet Space Race

answers: NDQ_002125

answers: Space Shuttle program.

answers: NDQ_002126

answers: US–Soviet Space Race

answers: NDQ_002127

answers: military

answers: NDQ_002128

answers: Space Shuttle

answers: NDQ_002129

answers: Space Shuttle

answers: NDQ_002130

answers: regulatory agencies.

answers: NDQ_002131

answers: Space Shuttle program.

answers: NDQ_002132

answers: Space Shuttle

answers: NDQ_002133

answers: 1960s,

answers: NDQ_002134

answers: US–Soviet Space Race

answers: NDQ_002135

answers: US–Soviet Space Race

answers: NDQ_002136

answers: regulatory agencies.

answers: NDQ_002137

answers: US–Soviet Space Race

answers: NDQ_002138

answers: Space Shuttle program.

answers: NDQ_002139

answers: Space Shuttle

text: Satellites are used for a large number of purposes. Common types include military (spy) and civilian Earth observation satellites, communication satellites, navigation satellites, weather satellites, and research satellites. Space stations and human spacecraft in orbit are also satellites.

text: Satellites are used for a large number of purposes. Common types include military (spy) and civilian Earth observation satellites, communication satellites, navigation satellites, weather satellites, and research satellites.

text: Space station

text: s and human

text: spacecraft

text: in orbit are also satellites.

answers: NDQ_002095

answers: orbit the sun

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch satellites

answers: NDQ_002100

answers: United States and Russia

answers: NDQ_002103

answers: Satellites

answers: NDQ_002108

answers: It's impossible to say

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: It's impossible to say

answers: NDQ_002118

answers: It's impossible to say

answers: NDQ_002119

answers: space

answers: NDQ_002120

answers: Earth observation

answers: NDQ_002121

answers: None of the above choices.

answers: NDQ_002122

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

answers: NDQ_002123

answers: Earth observation satellites are placed in high orbits over Earth

answers: NDQ_002124

answers: satellites

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Earth observation satellites

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: can be described as

answers: NDQ_002132

answers: satellites

answers: NDQ_002133

answers: unanswerable

answers: NDQ_002134

answers: satellites can be used for a number of purposes

answers: NDQ_002135

answers: the Cold War

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: navigation satellites

answers: NDQ_002138

answers: Earth observation satellites

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: orbit

answers: NDQ_002097

answers: Earth observation satellites,

answers: NDQ_002099

answers: Satellites

answers: NDQ_002100

answers: Satellites

answers: NDQ_002103

answers: Satellites

answers: NDQ_002108

answers: spacecraft

answers: NDQ_002111

answers: Satellites

answers: NDQ_002113

answers: Satellites

answers: NDQ_002114

answers: human spacecraft in orbit are also satellites.

answers: NDQ_002115

answers: Satellites

answers: NDQ_002116

answers: satellites.

answers: NDQ_002117

answers: military (spy) and civilian Earth observation satellites,

answers: NDQ_002118

answers: Common types include military (spy) and civilian Earth observation satellites,

answers: NDQ_002119

answers: Satellites

answers: NDQ_002120

answers: Earth observation satellites,

answers: NDQ_002121

answers: Satellites

answers: NDQ_002122

answers: Satellites

answers: NDQ_002123

answers: Earth observation satellites,

answers: NDQ_002124

answers: Satellites

answers: NDQ_002125

answers: Space stations and human spacecraft in orbit are also satellites.

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Satellites

answers: NDQ_002128

answers: Satellites

answers: NDQ_002129

answers: Space stations

answers: NDQ_002130

answers: military (spy) and civilian Earth observation satellites,

answers: NDQ_002131

answers: Satellites

answers: NDQ_002132

answers: Satellites

answers: NDQ_002133

answers: Satellites

answers: NDQ_002134

answers: Satellites

answers: NDQ_002135

answers: Satellites

answers: NDQ_002136

answers: a large number of purposes.

answers: NDQ_002137

answers: Satellites

answers: NDQ_002138

answers: Earth observation satellites,

answers: NDQ_002139

answers: human spacecraft

text: The player is the pilot of a spacecraft, set during a period of early space colonization. There are 64 star systems to explore, presented in a rotating top-down 2D view. Each system has a starbase – which issues missions, receives supplies from the player, and sells various ship add-ons – a sun that presents a navigation hazard due to its high temperature, and one or more orbiting planets.

text: The player is the pilot of a spacecraft, set during a period of early space colonization. There are 64 star systems to explore, presented in a rotating top-down 2D view. Each system has a starbase – which issues missions, receives supplies from the player, and sells various ship add-ons – a sun that presents a navigation hazard due to its high temperature, and one or more orbiting planets.

answers: NDQ_002095

answers: orbit the sun

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: spacecraft

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How many star systems does the player have to explore?

answers: NDQ_002113

answers: space colonization

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: What does the starbase receive from the player?

answers: NDQ_002118

answers: orbiting planets

answers: NDQ_002119

answers: space

answers: NDQ_002120

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

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: How many orbiting planets are there?

answers: NDQ_002124

answers: Who was the first astronaut to walk on the Moon?

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: the player

answers: NDQ_002128

answers: planets

answers: NDQ_002129

answers: orbiting planets

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: a spacecraft

answers: NDQ_002132

answers: unanswerable

answers: NDQ_002133

answers: colonization

answers: NDQ_002134

answers: gravitational force is inversely proportional to mass

answers: NDQ_002135

answers: colonization

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: is a navigation hazard

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: orbiting planets.

answers: NDQ_002097

answers: navigation hazard due to its high temperature,

answers: NDQ_002099

answers: spacecraft,

answers: NDQ_002100

answers: spacecraft,

answers: NDQ_002103

answers: orbiting planets.

answers: NDQ_002108

answers: early space colonization.

answers: NDQ_002111

answers: early space colonization.

answers: NDQ_002113

answers: space colonization.

answers: NDQ_002114

answers: 64

answers: NDQ_002115

answers: space colonization.

answers: NDQ_002116

answers: orbiting planets.

answers: NDQ_002117

answers: orbiting planets.

answers: NDQ_002118

answers: orbiting planets.

answers: NDQ_002119

answers: spacecraft, set during a period of early space colonization.

answers: NDQ_002120

answers: 64 star systems

answers: NDQ_002121

answers: orbiting planets.

answers: NDQ_002122

answers: orbiting planets.

answers: NDQ_002123

answers: orbiting planets.

answers: NDQ_002124

answers: 64 star systems

answers: NDQ_002125

answers: space colonization.

answers: NDQ_002126

answers: orbiting

answers: NDQ_002127

answers: pilot of a spacecraft,

answers: NDQ_002128

answers: planets.

answers: NDQ_002129

answers: orbiting planets.

answers: NDQ_002130

answers: spacecraft, set during a period of early space colonization.

answers: NDQ_002131

answers: spacecraft,

answers: NDQ_002132

answers: spacecraft,

answers: NDQ_002133

answers: space colonization.

answers: NDQ_002134

answers: orbiting planets.

answers: NDQ_002135

answers: early space colonization.

answers: NDQ_002136

answers: high temperature,

answers: NDQ_002137

answers: sun

answers: NDQ_002138

answers: orbiting planets.

answers: NDQ_002139

answers: spacecraft,

text: The show explores "Scientific controversies and curiosities" and the topics of discussion are varied and include the Moon landing hoax, Big Foot, Feng Shui and the treatment of hiccups. In keeping with the satirical nature of the show, the opening theme music is often a parody of a well-known melody and performed by the co-host Pat Roach and his wife, Cristina. By November 2012, the podcast was receiving between 4000 and 5000 weekly downloads and has reached the 1 million total download milestone.

text: The show explores "Scientific controversies and curiosities" and the topics of discussion are varied and include the Moon landing hoax, Big Foot, Feng Shui and the treatment of hiccups. In keeping with the satirical nature of the show, the opening theme music is often a parody of a well-known melody and performed by the co-host Pat Roach and his wife, Cristina. By November 2012, the podcast was receiving between 4000 and 5000 weekly downloads and has reached the 1 million total download milestone.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: the Moon landing hoax

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: United States and China

answers: NDQ_002103

answers: unmanned

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: the Moon landing hoax

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the Moon landing

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: Newtons Third Law of Motion

answers: NDQ_002123

answers: unanswerable

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: hiccups

answers: NDQ_002128

answers: the Moon

answers: NDQ_002129

answers: Big Foot

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Big Foot

answers: NDQ_002132

answers: unanswerable

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: the Moon landing hoax is a hoax

answers: NDQ_002135

answers: Big Foot

answers: NDQ_002136

answers: gravitational pull

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: has reached the 1 million total download

answers: NDQ_002139

answers: Pat Roach

answers: NDQ_002095

answers: Moon landing

answers: NDQ_002097

answers: Moon landing hoax, Big Foot,

answers: NDQ_002099

answers: Moon landing

answers: NDQ_002100

answers: Moon landing hoax, Big Foot,

answers: NDQ_002103

answers: Moon

answers: NDQ_002108

answers: Moon

answers: NDQ_002111

answers: 1 million total download milestone.

answers: NDQ_002113

answers: Moon landing hoax,

answers: NDQ_002114

answers: Moon landing hoax,

answers: NDQ_002115

answers: Moon landing hoax,

answers: NDQ_002116

answers: 1 million total download milestone.

answers: NDQ_002117

answers: Moon landing hoax, Big Foot,

answers: NDQ_002118

answers: 1 million total download milestone.

answers: NDQ_002119

answers: Moon

answers: NDQ_002120

answers: 1 million total download milestone.

answers: NDQ_002121

answers: Moon landing hoax, Big Foot,

answers: NDQ_002122

answers: 1 million total download milestone.

answers: NDQ_002123

answers: Moon landing hoax, Big Foot,

answers: NDQ_002124

answers: Moon landing hoax,

answers: NDQ_002125

answers: Moon landing hoax,

answers: NDQ_002126

answers: Moon landing hoax, Big Foot, Feng Shui

answers: NDQ_002127

answers: Big Foot,

answers: NDQ_002128

answers: Moon

answers: NDQ_002129

answers: Moon

answers: NDQ_002130

answers: Moon

answers: NDQ_002131

answers: Big Foot,

answers: NDQ_002132

answers: Moon landing hoax, Big Foot,

answers: NDQ_002133

answers: Moon

answers: NDQ_002134

answers: Moon landing hoax, Big Foot,

answers: NDQ_002135

answers: Moon landing hoax,

answers: NDQ_002136

answers: Moon landing hoax, Big Foot, Feng Shui

answers: NDQ_002137

answers: a well-known melody

answers: NDQ_002138

answers: Big Foot,

answers: NDQ_002139

answers: Pat Roach

text: In October 1991, the United States Postal Service released a series of stamps commemorating NASA's exploration of the Solar System. The series featured a stamp for all planets, displaying an image of the planet and highlighting an associated spacecraft which was sent to it. The stamp for Pluto, however, depicted a featureless sphere, presented with the phrase "not yet explored" in place of the name of a spacecraft. The stamps were unveiled in a ceremony at the Jet Propulsion Laboratory. Two scientists who attended the event, World Space Foundation president Robert Staehle and JPL scientist Stacy Weinstein, were inspired by Pluto's status on the stamp, such that they started to inquire about the feasibility of sending a spacecraft to Pluto. Engineers at the Jet Propulsion Laboratory, inspired by the "Not Yet Explored" status of Pluto, also started to put forward ideas about a mission to Pluto.

text: In October 1991, the

text: United States Postal Service

text: released a series of stamps commemorating

text: NASA

text: 's exploration of the Solar System. The series featured a stamp for all planets, displaying an image of the planet and highlighting an associated spacecraft which was sent to it. The stamp for Pluto, however, depicted a featureless sphere, presented with the phrase "not yet explored" in place of the name of a spacecraft. The stamps were unveiled in a ceremony at the

text: Jet Propulsion Laboratory

text: . Two scientists who attended the event, World Space Foundation president Robert Staehle and JPL scientist Stacy Weinstein, were inspired by Pluto's status on the stamp, such that they started to inquire about the feasibility of sending a spacecraft to Pluto. Engineers at the Jet Propulsion Laboratory, inspired by the "Not Yet Explored" status of Pluto, also started to put forward ideas about a mission to Pluto.

answers: NDQ_002095

answers: not yet explored

answers: NDQ_002097

answers: not yet explored

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: not yet explored

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How many years after the United States Postal Service released a series of stamps commemorating NASA?

answers: NDQ_002113

answers: not yet explored

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: not yet explored

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: how many satellites are in orbit around earth

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: What does the phrase "not yet explored" in place of the name of a spacecraft mean?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: Which of the following is not a type of spacecraft: imaging satellites or Pluto?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: not yet explored

answers: NDQ_002126

answers: sphere

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: Pluto

answers: NDQ_002129

answers: not yet explored

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: not yet explored

answers: NDQ_002133

answers: Solar System

answers: NDQ_002134

answers: gravitational force is equal to

answers: NDQ_002135

answers: NASA's exploration

answers: NDQ_002136

answers: Solar System

answers: NDQ_002137

answers: satellites to locate the Earth

answers: NDQ_002138

answers: not yet explored

answers: NDQ_002139

answers: Stacy Weinstein

answers: NDQ_002095

answers: Pluto,

answers: NDQ_002097

answers: Solar System.

answers: NDQ_002099

answers: Jet Propulsion Laboratory.

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: Pluto. Engineers at the Jet Propulsion Laboratory,

answers: NDQ_002108

answers: NASA's exploration of the Solar System.

answers: NDQ_002111

answers: Pluto. Engineers at the Jet Propulsion Laboratory,

answers: NDQ_002113

answers: Pluto. Engineers at the Jet Propulsion Laboratory,

answers: NDQ_002114

answers: Pluto,

answers: NDQ_002115

answers: Pluto. Engineers at the Jet Propulsion Laboratory,

answers: NDQ_002116

answers: Solar System.

answers: NDQ_002117

answers: spacecraft

answers: NDQ_002118

answers: Pluto,

answers: NDQ_002119

answers: 1991,

answers: NDQ_002120

answers: Pluto,

answers: NDQ_002121

answers: spacecraft

answers: NDQ_002122

answers: Pluto. Engineers at the Jet Propulsion Laboratory,

answers: NDQ_002123

answers: spacecraft

answers: NDQ_002124

answers: 1991,

answers: NDQ_002125

answers: Pluto,

answers: NDQ_002126

answers: sphere,

answers: NDQ_002127

answers: Jet Propulsion Laboratory.

answers: NDQ_002128

answers: Pluto,

answers: NDQ_002129

answers: spacecraft

answers: NDQ_002130

answers: NASA's

answers: NDQ_002131

answers: spacecraft

answers: NDQ_002132

answers: "not yet explored" in place of the name of a spacecraft.

answers: NDQ_002133

answers: Solar System.

answers: NDQ_002134

answers: Pluto,

answers: NDQ_002135

answers: NASA's exploration of the Solar System.

answers: NDQ_002136

answers: spacecraft

answers: NDQ_002137

answers: image of the planet and highlighting an associated spacecraft

answers: NDQ_002138

answers: Pluto,

answers: NDQ_002139

answers: Robert Staehle

text: The story is more about the space race than space exploration in general. The Soviet Union's early space efforts are mentioned only as background, focusing entirely on an early portion of the U.S. space program. Only Project Mercury, the first operational manned space-flight program, is covered. The Mercury Seven were Scott Carpenter, Gordon Cooper, John Glenn, Gus Grissom, Wally Schirra, Alan Shepard, and Deke Slayton. Emphasis is given to the personal stories of the astronauts and their wives rather than the technical aspects of space travel and the flights themselves.

text: The story is more about the

text: space race

text: than

text: space exploration

text: in general. The

text: Soviet Union

text: 's early space efforts are mentioned only as background, focusing entirely on an early portion of

text: the U.S. space program

text: . Only Project Mercury, the first operational manned space-flight program, is covered. The Mercury Seven were

text: Scott Carpenter

text: Gordon Cooper

text: John Glenn

text: Gus Grissom

text: Wally Schirra

text: Alan Shepard

text: , and

text: Deke Slayton

text: . Emphasis is given to the personal stories of the astronauts and their wives rather than the technical aspects of space travel and the flights themselves.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: U.S.

answers: NDQ_002103

answers: The Soviet Union's

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: What was the Soviet Union's early space efforts mentioned as background?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: The Soviet Union

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices.

answers: NDQ_002119

answers: Neil Armstrong walked

answers: NDQ_002120

answers: What are the satellites used for?

answers: NDQ_002121

answers: The story is more about the space race than space exploration in general

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: What are placed in high orbits over Earth?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Emphasis is given

answers: NDQ_002128

answers: Mercury

answers: NDQ_002129

answers: Project Mercury

answers: NDQ_002130

answers: space program

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: unanswerable

answers: NDQ_002133

answers: Soviet Union

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: Project Mercury

answers: NDQ_002136

answers: Space Race

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: is mentioned only as background

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Project Mercury,

answers: NDQ_002097

answers: The story is more about the space race than space exploration in general.

answers: NDQ_002099

answers: technical aspects of space travel

answers: NDQ_002100

answers: The Soviet Union's

answers: NDQ_002103

answers: technical aspects of space travel and the flights themselves.

answers: NDQ_002108

answers: Project Mercury,

answers: NDQ_002111

answers: technical aspects of space travel and the flights themselves.

answers: NDQ_002113

answers: Project Mercury,

answers: NDQ_002114

answers: Project Mercury,

answers: NDQ_002115

answers: Project Mercury,

answers: NDQ_002116

answers: The story is more about the space race than space exploration in general.

answers: NDQ_002117

answers: Project Mercury,

answers: NDQ_002118

answers: space exploration in general.

answers: NDQ_002119

answers: Project Mercury,

answers: NDQ_002120

answers: Project Mercury,

answers: NDQ_002121

answers: Project Mercury,

answers: NDQ_002122

answers: technical aspects of space travel and the flights themselves.

answers: NDQ_002123

answers: technical aspects of space travel and the flights themselves.

answers: NDQ_002124

answers: The Mercury Seven

answers: NDQ_002125

answers: Project Mercury,

answers: NDQ_002126

answers: space travel

answers: NDQ_002127

answers: technical aspects of space travel and the flights themselves.

answers: NDQ_002128

answers: Mercury,

answers: NDQ_002129

answers: Project Mercury,

answers: NDQ_002130

answers: U.S. space program.

answers: NDQ_002131

answers: Project Mercury,

answers: NDQ_002132

answers: Project Mercury,

answers: NDQ_002133

answers: Project Mercury,

answers: NDQ_002134

answers: Project Mercury,

answers: NDQ_002135

answers: Project Mercury,

answers: NDQ_002136

answers: space race

answers: NDQ_002137

answers: Project Mercury,

answers: NDQ_002138

answers: Project Mercury,

answers: NDQ_002139

answers: Alan Shepard,

text: Konstantin Tsiolkovsky (1857–1935) was among the pioneers of theoretical space exploration and cosmonautics. In 1903, he published Изслѣдованіе міровыхъ пространствъ реактивными приборами (The Exploration of Cosmic Space by Means of Reactive Devices [Rockets]), the first serious scientific work on space travel. Tsiolkovsky believed that colonizing space would lead to the perfection of the human race, with immortality and a carefree existence. He also developed ideas of the "animated atom" (panpsychism), and "radiant mankind". In 1881 Russian revolutionary  and rocket pioneer Nikolai Kibalchich proposed an idea of pulsed rocket propulsion by combustion of explosives, which was an early precursor for Project Orion.

text: Konstantin Tsiolkovsky

text: (1857–1935) was among the pioneers of theoretical

text: space exploration

text: and

text: cosmonautics

text: . In 1903, he published Изслѣдованіе міровыхъ пространствъ реактивными приборами (The Exploration of Cosmic Space by Means of Reactive Devices [Rockets]), the first serious scientific work on space travel. Tsiolkovsky believed that

text: colonizing space

text: would lead to the perfection of the human race, with immortality and a carefree existence. He also developed ideas of the "animated atom" (

text: panpsychism

text: ), and "radiant mankind". In 1881 Russian revolutionary  and rocket pioneer

text: Nikolai Kibalchich

text: proposed an idea of pulsed

text: rocket propulsion

text: by combustion of explosives, which was an early precursor for

text: Project Orion

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: acceleration

answers: NDQ_002099

answers: propels itself

answers: NDQ_002100

answers: Russian

answers: NDQ_002103

answers: by combustion of explosives

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: Yes

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: U.S.

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: NDQ_002118

answers: how many satellites are in orbit around earth

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Landsat satellites

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: Which law of motion does Nikolai Kibalchich propose?

answers: NDQ_002123

answers: How many years after Konstantin Tsiolkovsky published The Exploration of Cosmic Space by Means of Reactive Devices [Rockets] did Nikolai Kibalchich propose an idea of pulsed rocket propulsion by combustion of explosives?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: explosives

answers: NDQ_002128

answers: cosmic space

answers: NDQ_002129

answers: Project Orion

answers: NDQ_002130

answers: Project Orion

answers: NDQ_002131

answers: cosmonautics

answers: NDQ_002132

answers: Orion

answers: NDQ_002133

answers: 1880s

answers: NDQ_002134

answers: gravitational force is proportional to

answers: NDQ_002135

answers: Project Orion

answers: NDQ_002136

answers: explosions

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Konstantin Tsiolkovsky

answers: NDQ_002139

answers: Nikolai Kibalchich

answers: NDQ_002095

answers: space travel.

answers: NDQ_002097

answers: combustion of explosives,

answers: NDQ_002099

answers: pulsed rocket propulsion by combustion of explosives,

answers: NDQ_002100

answers: Russian

answers: NDQ_002103

answers: combustion of explosives,

answers: NDQ_002108

answers: 1881

answers: NDQ_002111

answers: pulsed rocket propulsion by combustion of explosives,

answers: NDQ_002113

answers: explosives,

answers: NDQ_002114

answers: Konstantin Tsiolkovsky

answers: NDQ_002115

answers: Project Orion.

answers: NDQ_002116

answers: ми <unk>ри<unk>орами

answers: NDQ_002117

answers: pulsed rocket propulsion by combustion of explosives,

answers: NDQ_002118

answers: Project Orion.

answers: NDQ_002119

answers: 1881

answers: NDQ_002120

answers: Project Orion.

answers: NDQ_002121

answers: pulsed rocket propulsion by combustion of explosives,

answers: NDQ_002122

answers: combustion of explosives,

answers: NDQ_002123

answers: Project Orion.

answers: NDQ_002124

answers: Konstantin Tsiolkovsky

answers: NDQ_002125

answers: Project Orion.

answers: NDQ_002126

answers: pulsed rocket propulsion

answers: NDQ_002127

answers: combustion of explosives,

answers: NDQ_002128

answers: Orion.

answers: NDQ_002129

answers: Project Orion.

answers: NDQ_002130

answers: Project Orion.

answers: NDQ_002131

answers: pulsed rocket propulsion by combustion of explosives,

answers: NDQ_002132

answers: [Rockets]),

answers: NDQ_002133

answers: 1881

answers: NDQ_002134

answers: combustion of explosives,

answers: NDQ_002135

answers: Project Orion.

answers: NDQ_002136

answers: combustion of explosives,

answers: NDQ_002137

answers: combustion of explosives,

answers: NDQ_002138

answers: Project Orion.

answers: NDQ_002139

answers: Konstantin Tsiolkovsky

text: Although its pace slowed, space exploration continued after the end of the Space Race. The United States launched the first reusable spacecraft, the Space Shuttle, on the 20th anniversary of Gagarin's flight, April 12, 1981. On November 15, 1988, the Soviet Union duplicated this with an unmanned flight of the Buran shuttle, its first and only reusable spacecraft. It was never used again after the first flight; instead the Soviet Union continued to develop space stations using the Soyuz craft as the crew shuttle.

text: Although its pace slowed, space exploration continued after the end of the Space Race. The United States launched the first reusable spacecraft, the Space Shuttle, on the 20th anniversary of Gagarin's flight, April 12, 1981. On November 15, 1988, the Soviet Union duplicated this with an unmanned flight of the

text: Buran

text: shuttle, its first and only reusable spacecraft. It was never used again after the first flight; instead the Soviet Union continued to develop space stations using the Soyuz craft as the crew shuttle.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be reused

answers: NDQ_002100

answers: The United States

answers: NDQ_002103

answers: April 12, 1981

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: Which happened first, the Space Shuttle was launched or Gagarin's flight?

answers: NDQ_002113

answers: unmanned

answers: NDQ_002114

answers: the Soviet Union

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: what is the first and only reusable spacecraft

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat satellites or Space Shuttle?

answers: NDQ_002121

answers: the law of conservation of momentum

answers: NDQ_002122

answers: what is the first and only reusable spacecraft?

answers: NDQ_002123

answers: Which happened first, the Space Shuttle was launched or the Soviet Union duplicated this with an unmanned flight of the Buran shuttle?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Space Race

answers: NDQ_002128

answers: space station

answers: NDQ_002129

answers: Buran shuttle

answers: NDQ_002130

answers: The United States

answers: NDQ_002131

answers: spacecraft

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: Space Race

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: the Space Race

answers: NDQ_002136

answers: Space Shuttle

answers: NDQ_002137

answers: spacecraft

answers: NDQ_002138

answers: could not be launched

answers: NDQ_002139

answers: Gagarin

answers: NDQ_002095

answers: reusable spacecraft,

answers: NDQ_002097

answers: reusable spacecraft,

answers: NDQ_002099

answers: reusable spacecraft,

answers: NDQ_002100

answers: The United States

answers: NDQ_002103

answers: reusable spacecraft,

answers: NDQ_002108

answers: Gagarin's

answers: NDQ_002111

answers: The United States launched the first reusable spacecraft,

answers: NDQ_002113

answers: reusable spacecraft,

answers: NDQ_002114

answers: Soviet Union

answers: NDQ_002115

answers: The United States launched the first reusable spacecraft,

answers: NDQ_002116

answers: reusable spacecraft,

answers: NDQ_002117

answers: reusable spacecraft,

answers: NDQ_002118

answers: The United States launched the first reusable spacecraft, the Space Shuttle,

answers: NDQ_002119

answers: 20th anniversary of Gagarin's flight, April 12, 1981.

answers: NDQ_002120

answers: The United States launched the first reusable spacecraft, the Space Shuttle,

answers: NDQ_002121

answers: reusable spacecraft,

answers: NDQ_002122

answers: reusable spacecraft,

answers: NDQ_002123

answers: The United States launched the first reusable spacecraft,

answers: NDQ_002124

answers: Gagarin's

answers: NDQ_002125

answers: Space Shuttle,

answers: NDQ_002126

answers: reusable spacecraft,

answers: NDQ_002127

answers: reusable spacecraft,

answers: NDQ_002128

answers: spacecraft,

answers: NDQ_002129

answers: Buran shuttle,

answers: NDQ_002130

answers: The United States launched the first reusable spacecraft, the Space Shuttle,

answers: NDQ_002131

answers: reusable spacecraft,

answers: NDQ_002132

answers: Buran shuttle,

answers: NDQ_002133

answers: 20th anniversary of Gagarin's flight, April 12, 1981.

answers: NDQ_002134

answers: reusable spacecraft,

answers: NDQ_002135

answers: 20th anniversary of Gagarin's

answers: NDQ_002136

answers: reusable spacecraft,

answers: NDQ_002137

answers: reusable spacecraft,

answers: NDQ_002138

answers: reusable spacecraft,

answers: NDQ_002139

answers: Gagarin's

text: Uhuru was the first satellite launched specifically for the purpose of X-ray astronomy.  It was also known as the X-ray Explorer Satellite, SAS-A (for "Small Astronomy Satellite" A, being first of the three-spacecraft SAS series), SAS 1, or Explorer 42. The observatory was launched on December 12, 1970 into an initial orbit of about 560 km apogee, 520 km perigee, 3 degrees inclination, with a period of 96 minutes. The mission ended in March 1973. Uhuru was a scanning mission, with a spin period of ~12 minutes. It performed the first comprehensive survey of the entire sky for X-ray sources, with a sensitivity of about 0.001 times the intensity of the Crab nebula.

text: Uhuru was the first

text: satellite

text: launched specifically for the purpose of

text: X-ray astronomy

text: .  It was also known as the X-ray Explorer Satellite, SAS-A (for "Small Astronomy Satellite" A, being first of the three-spacecraft SAS series), SAS 1, or Explorer 42. The

text: observatory

text: was launched on December 12, 1970 into an initial orbit of about 560 km

text: apogee

text: , 520 km

text: perigee

text: , 3 degrees inclination, with a period of 96 minutes. The mission ended in March 1973. Uhuru was a scanning mission, with a spin period of ~12 minutes. It performed the first comprehensive survey of the entire sky for

text: X-ray

text: sources, with a sensitivity of about 0.001 times the intensity of the Crab nebula.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: spin

answers: NDQ_002099

answers: can be launched

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: December 12, 1970

answers: NDQ_002108

answers: Yes

answers: NDQ_002111

answers: How many years after Uhuru was launched was the observatory launched?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: The first artificial satellite was launched

answers: NDQ_002120

answers: Which satellites make detailed images of continents and coasts?

answers: NDQ_002121

answers: Why was Uhuru launched?

answers: NDQ_002122

answers: What is the name of the law that describes how a rocket will travel in space?

answers: NDQ_002123

answers: How many years after Uhuru was launched did the mission end?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: spin

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: X-ray Explorer Satellite

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: 1970s

answers: NDQ_002134

answers: Uhuru was a scanning mission, with a spin period of  12 minutes

answers: NDQ_002135

answers: Uhuru

answers: NDQ_002136

answers: inclination

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: 560 km apogee

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: X-ray astronomy.

answers: NDQ_002097

answers: 3 degrees inclination,

answers: NDQ_002099

answers: three-spacecraft SAS series),

answers: NDQ_002100

answers: 1970

answers: NDQ_002103

answers: December 12, 1970

answers: NDQ_002108

answers: 1970

answers: NDQ_002111

answers: satellite launched specifically for the purpose of X-ray astronomy.

answers: NDQ_002113

answers: 1970

answers: NDQ_002114

answers: 1973.

answers: NDQ_002115

answers: first satellite launched specifically for the purpose of X-ray astronomy.

answers: NDQ_002116

answers: 560 km apogee,

answers: NDQ_002117

answers: launched specifically for the purpose of X-ray astronomy.

answers: NDQ_002118

answers: 560 km apogee,

answers: NDQ_002119

answers: 1970

answers: NDQ_002120

answers: X-ray astronomy.

answers: NDQ_002121

answers: 560 km apogee,

answers: NDQ_002122

answers: 3 degrees inclination,

answers: NDQ_002123

answers: 560 km apogee,

answers: NDQ_002124

answers: 1973.

answers: NDQ_002125

answers: X-ray astronomy.

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: spin

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: 42.

answers: NDQ_002130

answers: Uhuru

answers: NDQ_002131

answers: spin period of <unk>12 minutes.

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: 1970

answers: NDQ_002134

answers: 3 degrees inclination,

answers: NDQ_002135

answers: Uhuru

answers: NDQ_002136

answers: a period of 96 minutes.

answers: NDQ_002137

answers: Uhuru

answers: NDQ_002138

answers: 560 km apogee,

answers: NDQ_002139

answers: 1970

text: The Center for Earth and Planetary Studies is a research institute affiliated with the Smithsonian Institution. Based in Washington, DC, the Center, which was founded in 1972, conducts scientific research related to planetary science, geophysics and the biophysical environment. As a Regional Planetary Image Facility, the Center hosts for NASA data including images and maps of planets and their satellites. It also houses images taken by the Space Shuttle. Both of these date collections are accessible to researchers. The Center, which is located at the National Air and Space Museum, curates two of its galleries, Exploring the Planet and Looking at Earth, as well as contributing elsewhere in the museum.also it has planes

text: The Center for Earth and Planetary Studies is a research institute affiliated with the

text: Smithsonian Institution

text: . Based in

text: Washington, DC

text: , the Center, which was founded in 1972, conducts scientific research related to

text: planetary science

text: geophysics

text: and the

text: biophysical environment

text: . As a

text: Regional Planetary Image Facility

text: , the Center hosts for

text: NASA

text: data including

text: image

text: s and

text: map

text: s of

text: planet

text: s and their

text: satellites

text: . It also houses images taken by the

text: Space Shuttle

text: . Both of these date collections are accessible to researchers. The Center, which is located at the

text: National Air and Space Museum

text: , curates two of its galleries, Exploring the Planet and Looking at Earth, as well as contributing elsewhere in the museum.also it has planes

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: the biophysical environment

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: Space Shuttle

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: It is impossible to say

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices .

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: What does the Center for Earth and Planetary Studies do?

answers: NDQ_002121

answers: It can go into orbit because of the law of conservation of momentum

answers: NDQ_002122

answers: Newtons Third Law of Motion helps explain how a rocket will travel in space.

answers: NDQ_002123

answers: Which of the following is not a type of satellite: imaging satellites, Space Shuttle or planes?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: aerodynamic

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: the Space Shuttle

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Space Shuttle

answers: NDQ_002132

answers: Space Shuttle

answers: NDQ_002133

answers: Space Shuttle

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: NASA

answers: NDQ_002136

answers: Space Shuttle

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Earth

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: satellites.

answers: NDQ_002097

answers: biophysical environment.

answers: NDQ_002099

answers: satellites.

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: National Air and Space Museum,

answers: NDQ_002108

answers: 1972,

answers: NDQ_002111

answers: planes

answers: NDQ_002113

answers: National Air and Space Museum,

answers: NDQ_002114

answers: The Center for Earth and Planetary Studies

answers: NDQ_002115

answers: National Air and Space Museum,

answers: NDQ_002116

answers: planets and their satellites.

answers: NDQ_002117

answers: Space Shuttle.

answers: NDQ_002118

answers: satellites.

answers: NDQ_002119

answers: 1972,

answers: NDQ_002120

answers: Earth,

answers: NDQ_002121

answers: National Air and Space Museum,

answers: NDQ_002122

answers: National Air and Space Museum,

answers: NDQ_002123

answers: satellites.

answers: NDQ_002124

answers: National Air and Space Museum,

answers: NDQ_002125

answers: Space Shuttle.

answers: NDQ_002126

answers: Earth,

answers: NDQ_002127

answers: geophysics

answers: NDQ_002128

answers: satellites.

answers: NDQ_002129

answers: Space Shuttle.

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: planes

answers: NDQ_002132

answers: Space Shuttle.

answers: NDQ_002133

answers: 1972,

answers: NDQ_002134

answers: biophysical environment.

answers: NDQ_002135

answers: Space Shuttle.

answers: NDQ_002136

answers: planets

answers: NDQ_002137

answers: satellites.

answers: NDQ_002138

answers: satellites.

answers: NDQ_002139

answers: NASA

text: The club was founded in 1965 as Sputnik. In 1986, they were renamed Neftyanik (Oiler). In 2008, Neftyanik joined the Vysshaya Liga, and affiliated with Ak Bars Kazan of the KHL.

text: The club was founded in 1965 as Sputnik. In 1986, they were renamed Neftyanik (Oiler). In 2008, Neftyanik joined the Vysshaya Liga, and affiliated with

text: Ak Bars Kazan

text: of the KHL.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: Soviet Union

answers: NDQ_002103

answers: in space

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: The club was founded in 1965

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: how many satellites are in orbit around earth

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: What is the purpose of Landsat satellites?

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: How many years after Sputnik was founded did they join the Vysshaya Liga?

answers: NDQ_002123

answers: How many years after Sputnik was founded did Neftyanik join the Vysshaya Liga?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: a rocket

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: Neftyanik

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 1965

answers: NDQ_002134

answers: Newton's third law of motion states that the mass of an object is equal to the mass of the object's velocity.

answers: NDQ_002135

answers: Sputnik

answers: NDQ_002136

answers: gravity

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: is a satellite in a low orbit

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Sputnik.

answers: NDQ_002097

answers: The club was founded in 1965 as Sputnik.

answers: NDQ_002099

answers: Sputnik.

answers: NDQ_002100

answers: 1965 as Sputnik.

answers: NDQ_002103

answers: Sputnik.

answers: NDQ_002108

answers: 1965 as Sputnik.

answers: NDQ_002111

answers: Sputnik.

answers: NDQ_002113

answers: Sputnik.

answers: NDQ_002114

answers: Sputnik.

answers: NDQ_002115

answers: Sputnik.

answers: NDQ_002116

answers: Sputnik.

answers: NDQ_002117

answers: Sputnik.

answers: NDQ_002118

answers: Sputnik.

answers: NDQ_002119

answers: 1965

answers: NDQ_002120

answers: Sputnik.

answers: NDQ_002121

answers: Sputnik.

answers: NDQ_002122

answers: Sputnik.

answers: NDQ_002123

answers: Sputnik.

answers: NDQ_002124

answers: Sputnik.

answers: NDQ_002125

answers: Sputnik.

answers: NDQ_002126

answers: 1965 as Sputnik.

answers: NDQ_002127

answers: Sputnik.

answers: NDQ_002128

answers: Sputnik.

answers: NDQ_002129

answers: Sputnik.

answers: NDQ_002130

answers: Sputnik.

answers: NDQ_002131

answers: Sputnik.

answers: NDQ_002132

answers: Sputnik.

answers: NDQ_002133

answers: 1965 as Sputnik.

answers: NDQ_002134

answers: Neftyanik

answers: NDQ_002135

answers: Sputnik.

answers: NDQ_002136

answers: 1965 as Sputnik.

answers: NDQ_002137

answers: Sputnik.

answers: NDQ_002138

answers: Sputnik.

answers: NDQ_002139

answers: Sputnik.

text: Explorer 11 (also known as S15) was an American Earth-orbital satellite that carried the first space-borne gamma-ray telescope.  This was the earliest beginning of space gamma-ray astronomy.  Launched on April 27, 1961 by a Juno II rocket the satellite returned data until November 17, when power supply problems ended the science mission.  During the spacecraft's seven-month lifespan it detected twenty-two events from gamma-rays and approximately 22,000 events from cosmic radiation.

text: Explorer 11 (also known as S15) was an American Earth-

text: orbital

text: satellite that carried the first space-borne

text: gamma-ray

text: telescope

text: .  This was the earliest beginning of space

text: gamma-ray astronomy

text: .  Launched on April 27, 1961 by a

text: Juno II rocket

text: the satellite returned data until November 17, when power supply problems ended the science mission.  During the spacecraft's seven-month lifespan it detected twenty-two events from gamma-rays and approximately 22,000 events from

text: cosmic radiation

answers: NDQ_002095

answers: Earth

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched

answers: NDQ_002100

answers: American

answers: NDQ_002103

answers: April 27, 1961

answers: NDQ_002108

answers: Yes

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: The United States

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: It's impossible to say

answers: NDQ_002118

answers: It's impossible to say

answers: NDQ_002119

answers: Neil Armstrong walked

answers: NDQ_002120

answers: What was the first space-borne gamma-ray telescope?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: Which happened first, Explorer 11 was launched or power supply problems ended the science mission?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbital

answers: NDQ_002127

answers: power supply

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Explorer 11

answers: NDQ_002130

answers: United States

answers: NDQ_002131

answers: a Juno II rocket

answers: NDQ_002132

answers: orbital

answers: NDQ_002133

answers: 1961

answers: NDQ_002134

answers: gravitational force is inversely proportional to

answers: NDQ_002135

answers: Explorer 11

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: gamma-rays

answers: NDQ_002138

answers: Earth-orbital

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: space-borne gamma-ray telescope.

answers: NDQ_002097

answers: Earth-orbital

answers: NDQ_002099

answers: power supply problems

answers: NDQ_002100

answers: American

answers: NDQ_002103

answers: April 27, 1961

answers: NDQ_002108

answers: 1961

answers: NDQ_002111

answers: power supply problems ended the science mission.

answers: NDQ_002113

answers: Explorer 11

answers: NDQ_002114

answers: Explorer 11

answers: NDQ_002115

answers: Juno II rocket

answers: NDQ_002116

answers: Earth-orbital

answers: NDQ_002117

answers: Juno II rocket

answers: NDQ_002118

answers: Earth-orbital satellite

answers: NDQ_002119

answers: 1961

answers: NDQ_002120

answers: Explorer 11

answers: NDQ_002121

answers: Earth-orbital satellite

answers: NDQ_002122

answers: Juno II rocket

answers: NDQ_002123

answers: Earth-orbital

answers: NDQ_002124

answers: Explorer 11

answers: NDQ_002125

answers: Juno II rocket

answers: NDQ_002126

answers: Earth-orbital

answers: NDQ_002127

answers: power supply

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Earth-orbital

answers: NDQ_002130

answers: Explorer 11

answers: NDQ_002131

answers: Explorer 11

answers: NDQ_002132

answers: Earth-orbital satellite

answers: NDQ_002133

answers: Juno II

answers: NDQ_002134

answers: 22,000 events from cosmic radiation.

answers: NDQ_002135

answers: Juno II

answers: NDQ_002136

answers: power supply problems

answers: NDQ_002137

answers: Earth-orbital satellite

answers: NDQ_002138

answers: Earth-orbital

answers: NDQ_002139

answers: Explorer 11

text: In the post-Soviet era, disinformation evolved to become a key tactic in the military doctrine of Russia. Russia used disinformation to such a high degree during the early 21st century that both the European Union and NATO each took effort to set up special units to analyze and debunk fabricated falsehoods. NATO founded a modest facility in Latvia to respond to disinformation, and the EU created the European External Action Service which published weekly reports on disinformation tied back to the Kremlin. Methods used during this period of time by Russia included its Kremlin-controlled mouthpieces news agency Sputnik News and television outlet Russia Today (RT). When explaining the 2016 annual report of the Swedish Security Service on disinformation, representative Wilhelm Unge stated: "We mean everything from internet trolls to propaganda and misinformation spread by media companies like RT and Sputnik."

text: In the post-Soviet era, disinformation evolved to become a key tactic in the

text: military doctrine of Russia

text: . Russia used disinformation to such a high degree during the early

text: 21st century

text: that both the

text: European Union

text: and

text: NATO

text: each took effort to set up special units to analyze and debunk fabricated falsehoods. NATO founded a modest facility in Latvia to respond to disinformation, and the EU created the

text: European External Action Service

text: which published weekly reports on disinformation tied back to the Kremlin. Methods used during this period of time by Russia included its Kremlin-controlled mouthpieces news agency

text: Sputnik News

text: and television outlet

text: Russia Today

text: (RT). When explaining the 2016 annual report of the

text: Swedish Security Service

text: on disinformation, representative Wilhelm Unge stated: "We mean everything from internet trolls to propaganda and misinformation spread by media companies like RT and Sputnik."

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: unanswerable

answers: NDQ_002099

answers: can be launched

answers: NDQ_002100

answers: Russia

answers: NDQ_002103

answers: launched

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: unanswerable

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: undefined

answers: NDQ_002127

answers: RT

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: Sputnik

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: disinformation

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: Soviet era

answers: NDQ_002134

answers: disinformation evolved to become a key tactic

answers: NDQ_002135

answers: Soviet era

answers: NDQ_002136

answers: disinformation

answers: NDQ_002137

answers: data from satellites

answers: NDQ_002138

answers: unanswerable

answers: NDQ_002139

answers: Wilhelm Unge

answers: NDQ_002095

answers: debunk fabricated falsehoods.

answers: NDQ_002097

answers: In the post-Soviet era, disinformation

answers: NDQ_002099

answers: analyze and debunk fabricated falsehoods.

answers: NDQ_002100

answers: Russia.

answers: NDQ_002103

answers: Russia.

answers: NDQ_002108

answers: post-Soviet

answers: NDQ_002111

answers: post-Soviet

answers: NDQ_002113

answers: Russia.

answers: NDQ_002114

answers: Russia.

answers: NDQ_002115

answers: Russia.

answers: NDQ_002116

answers: Russia.

answers: NDQ_002117

answers: post-Soviet era,

answers: NDQ_002118

answers: Russia.

answers: NDQ_002119

answers: 21st century

answers: NDQ_002120

answers: Russia.

answers: NDQ_002121

answers: Russia.

answers: NDQ_002122

answers: Russia.

answers: NDQ_002123

answers: Russia.

answers: NDQ_002124

answers: In the post-Soviet

answers: NDQ_002125

answers: Russia.

answers: NDQ_002126

answers: In the post-Soviet

answers: NDQ_002127

answers: Russia.

answers: NDQ_002128

answers: Russia.

answers: NDQ_002129

answers: Sputnik

answers: NDQ_002130

answers: European External Action Service

answers: NDQ_002131

answers: Russia.

answers: NDQ_002132

answers: Russia.

answers: NDQ_002133

answers: post-Soviet era,

answers: NDQ_002134

answers: disinformation

answers: NDQ_002135

answers: post-Soviet era,

answers: NDQ_002136

answers: disinformation

answers: NDQ_002137

answers: disinformation

answers: NDQ_002138

answers: NATO founded a modest facility in Latvia

answers: NDQ_002139

answers: post-Soviet

text: The OCO spacecraft was provided by Orbital Sciences Corporation. During its two-year mission, OCO will fly in a near polar orbit which enables the instrument to observe most of Earth's surface at least once every sixteen days. It is intended to fly in loose formation with a series of other Earth-orbiting satellites known as the Earth Observing System Afternoon Constellation, or the A-train. This coordinated flight formation was intended to enable researchers to correlate OCO data with data acquired by other instruments on other spacecraft. In particular, Earth scientists would like to compare OCO data with nearly simultaneous measurements acquired by the Atmospheric Infrared Sounder (AIRS) instrument aboard NASA's Aqua satellite and ground-based data from the Total Carbon Column Observing Network (TCCON). Alignment with the A-train demands a particularly short launch window of 30 seconds.

text: The OCO spacecraft was provided by

text: Orbital Sciences Corporation

text: . During its two-year mission, OCO will fly in a near

text: polar orbit

text: which enables the instrument to observe most of Earth's surface at least once every sixteen days. It is intended to fly in loose formation with a series of other Earth-orbiting satellites known as the Earth Observing System Afternoon Constellation, or the

text: A-train

text: . This coordinated flight formation was intended to enable researchers to correlate OCO data with data acquired by other instruments on other spacecraft. In particular, Earth scientists would like to compare OCO data with nearly simultaneous measurements acquired by the

text: Atmospheric Infrared Sounder

text: (AIRS) instrument aboard NASA's

text: Aqua

text: satellite and ground-based data from the

text: Total Carbon Column Observing Network

text: (TCCON). Alignment with the A-train demands a particularly short

text: launch window

text: of 30 seconds.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: 30 seconds

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: It is intended to fly in loose formation

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Neil Armstrong walked

answers: NDQ_002120

answers: Which satellites make detailed images of continents and coasts?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: Which of the following is not a law: Newton's Third Law of Motion?

answers: NDQ_002123

answers: Which of the following is not an orbiting satellite: Earth Observing System Afternoon Constellation, or the A-train?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: satellites

answers: NDQ_002129

answers: Aqua satellite

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: OCO spacecraft

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: What is the name of the satellite that will fly in a near polar orbit?

answers: NDQ_002135

answers: NASA's Aqua satellite

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Earth-orbiting satellites

answers: NDQ_002138

answers: The OCO spacecraft

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: polar orbit

answers: NDQ_002097

answers: polar orbit

answers: NDQ_002099

answers: launch window of 30 seconds.

answers: NDQ_002100

answers: NASA's

answers: NDQ_002103

answers: launch window of 30 seconds.

answers: NDQ_002108

answers: The OCO spacecraft

answers: NDQ_002111

answers: The OCO spacecraft

answers: NDQ_002113

answers: The OCO spacecraft

answers: NDQ_002114

answers: The OCO spacecraft was provided by Orbital Sciences Corporation.

answers: NDQ_002115

answers: The OCO spacecraft was provided by Orbital Sciences Corporation.

answers: NDQ_002116

answers: Earth-orbiting satellites

answers: NDQ_002117

answers: launch window of 30 seconds.

answers: NDQ_002118

answers: Earth-orbiting satellites

answers: NDQ_002119

answers: The OCO spacecraft was provided by Orbital Sciences Corporation.

answers: NDQ_002120

answers: most of Earth's surface at least once every sixteen days.

answers: NDQ_002121

answers: polar orbit

answers: NDQ_002122

answers: polar orbit

answers: NDQ_002123

answers: near polar orbit

answers: NDQ_002124

answers: The OCO

answers: NDQ_002125

answers: Earth's surface at least once every sixteen days.

answers: NDQ_002126

answers: polar orbit

answers: NDQ_002127

answers: Alignment with the A-train

answers: NDQ_002128

answers: satellites

answers: NDQ_002129

answers: NASA's Aqua satellite

answers: NDQ_002130

answers: NASA's

answers: NDQ_002131

answers: The OCO spacecraft

answers: NDQ_002132

answers: OCO

answers: NDQ_002133

answers: The OCO spacecraft was provided by Orbital Sciences Corporation.

answers: NDQ_002134

answers: once every sixteen days.

answers: NDQ_002135

answers: OCO spacecraft was provided by Orbital Sciences Corporation.

answers: NDQ_002136

answers: polar orbit

answers: NDQ_002137

answers: Earth-orbiting satellites

answers: NDQ_002138

answers: near polar orbit

answers: NDQ_002139

answers: The OCO spacecraft

text: Walker has been an industry member of the NASA Microgravity Material Science Assessment Task Force, the NASA Space Station Office Quick-is Beautiful/Rapid Response Research Study Group, and the NASA Space Station Operations Task Force. He has been a member of the National Research Council's Space Applications Board. Walker was Faculty Course Advisor and lecturer for the International Space university 1988 summer session. He was a participant in the 1988 Center for Strategic and International Studies civil Space policy study. He served on the AIAA steering committee formulating the strategic plan for NASA's office of Commercial Programs. Walker has served as a founding board member of the Astronauts Memorial Foundation. He was the organizing committee chairman for the 1992 World Space Congress. He has been a national panel member of the NASA/Industry Manned Flight Awareness Program and the NASA/Industry Education Initiative. Walker advised the NASA/Purdue University space life support research center, a NASA/Penn State space commercial development center and a U.S. Department of Education/Ohio State University science education center. He has been a board director of the Challenger Center for Space Science Education. Walker has served as the volunteer chairman of the board of directors of Spacecause, and is past president and board director of the National Space Society. He has also been a board director of the Association of Space Explorers. As an advisor Walker works with commercial space firms Space Adventures, Ltd and Deep Space Industries, Inc., and the Commercial Spaceflight Federation. Walker is a professional engineer registered in California. He has been an expert witness testifying before committees of the U.S. Congress. He has authored several papers and book contributions on the EOS electrophoresis program, space development, commercialization, and space history. Walker has also written columns and articles appearing in national newspapers and numerous other publications.

text: Walker has been an industry member of the NASA Microgravity Material Science Assessment Task Force, the NASA Space Station Office Quick-is Beautiful/Rapid Response Research Study Group, and the NASA Space Station Operations Task Force. He has been a member of the National Research Council's Space Applications Board. Walker was Faculty Course Advisor and lecturer for the International Space university 1988 summer session. He was a participant in the 1988 Center for Strategic and International Studies civil Space policy study. He served on the AIAA steering committee formulating the strategic plan for NASA's office of Commercial Programs. Walker has served as a founding board member of the

text: Astronauts Memorial Foundation

text: . He was the organizing committee chairman for the 1992

text: World Space Congress

text: . He has been a national panel member of the NASA/Industry Manned Flight Awareness Program and the NASA/Industry Education Initiative. Walker advised the NASA/Purdue University space life support research center, a NASA/Penn State space commercial development center and a

text: U.S. Department of Education

text: Ohio State University

text: science education center. He has been a board director of the

entity_name: Challenger Center for Space Science Education

text: Challenger Center for Space Science Education

text: . Walker has served as the volunteer chairman of the board of directors of Spacecause, and is past president and board director of the

text: National Space Society

text: . He has also been a board director of the

text: Association of Space Explorers

text: . As an advisor Walker works with commercial space firms Space Adventures, Ltd and Deep Space Industries, Inc., and the Commercial Spaceflight Federation. Walker is a professional engineer registered in California. He has been an expert witness testifying before committees of the U.S. Congress. He has authored several papers and book contributions on the EOS electrophoresis program, space development, commercialization, and space history. Walker has also written columns and articles appearing in national newspapers and numerous other publications.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: law of conservation of energy

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: U.S.

answers: NDQ_002103

answers: Space Adventures, Ltd

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: Which of the following is not true of Walker:

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S.

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: None of the above choices

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: Newtons Third Law of Motion helps explain how a rocket will travel in space.

answers: NDQ_002123

answers: Which of the following is not a commercial space firm: Space Adventures, Ltd or Deep Space Industries, Inc.?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: is Beautiful/Rapid Response

answers: NDQ_002127

answers: a professional engineer

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: What is the largest artificial satellite?

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: in one direction by particles flying out of it in the opposite direction

answers: NDQ_002132

answers: Microgravity

answers: NDQ_002133

answers: 1988

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: International Space university 1988 summer session

answers: NDQ_002136

answers: Microgravity

answers: NDQ_002137

answers: EOS electrophoresis

answers: NDQ_002138

answers: Walker was a founding board member of the Astronauts Memorial Foundation

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Walker

answers: NDQ_002097

answers: Microgravity

answers: NDQ_002099

answers: Beautiful/Rapid Response

answers: NDQ_002100

answers: U.S.

answers: NDQ_002103

answers: Walker

answers: NDQ_002108

answers: Walker

answers: NDQ_002111

answers: Walker

answers: NDQ_002113

answers: Walker

answers: NDQ_002114

answers: Walker

answers: NDQ_002115

answers: Walker

answers: NDQ_002116

answers: Walker

answers: NDQ_002117

answers: commercial space firms

answers: NDQ_002118

answers: EOS electro

answers: NDQ_002119

answers: Walker

answers: NDQ_002120

answers: Walker

answers: NDQ_002121

answers: Walker

answers: NDQ_002122

answers: Walker

answers: NDQ_002123

answers: Walker

answers: NDQ_002124

answers: Walker

answers: NDQ_002125

answers: Walker

answers: NDQ_002126

answers: electro

answers: NDQ_002127

answers: engineer

answers: NDQ_002128

answers: Space Station

answers: NDQ_002129

answers: Deep Space Industries,

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Walker

answers: NDQ_002132

answers: Deep Space Industries, Inc., and the Commercial Spaceflight

answers: NDQ_002133

answers: 1988 summer session.

answers: NDQ_002134

answers: Spacecause,

answers: NDQ_002135

answers: Challenger Center for Space Science Education.

answers: NDQ_002136

answers: EOS electrophoresis

answers: NDQ_002137

answers: EOS electrophor

answers: NDQ_002138

answers: for Space Science Education.

answers: NDQ_002139

answers: Walker

text: A number of American space exploration "firsts" were launched from CCAFS, including the first U.S. Earth satellite (1958), first U.S. astronaut (1961), first U.S. astronaut in orbit (1962), first two-man U.S. spacecraft (1965), first U.S. unmanned lunar landing (1966), and first three-man U.S. spacecraft (1968). It was also the launch site for all of the first spacecraft to (separately) fly past each of the planets in the Solar System (1962–1977), the first spacecraft to orbit Mars (1971) and roam its surface (1996), the first American spacecraft to orbit and land on Venus (1978), the first spacecraft to orbit Saturn (2004), and to orbit Mercury (2011), and the first spacecraft to leave the Solar System (1977).

text: A number of American space exploration "firsts" were launched from CCAFS, including

text: the first U.S. Earth satellite

text: first U.S. astronaut

text: first U.S. astronaut in orbit

text: first two-man U.S. spacecraft

text: first U.S. unmanned lunar landing

text: (1966), and

text: first three-man U.S. spacecraft

text: (1968). It was also the launch site for all of the first spacecraft to (separately)

text: fly past each of the planets

text: in the Solar System (1962–1977), the

text: first spacecraft to orbit Mars

text: (1971) and

text: roam its surface

text: (1996), the first

text: American spacecraft to orbit and land on Venus

text: (1978), the

text: first spacecraft to orbit Saturn

text: (2004), and

text: to orbit Mercury

text: (2011), and

text: the first spacecraft to leave the Solar System

answers: NDQ_002095

answers: orbit Saturn

answers: NDQ_002097

answers: first three-man U.S. spacecraft

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: American

answers: NDQ_002103

answers: from CCAFS

answers: NDQ_002108

answers: yes

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: unmanned lunar landing

answers: NDQ_002114

answers: unmanned lunar landing

answers: NDQ_002115

answers: unmanned

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: unmanned

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: 1961

answers: NDQ_002120

answers: Earth satellite

answers: NDQ_002121

answers: unmanned lunar landing

answers: NDQ_002122

answers: unmanned lunar landing

answers: NDQ_002123

answers: What was the first American spacecraft to orbit and land on Venus

answers: NDQ_002124

answers: unmanned lunar landing

answers: NDQ_002125

answers: yes

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: CCAFS

answers: NDQ_002128

answers: Mars

answers: NDQ_002129

answers: first three-man U.S. spacecraft

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unmanned lunar landing

answers: NDQ_002132

answers: unmanned lunar landing

answers: NDQ_002133

answers: 1961

answers: NDQ_002134

answers: the first American spacecraft to orbit and land on Venus

answers: NDQ_002135

answers: 1962

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Earth satellites

answers: NDQ_002138

answers: Earth

answers: NDQ_002139

answers: 1962

answers: NDQ_002095

answers: leave the Solar System

answers: NDQ_002097

answers: fly past each of the planets in the Solar System

answers: NDQ_002099

answers: fly past each of the planets in the Solar System

answers: NDQ_002100

answers: American

answers: NDQ_002103

answers: CCAFS,

answers: NDQ_002108

answers: first U.S. Earth satellite (1958),

answers: NDQ_002111

answers: CCAFS,

answers: NDQ_002113

answers: CCAFS,

answers: NDQ_002114

answers: U.S. unmanned lunar landing

answers: NDQ_002115

answers: first U.S. unmanned lunar landing (1966),

answers: NDQ_002116

answers: Earth satellite

answers: NDQ_002117

answers: unmanned

answers: NDQ_002118

answers: CCAFS,

answers: NDQ_002119

answers: astronaut (1961),

answers: NDQ_002120

answers: Earth

answers: NDQ_002121

answers: fly past each of the planets in the Solar System

answers: NDQ_002122

answers: fly past each of the planets in the Solar System

answers: NDQ_002123

answers: first U.S. Earth satellite

answers: NDQ_002124

answers: first U.S. unmanned lunar landing (1966),

answers: NDQ_002125

answers: the first spacecraft to orbit Mars

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: CCAFS,

answers: NDQ_002128

answers: Mars

answers: NDQ_002129

answers: three-man U.S. spacecraft (1968).

answers: NDQ_002130

answers: CCAFS,

answers: NDQ_002131

answers: fly past each of the planets in the Solar System

answers: NDQ_002132

answers: unmanned lunar landing

answers: NDQ_002133

answers: (1958),

answers: NDQ_002134

answers: fly past each of the planets in the Solar System

answers: NDQ_002135

answers: (1958),

answers: NDQ_002136

answers: fly past each of the planets in the Solar System

answers: NDQ_002137

answers: CCAFS,

answers: NDQ_002138

answers: first U.S. Earth satellite (1958),

answers: NDQ_002139

answers: (1962),

text: For Hal, however, this new world is too comfortable, too safe. Earth is no longer home, it is "another, alien planet". Humans themselves have changed, having undergone a procedure called betrization, designed to neutralize all aggressive impulses. Its side effect is an extreme  aversion to risk. Hal mistrusts this approach, seeing it as wrong. In particular, for an astronaut, he cannot agree with the opinion that space travel and space exploration are nothing but a youthful and dangerous adventurism. For Hal, this means that "... they have killed the man in man". He and the other returning astronauts are viewed with mistrust, seen as "resuscitated Neanderthals". They are alienated, outcasts, and subject to social pressure to undertake the betrization. The other choice is to leave Earth again and hope that once they come back, in several centuries, Earth's society is more familiar again.

text: For Hal, however, this new world is too comfortable, too safe. Earth is no longer home, it is "another, alien planet". Humans themselves have changed, having undergone a procedure called betrization, designed to neutralize all aggressive impulses. Its side effect is an extreme  aversion to risk. Hal mistrusts this approach, seeing it as wrong. In particular, for an astronaut, he cannot agree with the opinion that space travel and space exploration are nothing but a youthful and dangerous adventurism. For Hal, this means that "... they have killed the man in man". He and the other returning astronauts are viewed with mistrust, seen as "resuscitated

text: Neanderthal

text: s". They are alienated, outcasts, and subject to social pressure to undertake the betrization. The other choice is to leave Earth again and hope that once they come back, in several centuries, Earth's society is more familiar again.

answers: NDQ_002095

answers: space travel

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States and China

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: It's impossible to say

answers: NDQ_002111

answers: How does Hal feel about space travel?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: What is the other choice Hal and the other returning astronauts are subject to?

answers: NDQ_002118

answers: Which of the following is not an example of an alien planet?

answers: NDQ_002119

answers: Earth

answers: NDQ_002120

answers: Which of the following is not a side effect of betrization?

answers: NDQ_002121

answers: Why does Hal mistrust this approach?

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: Which of the following is not a side effect of betrization?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: unanswerable

answers: NDQ_002126

answers: NDQ_002127

answers: social pressure

answers: NDQ_002128

answers: alien planet

answers: NDQ_002129

answers: What is the largest artificial satellite?

answers: NDQ_002130

answers: Hal mistrusts

answers: NDQ_002131

answers: NDQ_002132

answers: unanswerable

answers: NDQ_002133

answers: Neanderthals

answers: NDQ_002134

answers: Betrization is a procedure designed to neutralize all aggressive impulses

answers: NDQ_002135

answers: betrization

answers: NDQ_002136

answers: betrization

answers: NDQ_002137

answers: Earth's magnetic field to determine

answers: NDQ_002138

answers: What is Hal's first name?

answers: NDQ_002139

answers: Hal

answers: NDQ_002095

answers: alien planet".

answers: NDQ_002097

answers: aggressive impulses.

answers: NDQ_002099

answers: youthful and dangerous adventurism.

answers: NDQ_002100

answers: Earth

answers: NDQ_002103

answers: youthful and dangerous adventurism.

answers: NDQ_002108

answers: youthful and dangerous adventurism.

answers: NDQ_002111

answers: "resuscitated Neanderthals".

answers: NDQ_002113

answers: youthful and dangerous adventurism.

answers: NDQ_002114

answers: space exploration are nothing but a youthful and dangerous adventurism.

answers: NDQ_002115

answers: youthful and dangerous adventurism.

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: a youthful and dangerous adventurism.

answers: NDQ_002118

answers: Earth is no longer home, it is "another, alien planet".

answers: NDQ_002119

answers: astronaut,

answers: NDQ_002120

answers: Earth

answers: NDQ_002121

answers: space travel

answers: NDQ_002122

answers: youthful and dangerous adventurism.

answers: NDQ_002123

answers: betrization,

answers: NDQ_002124

answers: a youthful and dangerous adventurism.

answers: NDQ_002125

answers: a youthful and dangerous adventurism.

answers: NDQ_002126

answers: a youthful and dangerous adventurism.

answers: NDQ_002127

answers: social pressure

answers: NDQ_002128

answers: alien planet".

answers: NDQ_002129

answers: betrization,

answers: NDQ_002130

answers: astronaut,

answers: NDQ_002131

answers: betrization,

answers: NDQ_002132

answers: astronaut,

answers: NDQ_002133

answers: Neanderthals".

answers: NDQ_002134

answers: betrization, designed to neutralize all aggressive impulses.

answers: NDQ_002135

answers: youthful and dangerous adventurism.

answers: NDQ_002136

answers: betrization,

answers: NDQ_002137

answers: betrization,

answers: NDQ_002138

answers: a youthful and dangerous adventurism.

answers: NDQ_002139

answers: Hal,

text: IKONOS was originated under the Lockheed Corporation as the Commercial Remote Sensing System (CRSS) satellite. In April 1994 Lockheed was granted one of the first licenses from the U.S. Department of Commerce for commercial satellite high-resolution imagery. On 25 October 1995 partner company Space Imaging received a license from the Federal Communications Commission (FCC) to transmit telemetry from the satellite in the eight-gigahertz Earth Exploration Satellite Services band. Prior to launch, Space Imaging changed the name of the satellite system to IKONOS. The name comes from the Greek word for "image".

text: IKONOS was originated under the

text: Lockheed Corporation

text: as the Commercial Remote Sensing System (CRSS) satellite. In April 1994 Lockheed was granted one of the first licenses from the U.S. Department of Commerce for commercial satellite high-resolution imagery. On 25 October 1995 partner company Space Imaging received a license from the Federal Communications Commission (FCC) to transmit telemetry from the satellite in the eight-gigahertz Earth Exploration Satellite Services band. Prior to launch, Space Imaging changed the name of the satellite system to IKONOS. The name comes from the

text: Greek

text: word for "image".

answers: NDQ_002095

answers: Earth

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched

answers: NDQ_002100

answers: U.S.

answers: NDQ_002103

answers: Prior to launch

answers: NDQ_002108

answers: When did humans first reach space

answers: NDQ_002111

answers: What was the name of the satellite system to IKONOS?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: It's impossible to say

answers: NDQ_002118

answers: How many satellites are in orbit around Earth

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Which satellites make detailed images of continents and coasts?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: How many years after Lockheed was granted one of the first licenses from the US Department of Commerce for commercial satellite high-resolution imagery?

answers: NDQ_002124

answers: who was the first astronaut to walk on the moon

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: Earth

answers: NDQ_002127

answers: rocket

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: IKONOS

answers: NDQ_002130

answers: Department of Commerce

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: unanswerable

answers: NDQ_002134

answers: Newton's third law of motion states that Newton's third law of motion states that

answers: NDQ_002135

answers: IKONOS

answers: NDQ_002136

answers: Space Imaging

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: IKONOS

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: eight-gigahertz Earth Exploration Satellite Services band.

answers: NDQ_002097

answers: eight-gigahertz

answers: NDQ_002099

answers: launch,

answers: NDQ_002100

answers: U.S.

answers: NDQ_002103

answers: launch,

answers: NDQ_002108

answers: 1994

answers: NDQ_002111

answers: IKONOS

answers: NDQ_002113

answers: IKONOS

answers: NDQ_002114

answers: IKONOS

answers: NDQ_002115

answers: IKONOS

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: 1995 partner company Space Imaging received a license from the Federal Communications Commission

answers: NDQ_002118

answers: IKONOS

answers: NDQ_002119

answers: 1994

answers: NDQ_002120

answers: commercial satellite high-resolution imagery.

answers: NDQ_002121

answers: IKONOS

answers: NDQ_002122

answers: IKONOS

answers: NDQ_002123

answers: high-resolution imagery.

answers: NDQ_002124

answers: IKONOS

answers: NDQ_002125

answers: Earth

answers: NDQ_002126

answers: imagery.

answers: NDQ_002127

answers: launch,

answers: NDQ_002128

answers: satellite.

answers: NDQ_002129

answers: eight-gigahertz

answers: NDQ_002130

answers: Department of Commerce

answers: NDQ_002131

answers: IKONOS

answers: NDQ_002132

answers: satellite in the eight-gigahertz Earth Exploration Satellite Services

answers: NDQ_002133

answers: 1994

answers: NDQ_002134

answers: eight-gigahertz

answers: NDQ_002135

answers: 1995

answers: NDQ_002136

answers: licenses from the U.S. Department of Commerce

answers: NDQ_002137

answers: commercial satellite high-resolution imagery.

answers: NDQ_002138

answers: eight-gigahertz Earth Exploration Satellite Services band.

answers: NDQ_002139

answers: IKONOS

text: The X-type asteroid is also classified as a P-type by the NEOWISE mission of NASA's space-based Wide-field Infrared Survey Explorer. The asteroid orbits the Sun at a distance of 2.1–3.2 AU once every 4 years and 4 months (1,587 days). Its orbit has an eccentricity of 0.20 and an inclination of 6° with respect to the ecliptic. First identified as  at Crimea-Simeis in 1914, while the asteroid's Liliths first used observation was made at Konkoly Observatory in 1934, so its observation arc begins 7 years after its official discovery observation.

text: The

text: X-type

text: asteroid is also classified as a

text: P-type

text: by the

text: NEOWISE

text: mission of NASA's space-based

text: Wide-field Infrared Survey Explorer

text: . The asteroid orbits the Sun at a distance of 2.1–3.2

text: AU

text: once every 4 years and 4 months (1,587 days). Its orbit has an

text: eccentricity

text: of 0.20 and an

text: inclination

text: of 6

text: with respect to the

text: ecliptic

text: . First identified as  at

text: Crimea-Simeis

text: in 1914, while the asteroid's Liliths first used observation was made at

text: Konkoly Observatory

text: in 1934, so its

text: observation arc

text: begins 7 years after its official discovery observation.

answers: NDQ_002095

answers: orbit Earth

answers: NDQ_002097

answers: eccentricity of 0.20

answers: NDQ_002099

answers: orbits the Sun

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: How many years after its official discovery observation was made at Konkoly Observatory?

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices are true

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: None of the above choices.

answers: NDQ_002121

answers: Its orbit has an eccentricity of 0.20

answers: NDQ_002122

answers: How many years after its official discovery observation did the asteroid's Liliths first used observation be made at Konkoly Observatory?

answers: NDQ_002123

answers: How many years after its official discovery observation was made at Konkoly Observatory?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: asteroid

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: X-type asteroid

answers: NDQ_002132

answers: unanswerable

answers: NDQ_002133

answers: 1914

answers: NDQ_002134

answers: inclination of 6° with respect to the ecliptic

answers: NDQ_002135

answers: unanswerable

answers: NDQ_002136

answers: eccentricity

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: 2.1–3.2 AU

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: 1934,

answers: NDQ_002097

answers: eccentricity of 0.20

answers: NDQ_002099

answers: inclination of 6° with respect to the ecliptic.

answers: NDQ_002100

answers: NASA's

answers: NDQ_002103

answers: 1914,

answers: NDQ_002108

answers: 1914,

answers: NDQ_002111

answers: 1914,

answers: NDQ_002113

answers: 1914,

answers: NDQ_002114

answers: The X-type asteroid

answers: NDQ_002115

answers: 1914,

answers: NDQ_002116

answers: asteroid

answers: NDQ_002117

answers: X-type asteroid

answers: NDQ_002118

answers: asteroid

answers: NDQ_002119

answers: 7

answers: NDQ_002120

answers: 1914,

answers: NDQ_002121

answers: 2.1–3.2 AU once every 4 years and 4 months

answers: NDQ_002122

answers: 6°

answers: NDQ_002123

answers: Wide-field Infrared Survey Explorer.

answers: NDQ_002124

answers: 1914,

answers: NDQ_002125

answers: NASA's space-based Wide-field Infrared Survey Explorer.

answers: NDQ_002126

answers: eccentricity

answers: NDQ_002127

answers: inclination of 6° with respect to the ecliptic.

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: NASA's space-based Wide-field Infrared Survey Explorer.

answers: NDQ_002130

answers: NASA's

answers: NDQ_002131

answers: X-type asteroid

answers: NDQ_002132

answers: Wide-field Infrared Survey Explorer.

answers: NDQ_002133

answers: 1914,

answers: NDQ_002134

answers: 6°

answers: NDQ_002135

answers: 1914,

answers: NDQ_002136

answers: eccentricity

answers: NDQ_002137

answers: Infrared Survey Explorer.

answers: NDQ_002138

answers: eccentricity of 0.20

answers: NDQ_002139

answers: 1914,

text: Michael Najjar's "outer space" work series deals with the latest developments in space exploration and the way they will shape our future life on Earth, in Earth’s near orbit and on other planets.The cultural dimension represented by emergent cutting-edge space technologies is very much at the center of Najjars´s work – in terms of the deeper knowledge these new technologies will impart about the universe, their impact on space travel, and the way they will influence and shape our lives and work on Earth. This ongoing series started in 2011 with the final launch of the American Space Shuttle Atlantis and currently comprises 24 photographic artworks and 4 video works. The artist has traveled to the world´s most important spaceports like the Kennedy Space Center, Baikonour Cosmodrome in Kazakhstan and the Guiana Space Centre near Kourou in French Guiana. He has met with numerous scientists, engineers and astronauts, and visited space laboratories around the globe constructing new spacecrafts, satellites and telescopes. He traveled to the Atacama Desert in Chile to photograph the world´s most powerful telescopes located at sites across high altitude plateaus in the Andes. His collaboration with leading scientists and space agencies has given him privileged access to locations which are usually unknown to and unseen by the public. The present series blends documentary and fictive scenarios to create visionary enactments of current and future space exploration.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can be launched

answers: NDQ_002100

answers: American

answers: NDQ_002103

answers: spaceports

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: The artist has met with numerous scientists, engineers and astronauts

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S.

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What are satellites?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: how many satellites are in orbit around Earth

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: Landsat satellites make detailed images of continents and coasts

answers: NDQ_002121

answers: What will shape our future life on Earth?

answers: NDQ_002122

answers: What is the name of the artist who has met with numerous scientists?

answers: NDQ_002123

answers: What will shape our future life on Earth?

answers: NDQ_002124

answers: Alan Shepherd was the first astronaut to walk on the Moon

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: the force that pushes a rocket

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: Baikonour Cosmodrome in Kazakhstan

answers: NDQ_002130

answers: Kennedy Space Center

answers: NDQ_002131

answers: fictive scenarios

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: gravitational force is proportional to

answers: NDQ_002135

answers: American Space Shuttle Atlantis

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: spaceports like the Kennedy Space Center

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: orbit

answers: NDQ_002097

answers: Earth’s near orbit

answers: NDQ_002099

answers: constructing new spacecrafts,

answers: NDQ_002100

answers: American

answers: NDQ_002103

answers: launch of the American Space Shuttle Atlantis

answers: NDQ_002108

answers: 2011

answers: NDQ_002111

answers: spacecrafts,

answers: NDQ_002113

answers: Space Shuttle Atlantis

answers: NDQ_002114

answers: American Space Shuttle Atlantis

answers: NDQ_002115

answers: American Space Shuttle Atlantis

answers: NDQ_002116

answers: satellites

answers: NDQ_002117

answers: American Space Shuttle Atlantis

answers: NDQ_002118

answers: Earth’s near orbit

answers: NDQ_002119

answers: 2011

answers: NDQ_002120

answers: Michael Najjar's

answers: NDQ_002121

answers: orbit and on other planets.The

answers: NDQ_002122

answers: Space Shuttle Atlantis

answers: NDQ_002123

answers: telescopes.

answers: NDQ_002124

answers: Michael Najjar's

answers: NDQ_002125

answers: American Space Shuttle Atlantis

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: launch

answers: NDQ_002128

answers: Earth’s

answers: NDQ_002129

answers: American Space Shuttle Atlantis

answers: NDQ_002130

answers: Kennedy Space Center,

answers: NDQ_002131

answers: Space Shuttle Atlantis

answers: NDQ_002132

answers: Space Shuttle Atlantis

answers: NDQ_002133

answers: American Space Shuttle Atlantis

answers: NDQ_002134

answers: Earth’s near orbit and on other planets.The

answers: NDQ_002135

answers: American Space Shuttle Atlantis

answers: NDQ_002136

answers: emergent cutting-edge space technologies

answers: NDQ_002137

answers: satellites and telescopes.

answers: NDQ_002138

answers: Earth’s near orbit

answers: NDQ_002139

answers: astronauts,

text: Sputnik 41 was originally intended to be built aboard Mir, based on a satellite launched in October 1997 as a backup for Sputnik 40. That spacecraft had been stored aboard the space station for a year after the successful deployment of Sputnik 40, and it was intended that it would be fitted with upgraded electronics and deployed. By the time of launch, the project had grown to involve a complete satellite, and the Sputnik 40 backup was never deployed.

text: Sputnik 41 was originally intended to be built aboard Mir, based on a satellite launched in October 1997 as a backup for

text: Sputnik 40

text: . That spacecraft had been stored aboard the space station for a year after the successful deployment of Sputnik 40, and it was intended that it would be fitted with upgraded electronics and deployed. By the time of launch, the project had grown to involve a complete satellite, and the Sputnik 40 backup was never deployed.

answers: NDQ_002095

answers: space station

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: Russia

answers: NDQ_002103

answers: spacecraft

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: It's impossible to say

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: Which happened first, Sputnik 41 was originally intended to be built aboard Mir, or Sputnik 40 was never deployed?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: space station

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Sputnik 40

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: NDQ_002132

answers: Mir

answers: NDQ_002133

answers: Sputnik 40

answers: NDQ_002134

answers: Sputnik 41 was originally intended to be built aboard Mir

answers: NDQ_002135

answers: Sputnik 40

answers: NDQ_002136

answers: space station

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Sputnik 40

answers: NDQ_002139

answers: Sputnik 40

answers: NDQ_002095

answers: deployment of Sputnik 40,

answers: NDQ_002097

answers: deployment of Sputnik 40,

answers: NDQ_002099

answers: fitted with upgraded electronics

answers: NDQ_002100

answers: Sputnik

answers: NDQ_002103

answers: deployed.

answers: NDQ_002108

answers: Sputnik

answers: NDQ_002111

answers: Sputnik 41

answers: NDQ_002113

answers: Sputnik 41

answers: NDQ_002114

answers: Sputnik 41

answers: NDQ_002115

answers: Sputnik 40,

answers: NDQ_002116

answers: satellite launched in October 1997 as a backup for Sputnik 40.

answers: NDQ_002117

answers: launched in October 1997

answers: NDQ_002118

answers: Sputnik 41

answers: NDQ_002119

answers: 1997

answers: NDQ_002120

answers: 1997 as a backup for Sputnik 40.

answers: NDQ_002121

answers: Sputnik 41

answers: NDQ_002122

answers: Sputnik 41

answers: NDQ_002123

answers: Sputnik 41

answers: NDQ_002124

answers: Sputnik 41

answers: NDQ_002125

answers: Sputnik 41

answers: NDQ_002126

answers: deployment of Sputnik 40,

answers: NDQ_002127

answers: space station

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Sputnik 41

answers: NDQ_002130

answers: Mir,

answers: NDQ_002131

answers: Sputnik 41

answers: NDQ_002132

answers: Sputnik 41

answers: NDQ_002133

answers: Sputnik 41

answers: NDQ_002134

answers: Sputnik 41

answers: NDQ_002135

answers: Sputnik 41

answers: NDQ_002136

answers: space station

answers: NDQ_002137

answers: satellite,

answers: NDQ_002138

answers: satellite launched in October 1997 as a backup for Sputnik 40.

answers: NDQ_002139

answers: Sputnik 41

text: Introduction to Outer Space is a pamphlet about space exploration edited by the White House the 26 March 1958.  At first, a report of the President's Science Advisory Committee presided by Dr James R. Killian in the aftermath of the Sputnik 1 launch, Dwight D. Eisenhower found it so informative and interesting that he decided to make it available to everybody for 15 cents.   It presents in simple terms to the layman the future of space exploration.

text: Introduction to Outer Space is a pamphlet about

text: space exploration

text: edited by the

text: White House

text: the 26 March 1958.  At first, a report of the

text: President's Science Advisory Committee

text: presided by Dr

text: James R. Killian

text: in the aftermath of the

text: Sputnik 1

text: launch,

text: Dwight D. Eisenhower

text: found it so informative and interesting that he decided to make it available to everybody for 15 cents.   It presents in simple terms to the layman the future of

text: space exploration

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: law of conservation of energy

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: the White House

answers: NDQ_002103

answers: Sputnik 1

answers: NDQ_002108

answers: Yes

answers: NDQ_002111

answers: How many years after the launch of Sputnik 1 did Eisenhower decide to make it available to everybody for 15 cents?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: Which happened first, Sputnik 1 launch or Introduction to Outer Space?

answers: NDQ_002118

answers: how many satellites are in orbit around earth

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

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

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: Which of the following is not a law: Newton's Third Law of Motion?

answers: NDQ_002123

answers: Which is not a last name, Killian or Outer Space?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: Sputnik 1

answers: NDQ_002130

answers: the White House

answers: NDQ_002131

answers: Sputnik 1

answers: NDQ_002132

answers: Sputnik

answers: NDQ_002133

answers: 1958

answers: NDQ_002134

answers: Newton's third law of motion states that Newton's third law of motion states that Newton's third law of motion states that

answers: NDQ_002135

answers: Sputnik 1 launch

answers: NDQ_002136

answers: Space weather

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: is a satellite in orbit.

answers: NDQ_002139

answers: James R. Killian

answers: NDQ_002095

answers: Sputnik 1

answers: NDQ_002097

answers: Introduction to Outer Space

answers: NDQ_002099

answers: launch,

answers: NDQ_002100

answers: Sputnik 1

answers: NDQ_002103

answers: Sputnik 1 launch,

answers: NDQ_002108

answers: Sputnik 1

answers: NDQ_002111

answers: Sputnik 1

answers: NDQ_002113

answers: Sputnik 1

answers: NDQ_002114

answers: Sputnik 1

answers: NDQ_002115

answers: Sputnik 1

answers: NDQ_002116

answers: Sputnik 1

answers: NDQ_002117

answers: Sputnik 1

answers: NDQ_002118

answers: Sputnik 1

answers: NDQ_002119

answers: 1958.

answers: NDQ_002120

answers: Sputnik 1

answers: NDQ_002121

answers: Sputnik 1

answers: NDQ_002122

answers: Sputnik 1

answers: NDQ_002123

answers: Sputnik 1

answers: NDQ_002124

answers: Sputnik 1

answers: NDQ_002125

answers: Sputnik 1

answers: NDQ_002126

answers: Sputnik 1

answers: NDQ_002127

answers: launch,

answers: NDQ_002128

answers: Sputnik 1

answers: NDQ_002129

answers: Sputnik 1

answers: NDQ_002130

answers: White House

answers: NDQ_002131

answers: Sputnik 1

answers: NDQ_002132

answers: Sputnik 1

answers: NDQ_002133

answers: Sputnik 1

answers: NDQ_002134

answers: Sputnik 1

answers: NDQ_002135

answers: Sputnik 1

answers: NDQ_002136

answers: Sputnik 1 launch,

answers: NDQ_002137

answers: Sputnik 1

answers: NDQ_002138

answers: Sputnik 1

answers: NDQ_002139

answers: Dwight D. Eisenhower

text: The sixth story, "Come Live With Me," is one of the last stories written by Tiptree. It is the only story in this collection regarding the far future and deep space. It's a quick, simple tale of a deep-space exploration crew's encounter with a mind-controlling lily, mainly from the plant's perspective. The plant has never encountered a being more intelligent than a space beaver, so meeting humans and their egos is a big change.

text: The sixth story, "Come Live With Me," is one of the last stories written by Tiptree. It is the only story in this collection regarding the far future and deep space. It's a quick, simple tale of a

text: deep-space exploration

text: crew's encounter with a

text: mind-controlling

text: lily

text: , mainly from the plant's perspective. The plant has never encountered a being more intelligent than a space

text: beaver

text: , so meeting humans and their

text: egos

text: is a big change.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: United States and China

answers: NDQ_002103

answers: first

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How did Tiptree write the story?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S.

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: How does Tiptree's story relate to deep space?

answers: NDQ_002118

answers: what is the only story regarding the far future and deep space

answers: NDQ_002119

answers: space

answers: NDQ_002120

answers: Which of the following is not true of Tiptree?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What is the only story regarding the far future and deep space?

answers: NDQ_002123

answers: Which of the following is not mentioned in the story: imaging satellites are placed in high orbits over Earth.

answers: NDQ_002124

answers: who was the first astronaut to walk on the Moon

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: Tiptree

answers: NDQ_002128

answers: space beaver

answers: NDQ_002129

answers: The plant has never encountered a being more intelligent than a space beaver

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: deep-space exploration crew's encounter

answers: NDQ_002132

answers: space beaver

answers: NDQ_002133

answers: unanswerable

answers: NDQ_002134

answers: gravitational force is inversely proportional to mass

answers: NDQ_002135

answers: Come Live With Me

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: does not have a mind.

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: deep space.

answers: NDQ_002097

answers: "Come Live With Me,"

answers: NDQ_002099

answers: deep space.

answers: NDQ_002100

answers: humans

answers: NDQ_002103

answers: deep space.

answers: NDQ_002108

answers: deep space.

answers: NDQ_002111

answers: "Come Live With Me,"

answers: NDQ_002113

answers: deep space.

answers: NDQ_002114

answers: "Come Live With Me,"

answers: NDQ_002115

answers: "Come Live With Me,"

answers: NDQ_002116

answers: The sixth story, "Come Live With Me,"

answers: NDQ_002117

answers: deep space.

answers: NDQ_002118

answers: deep space.

answers: NDQ_002119

answers: The sixth story, "Come Live With Me,"

answers: NDQ_002120

answers: The sixth story, "Come Live With Me,"

answers: NDQ_002121

answers: deep space.

answers: NDQ_002122

answers: deep space.

answers: NDQ_002123

answers: deep space.

answers: NDQ_002124

answers: "Come Live With Me,"

answers: NDQ_002125

answers: mind-controlling lily,

answers: NDQ_002126

answers: lily,

answers: NDQ_002127

answers: space beaver,

answers: NDQ_002128

answers: space beaver,

answers: NDQ_002129

answers: space beaver,

answers: NDQ_002130

answers: Tiptree.

answers: NDQ_002131

answers: "Come Live With Me,"

answers: NDQ_002132

answers: space beaver,

answers: NDQ_002133

answers: humans

answers: NDQ_002134

answers: mind-controlling lily,

answers: NDQ_002135

answers: "Come Live With Me,"

answers: NDQ_002136

answers: humans

answers: NDQ_002137

answers: mind-controlling lily,

answers: NDQ_002138

answers: space beaver,

answers: NDQ_002139

answers: Tiptree.

text: Sputnik (Спутник), a Russian word meaning "satellite" or literally "fellow traveler", is a name applied to certain spacecraft launched under the Soviet space program. "Sputnik 1", "Sputnik 2" and "Sputnik 3" were the official Soviet names of those objects, while the remaining designations in the series ("Sputnik 4" and so on) were not official names, but were names applied in the West, to objects whose original Soviet names may not have been known at the time.

text: Sputnik (Спутник), a

text: Russian

text: word meaning "satellite" or literally "fellow traveler", is a name applied to certain

text: spacecraft

text: launched under the

text: Soviet space program

text: Sputnik 1

text: Sputnik 2

text: " and "

text: Sputnik 3

text: " were the official Soviet names of those objects, while the remaining designations in the series ("Sputnik 4" and so on) were not official names, but were names applied in the West, to objects whose original Soviet names may not have been known at the time.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch

answers: NDQ_002100

answers: Soviet

answers: NDQ_002103

answers: Sputnik

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: The Soviet space program

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: U.S.

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: Landsat

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: What is Sputnik?

answers: NDQ_002124

answers: Sputnik 1

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Sputnik 3

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Sputnik

answers: NDQ_002132

answers: Sputnik

answers: NDQ_002133

answers: Soviet space program

answers: NDQ_002134

answers: Sputnik 3 was the official Soviet names of those objects

answers: NDQ_002135

answers: the Soviet space program

answers: NDQ_002136

answers: spacecraft

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Sputnik

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: spacecraft launched under the Soviet space program.

answers: NDQ_002097

answers: Sputnik

answers: NDQ_002099

answers: launched under the Soviet space program.

answers: NDQ_002100

answers: Soviet

answers: NDQ_002103

answers: launched under the Soviet space program.

answers: NDQ_002108

answers: Sputnik

answers: NDQ_002111

answers: original Soviet names may not have been known at the time.

answers: NDQ_002113

answers: Sputnik

answers: NDQ_002114

answers: Sputnik

answers: NDQ_002115

answers: Sputnik

answers: NDQ_002116

answers: Sputnik

answers: NDQ_002117

answers: Sputnik

answers: NDQ_002118

answers: Sputnik

answers: NDQ_002119

answers: Sputnik

answers: NDQ_002120

answers: Sputnik

answers: NDQ_002121

answers: Sputnik

answers: NDQ_002122

answers: Sputnik

answers: NDQ_002123

answers: Sputnik

answers: NDQ_002124

answers: Sputnik

answers: NDQ_002125

answers: Sputnik

answers: NDQ_002126

answers: traveler",

answers: NDQ_002127

answers: launched under the Soviet space program.

answers: NDQ_002128

answers: "satellite"

answers: NDQ_002129

answers: Sputnik

answers: NDQ_002130

answers: Soviet space program.

answers: NDQ_002131

answers: Sputnik

answers: NDQ_002132

answers: "satellite"

answers: NDQ_002133

answers: Soviet space program.

answers: NDQ_002134

answers: Sputnik

answers: NDQ_002135

answers: Soviet space program.

answers: NDQ_002136

answers: Soviet space program.

answers: NDQ_002137

answers: Sputnik

answers: NDQ_002138

answers: Sputnik

answers: NDQ_002139

answers: Sputnik

text: The first Lego Space sets began an era of more complicated and less colorful designs with a heavy emphasis on space exploration. Much of the early Space sets consisted of blue, grey, white, and transparent yellow. Designs began using more stacked plates instead of stacked bricks in order to make sleeker spaceship profiles. In its earliest stages, Space sets consisted only of ships and basic wheeled vehicles. But as science-fiction designs grew, the basic pattern of ground-buggies, walking robots, small and large spaceships, and bases developed. With the limited parts selection at the time, sets were still fairly simplistic with designs including: minifigure pilots steering their spacecraft with steering wheels, rocket engines could be simple transparent cones affixed to fence pieces, and visor-less helmets and often no in-flight pilot protection other than a spacesuit. The first minifigures released in this theme in 1978 wore either a red or white spacesuit with yellow spacemen debuting a year later. By the mid-1980s, the color palette had shifted to predominantly white with transparent blue theme, later used extensively in the Futuron theme, and two new colors of spacemen were introduced in blue and black uniforms.

text: The first Lego Space sets began an era of more complicated and less colorful designs with a heavy emphasis on space exploration. Much of the early Space sets consisted of blue, grey, white, and transparent yellow. Designs began using more stacked plates instead of stacked bricks in order to make sleeker spaceship profiles. In its earliest stages, Space sets consisted only of ships and basic wheeled vehicles. But as science-fiction designs grew, the basic pattern of ground-buggies, walking robots, small and large spaceships, and bases developed. With the limited parts selection at the time, sets were still fairly simplistic with designs including: minifigure pilots steering their spacecraft with

text: steering wheel

text: s,

text: rocket engines

text: could be simple transparent cones affixed to fence pieces, and

text: visor

text: -less

text: helmet

text: s and often no in-flight pilot protection other than a spacesuit. The first minifigures released in this theme in 1978 wore either a red or white spacesuit with yellow spacemen debuting a year later. By the mid-1980s, the color palette had shifted to predominantly white with transparent blue theme, later used extensively in the Futuron theme, and two new colors of spacemen were introduced in blue and black uniforms.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: affixed to fence pieces

answers: NDQ_002099

answers: can go into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: with a rocket engine

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How many years after the first minifigures released in this theme were yellow spacemen debuting?

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: how many satellites are in orbit around earth

answers: NDQ_002119

answers: Neil Armstrong walked

answers: NDQ_002120

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

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: Which of the following is not a type of spacecraft: ground-buggies, walking robots, small and large spaceships, and bases?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: Steering

answers: NDQ_002127

answers: visor-less helmets

answers: NDQ_002128

answers: spaceship

answers: NDQ_002129

answers: the largest artificial satellite

answers: NDQ_002130

answers: unanswerable

answers: NDQ_002131

answers: With the limited parts selection at the time, sets were still fairly simplistic

answers: NDQ_002132

answers: unanswerable

answers: NDQ_002133

answers: 1978

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: Space sets

answers: NDQ_002136

answers: Rocket engines

answers: NDQ_002137

answers: satellites to measure

answers: NDQ_002138

answers: can be described as

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: space exploration.

answers: NDQ_002097

answers: steering their spacecraft with steering wheels,

answers: NDQ_002099

answers: rocket engines could be simple transparent cones affixed to fence pieces,

answers: NDQ_002100

answers: blue and black uniforms.

answers: NDQ_002103

answers: rocket engines could be simple transparent cones affixed to fence pieces,

answers: NDQ_002108

answers: 1978

answers: NDQ_002111

answers: rocket engines could be simple transparent cones affixed to fence pieces,

answers: NDQ_002113

answers: rocket engines could be simple transparent cones affixed to fence pieces,

answers: NDQ_002114

answers: minifigure pilots steering their spacecraft with steering wheels,

answers: NDQ_002115

answers: rocket engines could be simple transparent cones affixed to fence pieces,

answers: NDQ_002116

answers: Space sets consisted of blue, grey, white, and transparent yellow.

answers: NDQ_002117

answers: rocket engines could be simple transparent cones affixed to fence pieces,

answers: NDQ_002118

answers: Space sets consisted of blue, grey, white, and transparent yellow.

answers: NDQ_002119

answers: 1978

answers: NDQ_002120

answers: Space sets consisted of blue, grey, white, and transparent yellow.

answers: NDQ_002121

answers: rocket engines could be simple transparent cones affixed to fence pieces,

answers: NDQ_002122

answers: rocket engines could be simple transparent cones affixed to fence pieces,

answers: NDQ_002123

answers: minifigure pilots steering their spacecraft with steering wheels,

answers: NDQ_002124

answers: walking robots,

answers: NDQ_002125

answers: space exploration.

answers: NDQ_002126

answers: steering wheels,

answers: NDQ_002127

answers: rocket engines could be simple transparent cones affixed to fence pieces,

answers: NDQ_002128

answers: spaceships,

answers: NDQ_002129

answers: transparent cones affixed to fence pieces,

answers: NDQ_002130

answers: Lego Space sets

answers: NDQ_002131

answers: minifigure pilots steering their spacecraft with steering wheels,

answers: NDQ_002132

answers: ground-buggies, walking robots,

answers: NDQ_002133

answers: rocket engines could be simple transparent cones affixed to fence pieces,

answers: NDQ_002134

answers: rocket engines could be simple transparent cones affixed to fence pieces,

answers: NDQ_002135

answers: transparent cones affixed to fence pieces,

answers: NDQ_002136

answers: rocket engines could be simple transparent cones affixed to fence pieces,

answers: NDQ_002137

answers: transparent cones affixed to fence pieces,

answers: NDQ_002138

answers: ground-buggies,

answers: NDQ_002139

answers: 1978

text: The modern, balanced approach to exploring an extraterrestrial destination involves several phases of exploration, each of which needs to produce rationale for progressing to the next phase.  The phase immediately preceding human exploration can be described as anthropocentric sensing, that is, sensing designed to give humans as realistic a feeling as possible of actually exploring in person.  More, the line between a human system and a robotic system in space is not always going to be clear.  As a general rule, the more formidable the environment, the more essential robotic technology is.  Robotic systems can be broadly considered part of space architecture when their purpose is to facilitate the habitation of space or extend the range of the physiological senses into space.

text: The modern, balanced approach to exploring an extraterrestrial destination involves several phases of exploration, each of which needs to produce rationale for progressing to the next phase.  The phase immediately preceding human exploration can be described as anthropocentric sensing, that is, sensing designed to give humans as realistic a feeling as possible of actually exploring in person.  More, the line between a human system and a robotic system in space is not always going to be clear.  As a general rule, the more formidable the environment, the more essential robotic technology is.  Robotic systems can be broadly considered part of space architecture when their purpose is to facilitate the habitation of space or extend the range of the physiological

text: senses

text: into space.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: force

answers: NDQ_002099

answers: explores an extraterrestrial destination

answers: NDQ_002100

answers: unanswerable

answers: NDQ_002103

answers: before human exploration

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: satellite

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: satellites are in orbit around Earth

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: anthropocentric sensing

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: the more formidable the environment, the more essential robotic technology is

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: anthropocentric sensing

answers: NDQ_002128

answers: isotope

answers: NDQ_002129

answers: The line between a human system and a robotic system in space is not always going to be clear

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: anthropocentric sensing

answers: NDQ_002132

answers: Robotic systems

answers: NDQ_002133

answers: space age

answers: NDQ_002134

answers: the more formidable the environment, the more essential robotic technology is

answers: NDQ_002135

answers: anthropocentric sensing

answers: NDQ_002136

answers: mechanical propulsion

answers: NDQ_002137

answers: anthropocentric sensing

answers: NDQ_002138

answers: can be broadly considered part of space architecture

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: extraterrestrial

answers: NDQ_002097

answers: anthropocentric sensing,

answers: NDQ_002099

answers: each of which needs to produce rationale for progressing to the next phase.

answers: NDQ_002100

answers: The modern, balanced approach to exploring an extraterrestrial

answers: NDQ_002103

answers: The modern, balanced approach to exploring an extraterrestrial destination

answers: NDQ_002108

answers: anthropocentric sensing,

answers: NDQ_002111

answers: anthropocentric sensing,

answers: NDQ_002113

answers: the more formidable the environment, the more essential robotic technology is.

answers: NDQ_002114

answers: anthropocentric sensing,

answers: NDQ_002115

answers: anthropocentric sensing,

answers: NDQ_002116

answers: anthropocentric sensing,

answers: NDQ_002117

answers: the more formidable the environment, the more essential robotic technology

answers: NDQ_002118

answers: the more formidable the environment, the more essential robotic technology

answers: NDQ_002119

answers: human exploration

answers: NDQ_002120

answers: anthropocentric sensing,

answers: NDQ_002121

answers: Robotic systems

answers: NDQ_002122

answers: the more formidable the environment, the more essential robotic technology is.

answers: NDQ_002123

answers: anthropocentric sensing,

answers: NDQ_002124

answers: anthropocentric sensing,

answers: NDQ_002125

answers: The modern, balanced approach to exploring an extraterrestrial destination

answers: NDQ_002126

answers: anthropocentric sensing,

answers: NDQ_002127

answers: Robotic systems

answers: NDQ_002128

answers: Robotic systems

answers: NDQ_002129

answers: Robotic systems

answers: NDQ_002130

answers: The modern, balanced approach to exploring an extraterrestrial destination

answers: NDQ_002131

answers: Robotic systems

answers: NDQ_002132

answers: robotic

answers: NDQ_002133

answers: human exploration

answers: NDQ_002134

answers: the more formidable the environment, the more essential robotic technology

answers: NDQ_002135

answers: anthropocentric sensing,

answers: NDQ_002136

answers: robotic technology

answers: NDQ_002137

answers: anthropocentric sensing,

answers: NDQ_002138

answers: the more formidable the environment, the more essential robotic technology

answers: NDQ_002139

answers: anthropocentric sensing,

text: The research that is conducted by national space exploration agencies, such as NASA and Roscosmos, is one of the reasons supporters cite to justify government expenses. Economic analyses of the NASA programs often showed ongoing economic benefits (such as NASA spin-offs), generating many times the revenue of the cost of the program. It is also argued that space exploration would lead to the extraction of resources on other planets and especially asteroids, which contain billions of dollars worth of minerals and metals. Such expeditions could generate a lot of revenue. As well, it has been argued that space exploration programs help inspire youth to study in science and engineering.

text: The research that is conducted by national space exploration agencies, such as

text: NASA

text: and

text: Roscosmos

text: , is one of the reasons supporters cite to justify government expenses. Economic analyses of the NASA programs often showed ongoing economic benefits (such as

text: NASA spin-off

text: s), generating many times the revenue of the cost of the program. It is also argued that space exploration would lead to the extraction of resources on other planets and especially asteroids, which contain billions of dollars worth of minerals and metals. Such expeditions could generate a lot of revenue. As well, it has been argued that space exploration programs help inspire youth to study in science and engineering.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: generates many times the revenue

answers: NDQ_002100

answers: Roscosmos

answers: NDQ_002103

answers: NASA

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: unknown

answers: NDQ_002116

answers: NASA spin-offs

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: unanswerable

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: asteroids

answers: NDQ_002129

answers: Roscosmos

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: asteroids

answers: NDQ_002132

answers: Roscosmos

answers: NDQ_002133

answers: space exploration

answers: NDQ_002134

answers: asteroids contain billions of dollars worth of minerals

answers: NDQ_002135

answers: Roscosmos

answers: NDQ_002136

answers: gravity

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: would lead to the extraction of resources on other planets

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: asteroids,

answers: NDQ_002097

answers: extraction of resources on other planets

answers: NDQ_002099

answers: space exploration programs help inspire youth to study in science and engineering.

answers: NDQ_002100

answers: NASA and Roscosmos,

answers: NDQ_002103

answers: asteroids,

answers: NDQ_002108

answers: NASA and Roscosmos,

answers: NDQ_002111

answers: space exploration programs help inspire youth to study in science and engineering.

answers: NDQ_002113

answers: space exploration would lead to the extraction of resources on other planets

answers: NDQ_002114

answers: NASA and Roscosmos,

answers: NDQ_002115

answers: NASA and Roscosmos,

answers: NDQ_002116

answers: asteroids,

answers: NDQ_002117

answers: space exploration agencies, such as NASA and Roscosmos,

answers: NDQ_002118

answers: asteroids,

answers: NDQ_002119

answers: space exploration agencies, such as NASA and Roscosmos,

answers: NDQ_002120

answers: NASA and Roscosmos,

answers: NDQ_002121

answers: asteroids,

answers: NDQ_002122

answers: asteroids,

answers: NDQ_002123

answers: asteroids,

answers: NDQ_002124

answers: NASA and Roscosmos,

answers: NDQ_002125

answers: asteroids,

answers: NDQ_002126

answers: asteroids,

answers: NDQ_002127

answers: engineering.

answers: NDQ_002128

answers: asteroids,

answers: NDQ_002129

answers: Roscosmos,

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: space exploration agencies, such as NASA and Roscosmos,

answers: NDQ_002132

answers: Roscosmos,

answers: NDQ_002133

answers: Roscosmos,

answers: NDQ_002134

answers: extraction of resources on other planets

answers: NDQ_002135

answers: Roscosmos,

answers: NDQ_002136

answers: government expenses.

answers: NDQ_002137

answers: asteroids,

answers: NDQ_002138

answers: NASA and Roscosmos,

answers: NDQ_002139

answers: NASA and Roscosmos,

text: The Jules Verne Festival traditionally includes an awards ceremony during which selected explorers, environmentalists, filmmakers and movie stars are presented with the Jules Verne Award. Among others, the Jules Verne Award was given to Gérard Depardieu, Catherine Deneuve, Jean-Pierre Jeunet, Charlotte Rampling, Claude Lelouch, Johnny Depp, Christopher Lee, Patrick Stewart, Mark Hamill, Buzz Aldrin, William Shatner, Tippi Hedren, Stan Lee, Ray Bradbury, Ted Turner, Richard Dean Anderson, Larry Hagman, Christopher Reeve, Roy E. Disney, Tony Curtis, Ernest Borgnine, Steve McQueen, TV series Heroes, Lost, Stargate SG1 and Battlestar Galactica cast and crew, and has celebrated movie classics such as Blade Runner, Star Trek, Superman, Forbidden Planet, Alfred Hitchcock’s The Birds, 2001: A Space Odyssey, Planet of the Apes, Some Like It Hot and The Wild Bunch.

text: The Jules Verne Festival traditionally includes an awards ceremony during which selected explorers, environmentalists, filmmakers and movie stars are presented with the

text: Jules Verne Award

text: . Among others, the

text: Jules Verne Award

text: was given to

text: Gérard Depardieu

text: Catherine Deneuve

text: Jean-Pierre Jeunet

text: Charlotte Rampling

text: Claude Lelouch

text: Johnny Depp

text: Christopher Lee

text: Patrick Stewart

text: Mark Hamill

text: Buzz Aldrin

text: William Shatner

text: Tippi Hedren

text: Stan Lee

text: Ray Bradbury

text: Ted Turner

text: Richard Dean Anderson

text: Larry Hagman

text: Christopher Reeve

text: Roy E. Disney

text: Tony Curtis

text: Ernest Borgnine

text: Steve McQueen

text: , TV series

text: Heroes

text: Lost

text: Stargate SG1

text: and

text: Battlestar Galactica

text: cast and crew, and has celebrated movie classics such as

text: Blade Runner

text: Star Trek

text: Superman

text: Forbidden Planet

text: , Alfred Hitchcock’s

text: The Birds

text: 2001: A Space Odyssey

text: Planet of the Apes

text: Some Like It Hot

text: and

text: The Wild Bunch

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can go into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: 2001: A Space Odyssey

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: Buzz Aldrin

answers: NDQ_002115

answers: Buzz Aldrin

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: Buzz Aldrin

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: What is the name of the third law of motion?

answers: NDQ_002123

answers: unanswerable

answers: NDQ_002124

answers: Buzz Aldrin

answers: NDQ_002125

answers: Buzz Aldrin

answers: NDQ_002126

answers: undefined

answers: NDQ_002127

answers: Buzz Aldrin

answers: NDQ_002128

answers: a planet

answers: NDQ_002129

answers: Buzz Aldrin

answers: NDQ_002130

answers: Buzz Aldrin

answers: NDQ_002131

answers: Blade Runner

answers: NDQ_002132

answers: SG-1

answers: NDQ_002133

answers: unanswerable

answers: NDQ_002134

answers: gravitational force is proportional to mass

answers: NDQ_002135

answers: 2001: A Space Odyssey

answers: NDQ_002136

answers: Buzz Aldrin

answers: NDQ_002137

answers: satellites to measure the Earth's position

answers: NDQ_002138

answers: Buzz Aldrin

answers: NDQ_002139

answers: Buzz Aldrin

answers: NDQ_002095

answers: Buzz Aldrin,

answers: NDQ_002097

answers: Claude Lelouch,

answers: NDQ_002099

answers: Buzz Aldrin,

answers: NDQ_002100

answers: Jules Verne Award.

answers: NDQ_002103

answers: Buzz Aldrin,

answers: NDQ_002108

answers: Buzz Aldrin,

answers: NDQ_002111

answers: Buzz Aldrin,

answers: NDQ_002113

answers: Buzz Aldrin,

answers: NDQ_002114

answers: Buzz Aldrin,

answers: NDQ_002115

answers: Buzz Aldrin,

answers: NDQ_002116

answers: Buzz Aldrin,

answers: NDQ_002117

answers: Buzz Aldrin,

answers: NDQ_002118

answers: Buzz Aldrin,

answers: NDQ_002119

answers: Buzz Aldrin,

answers: NDQ_002120

answers: Jules Verne Award.

answers: NDQ_002121

answers: Buzz Aldrin,

answers: NDQ_002122

answers: Buzz Aldrin,

answers: NDQ_002123

answers: Buzz Aldrin,

answers: NDQ_002124

answers: Buzz Aldrin,

answers: NDQ_002125

answers: Buzz Aldrin,

answers: NDQ_002126

answers: Claude Lelouch,

answers: NDQ_002127

answers: Buzz Aldrin,

answers: NDQ_002128

answers: Stargate SG1

answers: NDQ_002129

answers: Buzz Aldrin,

answers: NDQ_002130

answers: Buzz Aldrin,

answers: NDQ_002131

answers: Blade Runner,

answers: NDQ_002132

answers: Stargate SG1

answers: NDQ_002133

answers: Buzz Aldrin,

answers: NDQ_002134

answers: Buzz Aldrin,

answers: NDQ_002135

answers: Buzz Aldrin,

answers: NDQ_002136

answers: Buzz Aldrin,

answers: NDQ_002137

answers: Claude Lelouch,

answers: NDQ_002138

answers: Buzz Aldrin,

answers: NDQ_002139

answers: Buzz Aldrin,

text: The overlapping atomic orbitals can differ. The two types of overlapping orbitals are sigma and pi.  Sigma bonds occur when the orbitals of two shared electrons overlap head-to-head. Pi bonds occur when two orbitals overlap when they are parallel.  For example, a bond between two s-orbital electrons is a sigma bond, because two spheres are always coaxial. In terms of bond order, single bonds have one sigma bond, double bonds consist of one sigma bond and one pi bond, and triple bonds contain one sigma bond and two pi bonds. However, the atomic orbitals for bonding may be hybrids. Often, the bonding atomic orbitals have a character of several possible types of orbitals. The methods to get an atomic orbital with the proper character for the bonding is called hybridization.

text: The overlapping atomic orbitals can differ. The two types of overlapping orbitals are sigma and pi.

text: Sigma bond

text: s occur when the orbitals of two shared electrons overlap head-to-head.

text: Pi bond

text: s occur when two orbitals overlap when they are parallel.  For example, a bond between two s-orbital electrons is a sigma bond, because two spheres are always coaxial. In terms of bond order, single bonds have one sigma bond, double bonds consist of one sigma bond and one pi bond, and triple bonds contain one sigma bond and two pi bonds. However, the atomic orbitals for bonding may be hybrids. Often, the bonding atomic orbitals have a character of several possible types of orbitals. The methods to get an atomic orbital with the proper character for the bonding is called

text: hybridization

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: two spheres are always coaxial

answers: NDQ_002099

answers: can launch into space.

answers: NDQ_002100

answers: unanswerable

answers: NDQ_002103

answers: sigma

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How many orbitals overlap when they are parallel?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: How many orbitals overlap when they are parallel?

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: Which of the following is not true?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: How many orbital electrons do imaging satellites have?

answers: NDQ_002124

answers: Alan Shepherd

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: sphere

answers: NDQ_002127

answers: Pi bonds

answers: NDQ_002128

answers: isotope

answers: NDQ_002129

answers: sigma bond

answers: NDQ_002130

answers: The overlapping atomic orbitals can differ

answers: NDQ_002131

answers: sigma bond

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 20th century

answers: NDQ_002134

answers: Pi bonds occur when two orbitals overlap when they are parallel.

answers: NDQ_002135

answers: sigma bonds

answers: NDQ_002136

answers: bonding

answers: NDQ_002137

answers: sigma bonds

answers: NDQ_002138

answers: is a sigma bond.

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: overlapping atomic orbitals

answers: NDQ_002097

answers: head-to-head.

answers: NDQ_002099

answers: hybridization.

answers: NDQ_002100

answers: two shared electrons overlap head-to-head.

answers: NDQ_002103

answers: The overlapping atomic orbitals

answers: NDQ_002108

answers: overlapping atomic orbitals

answers: NDQ_002111

answers: The overlapping atomic orbitals

answers: NDQ_002113

answers: hybridization.

answers: NDQ_002114

answers: The overlapping atomic orbitals

answers: NDQ_002115

answers: The overlapping atomic orbitals

answers: NDQ_002116

answers: The overlapping atomic orbitals

answers: NDQ_002117

answers: hybridization.

answers: NDQ_002118

answers: hybridization.

answers: NDQ_002119

answers: The overlapping atomic orbitals

answers: NDQ_002120

answers: hybridization.

answers: NDQ_002121

answers: The overlapping atomic orbitals

answers: NDQ_002122

answers: Pi bonds occur when two orbitals overlap when they are parallel.

answers: NDQ_002123

answers: hybridization.

answers: NDQ_002124

answers: The overlapping atomic orbitals

answers: NDQ_002125

answers: The overlapping atomic orbitals

answers: NDQ_002126

answers: spheres

answers: NDQ_002127

answers: overlapping atomic orbitals

answers: NDQ_002128

answers: electrons

answers: NDQ_002129

answers: The overlapping atomic orbitals

answers: NDQ_002130

answers: The overlapping atomic orbitals

answers: NDQ_002131

answers: The overlapping atomic orbitals

answers: NDQ_002132

answers: The overlapping atomic orbitals

answers: NDQ_002133

answers: The overlapping atomic orbitals

answers: NDQ_002134

answers: Pi bonds occur when two orbitals overlap when they are parallel.

answers: NDQ_002135

answers: The overlapping atomic orbitals

answers: NDQ_002136

answers: bond

answers: NDQ_002137

answers: atomic orbitals

answers: NDQ_002138

answers: The overlapping atomic orbitals

answers: NDQ_002139

answers: The overlapping atomic orbitals

text: Planet Earth explores geoscience and how discoveries of the early and mid-1980s were revolutionizing mankind's understanding of the Earth's past, present, and future. It also highlights scientific discoveries not yet fully understood and still under study in the mid-1980s. The series explores the Earth's origins, history, and structure; the forces that operate continually to alter its surface; its oceans; its climate; its natural resources; its biosphere and the effects of life on the physical world; its relationship to the Sun and other bodies in the solar system; and its possible future in the face of pressures the growing human population places on the natural world.

text: Planet Earth explores

text: geoscience

text: and how discoveries of the early and mid-1980s were revolutionizing mankind's understanding of the Earth's past, present, and future. It also highlights scientific discoveries not yet fully understood and still under study in the mid-1980s. The series explores the Earth's origins, history, and structure; the forces that operate continually to alter its surface; its oceans; its climate; its

text: natural resources

text: ; its

text: biosphere

text: and the effects of life on the physical world; its relationship to the

text: Sun

text: and other bodies in the

text: solar system

text: ; and its possible future in the face of pressures the growing human population places on the natural world.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: force that operate continually to alter its surface

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: the Sun

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: in the mid-1980s

answers: NDQ_002113

answers: the mid-1980s

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: 1980s

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat satellites?

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: Newtons Third Law of Motion

answers: NDQ_002123

answers: Which of the following is not a natural resource: its oceans, its climate, or its biosphere?

answers: NDQ_002124

answers: Who was the first astronaut to walk on the Moon?

answers: NDQ_002125

answers: Mars

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: the forces that operate continually to alter its surface

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: Earth's

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 1980s

answers: NDQ_002134

answers: Earth's oceans

answers: NDQ_002135

answers: 1980s

answers: NDQ_002136

answers: the Sun

answers: NDQ_002137

answers: the Sun

answers: NDQ_002138

answers: is a satellite in a low orbit

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Sun and other bodies in the solar system;

answers: NDQ_002097

answers: the forces that operate continually to alter its surface;

answers: NDQ_002099

answers: alter its surface;

answers: NDQ_002100

answers: early and mid-1980s

answers: NDQ_002103

answers: Sun

answers: NDQ_002108

answers: early and mid-1980s

answers: NDQ_002111

answers: scientific discoveries not yet fully understood

answers: NDQ_002113

answers: early and mid-1980s

answers: NDQ_002114

answers: Planet Earth

answers: NDQ_002115

answers: early and mid-1980s

answers: NDQ_002116

answers: Sun

answers: NDQ_002117

answers: Sun

answers: NDQ_002118

answers: Sun and other bodies in the solar system;

answers: NDQ_002119

answers: mid-1980s

answers: NDQ_002120

answers: oceans;

answers: NDQ_002121

answers: Sun and other bodies in the solar system;

answers: NDQ_002122

answers: Planet Earth

answers: NDQ_002123

answers: Sun and other bodies in the solar system;

answers: NDQ_002124

answers: Planet Earth

answers: NDQ_002125

answers: Planet Earth

answers: NDQ_002126

answers: Sun and other bodies in the solar system;

answers: NDQ_002127

answers: forces that operate continually to alter its surface;

answers: NDQ_002128

answers: Sun

answers: NDQ_002129

answers: Sun

answers: NDQ_002130

answers: Planet Earth

answers: NDQ_002131

answers: Planet Earth

answers: NDQ_002132

answers: Planet Earth

answers: NDQ_002133

answers: mid-1980s

answers: NDQ_002134

answers: the forces that operate continually to alter its surface;

answers: NDQ_002135

answers: early and mid-1980s

answers: NDQ_002136

answers: growing human population

answers: NDQ_002137

answers: Sun

answers: NDQ_002138

answers: Sun and other bodies in the solar system;

answers: NDQ_002139

answers: early and mid-1980s

text: From the 2013 film Gravity, space shuttle Explorer is destroyed by an out of control satellite, in the early portion of the film.

text: From the 2013 film

text: Gravity

text: , space shuttle

text: Explorer

text: is destroyed by an out of control satellite, in the early portion of the film.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: United States and Russia

answers: NDQ_002103

answers: before a satellite

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: in space

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat or Explorer?

answers: NDQ_002121

answers: The law of conservation of energy.

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

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

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: gravity

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: space shuttle Explorer

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: space shuttle Explorer

answers: NDQ_002132

answers: space shuttle

answers: NDQ_002133

answers: space shuttle

answers: NDQ_002134

answers: gravitational force causes objects to move in the same direction

answers: NDQ_002135

answers: Gravity

answers: NDQ_002136

answers: gravity

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: can be destroyed by a space shuttle

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: space shuttle Explorer

answers: NDQ_002097

answers: Gravity, space shuttle Explorer is destroyed by an out of control satellite,

answers: NDQ_002099

answers: space shuttle Explorer is destroyed by an out of control satellite,

answers: NDQ_002100

answers: 2013

answers: NDQ_002103

answers: space shuttle Explorer is destroyed by an out of control satellite,

answers: NDQ_002108

answers: space shuttle Explorer

answers: NDQ_002111

answers: space shuttle Explorer is destroyed by an out of control satellite,

answers: NDQ_002113

answers: space shuttle Explorer is destroyed by an out of control satellite,

answers: NDQ_002114

answers: space shuttle Explorer

answers: NDQ_002115

answers: space shuttle Explorer is destroyed by an out of control satellite,

answers: NDQ_002116

answers: satellite,

answers: NDQ_002117

answers: out of control satellite,

answers: NDQ_002118

answers: out of control satellite,

answers: NDQ_002119

answers: 2013

answers: NDQ_002120

answers: Gravity, space shuttle Explorer is destroyed by an out of control satellite,

answers: NDQ_002121

answers: Gravity,

answers: NDQ_002122

answers: Gravity, space shuttle Explorer is destroyed by an out of control satellite,

answers: NDQ_002123

answers: out of control satellite,

answers: NDQ_002124

answers: Gravity, space shuttle Explorer

answers: NDQ_002125

answers: space shuttle Explorer

answers: NDQ_002126

answers: Gravity,

answers: NDQ_002127

answers: satellite,

answers: NDQ_002128

answers: satellite,

answers: NDQ_002129

answers: satellite,

answers: NDQ_002130

answers: space shuttle

answers: NDQ_002131

answers: Gravity,

answers: NDQ_002132

answers: space shuttle Explorer

answers: NDQ_002133

answers: space shuttle Explorer is destroyed by an out of control satellite,

answers: NDQ_002134

answers: out of control satellite,

answers: NDQ_002135

answers: Gravity,

answers: NDQ_002136

answers: out of control

answers: NDQ_002137

answers: satellite,

answers: NDQ_002138

answers: satellite,

answers: NDQ_002139

answers: space shuttle Explorer

text: Songs or other musical forms influenced by the concept of outer space have appeared in music throughout history, both in instrumental and vocal pieces with lyrics. As early as Ancient Greece, Pythagoras believed in something called the "harmony of the spheres". He believed that since planets and the stars all moved in the universe according to mathematical equations that these mathematical equations could be translated into musical notes and thus produce a symphony.  This idea was explored further throughout Western history under the theories of Musica universalis. Some more recent and widely different examples are The Planets by Gustav Holst, and the song "Space Oddity" by David Bowie. Outer space also appears as a theme in "space age" retro pop music, such as Stereolab's Space-Age Bachelor Pad Music.

text: Songs or other musical forms influenced by the concept of outer space have appeared in music throughout history, both in instrumental and vocal pieces with lyrics. As early as

text: Ancient Greece

text: Pythagoras

text: believed in something called the "

text: harmony of the spheres

text: ". He believed that since planets and the stars all moved in the universe according to mathematical equations that these mathematical equations could be translated into musical notes and thus produce a symphony.  This idea was explored further throughout Western history under the theories of

text: Musica universalis

text: . Some more recent and widely different examples are

text: The Planets

text: by

text: Gustav Holst

text: , and the song "

text: Space Oddity

text: " by

text: David Bowie

text: . Outer space also appears as a theme in "

text: space age

text: " retro pop music, such as

text: Stereolab

text: 's

text: Space-Age Bachelor Pad Music

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: Soviet Union

answers: NDQ_002103

answers: as early as Ancient Greece

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: How many years before Pythagoras believed in something called the "harmony of the spheres"

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: What does the song "Space Oddity" by David Bowie mean?

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: How many years ago did Pythagoras believe in something called the "harmony of the spheres"

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: spheres

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: planets

answers: NDQ_002129

answers: What is the largest artificial satellite?

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Space Oddity

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: Ancient Greece

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: Space Age

answers: NDQ_002136

answers: mathematical equations

answers: NDQ_002137

answers: mathematical equations that could be translated into musical notes

answers: NDQ_002138

answers: is a satellite in a low orbit

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: planets and the stars all moved in the universe according to mathematical equations

answers: NDQ_002097

answers: planets and the stars all moved in the universe according to mathematical equations

answers: NDQ_002099

answers: "harmony of the spheres".

answers: NDQ_002100

answers: Greece,

answers: NDQ_002103

answers: "Space Oddity" by David Bowie.

answers: NDQ_002108

answers: "space age"

answers: NDQ_002111

answers: Pythagoras

answers: NDQ_002113

answers: "Space Oddity" by David Bowie.

answers: NDQ_002114

answers: "Space Oddity" by David Bowie.

answers: NDQ_002115

answers: "Space Oddity" by David Bowie.

answers: NDQ_002116

answers: Songs

answers: NDQ_002117

answers: "Space Oddity"

answers: NDQ_002118

answers: "Space Oddity" by David Bowie.

answers: NDQ_002119

answers: Songs or other musical forms influenced by the concept of outer space

answers: NDQ_002120

answers: "Space Oddity" by David Bowie.

answers: NDQ_002121

answers: Pythagoras

answers: NDQ_002122

answers: Pythagoras

answers: NDQ_002123

answers: Songs or other musical forms influenced by the concept of outer space

answers: NDQ_002124

answers: "Space Oddity" by David Bowie.

answers: NDQ_002125

answers: "Space Oddity" by David Bowie.

answers: NDQ_002126

answers: spheres".

answers: NDQ_002127

answers: mathematical equations

answers: NDQ_002128

answers: planets

answers: NDQ_002129

answers: "Space Oddity" by David Bowie.

answers: NDQ_002130

answers: Stereolab's

answers: NDQ_002131

answers: Songs or other musical forms influenced by the concept of outer space

answers: NDQ_002132

answers: "Space Oddity"

answers: NDQ_002133

answers: Ancient Greece,

answers: NDQ_002134

answers: planets and the stars all moved in the universe according to mathematical equations

answers: NDQ_002135

answers: "space age"

answers: NDQ_002136

answers: mathematical equations

answers: NDQ_002137

answers: mathematical equations

answers: NDQ_002138

answers: "harmony of the spheres".

answers: NDQ_002139

answers: David Bowie.

text: ESA’s UK facility, ECSAT, has been developing steadily since 2008, following the UK government’s decision to increase its contribution to ESA. Named after ESA’s British first Director General, Roy Gibson, ECSAT’s new building hosts 100+ jobs including teams in telecommunications and integrated applications. Special emphasis is put on the development of new markets for satellite-based services and applications. In addition, new satellite, ground infrastructure and product developments are being initiated through original schemes of public–private partnerships with world-class operators. The building also houses the Earth Observation Climate Office, Science and Exploration teams and Technology and Quality Management teams supporting ESA research and development programmes in the UK, focusing on ‘game-changing’ technologies and capabilities.  The new ECSAT building was opened in July 2015 by Jo Johnson, Minister for Universities & Science.

text: ESA’s UK facility, ECSAT, has been developing steadily since 2008, following the UK government’s decision to increase its contribution to ESA. Named after ESA’s British first Director General, Roy Gibson, ECSAT’s new building hosts 100+ jobs including teams in telecommunications and integrated applications. Special emphasis is put on the development of new markets for satellite-based services and applications. In addition, new satellite, ground infrastructure and product developments are being initiated through original schemes of public–private partnerships with world-class operators. The building also houses the Earth Observation Climate Office, Science and Exploration teams and Technology and Quality Management teams supporting ESA research and development programmes in the UK, focusing on ‘game-changing’ technologies and capabilities.  The new ECSAT building was opened in July 2015 by Jo Johnson, Minister for Universities & Science.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: Earth Observation

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: British

answers: NDQ_002103

answers: ECSAT

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: How many years after the new ECSAT building was opened by Jo Johnson?

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: unknown

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: Earth Observation Climate Office

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: Newtons Third Law of Motion

answers: NDQ_002123

answers: Earth Observation Climate Office, Science and Exploration teams and Technology and Quality Management teams supporting ESA research and development programmes

answers: NDQ_002124

answers: Jo Johnson, Minister of Universities & Science

answers: NDQ_002125

answers: Mars

answers: NDQ_002126

answers: Earth

answers: NDQ_002127

answers: telecommunications

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: ECSAT

answers: NDQ_002130

answers: ESA

answers: NDQ_002131

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: gravitational force is proportional to

answers: NDQ_002135

answers: ESA’s UK facility, ECSAT

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Earth Observation Climate Office

answers: NDQ_002139

answers: Roy Gibson

answers: NDQ_002095

answers: Earth Observation Climate Office,

answers: NDQ_002097

answers: Earth Observation Climate Office,

answers: NDQ_002099

answers: satellite-based services and applications.

answers: NDQ_002100

answers: UK

answers: NDQ_002103

answers: public–private partnerships with world-class operators.

answers: NDQ_002108

answers: 2015

answers: NDQ_002111

answers: satellite-based

answers: NDQ_002113

answers: 2015

answers: NDQ_002114

answers: 2015

answers: NDQ_002115

answers: 2015

answers: NDQ_002116

answers: satellite-based

answers: NDQ_002117

answers: public–private partnerships with world-class operators.

answers: NDQ_002118

answers: satellite-based services and applications.

answers: NDQ_002119

answers: 2015

answers: NDQ_002120

answers: Earth Observation Climate Office,

answers: NDQ_002121

answers: satellite-based

answers: NDQ_002122

answers: 100+ jobs including teams in telecommunications and integrated applications.

answers: NDQ_002123

answers: Earth Observation

answers: NDQ_002124

answers: 2015

answers: NDQ_002125

answers: 2015

answers: NDQ_002126

answers: satellite-based

answers: NDQ_002127

answers: operators.

answers: NDQ_002128

answers: satellite-based

answers: NDQ_002129

answers: world-class operators.

answers: NDQ_002130

answers: ESA’s

answers: NDQ_002131

answers: ESA’s

answers: NDQ_002132

answers: satellite-based

answers: NDQ_002133

answers: 2008,

answers: NDQ_002134

answers: development of new markets for satellite-based services and applications.

answers: NDQ_002135

answers: 2008,

answers: NDQ_002136

answers: public–private partnerships with world-class operators.

answers: NDQ_002137

answers: satellite-based

answers: NDQ_002138

answers: satellite-based services and applications. In addition, new satellite,

answers: NDQ_002139

answers: Roy Gibson,

text: This video game was originally made by Infogrames for various home platforms in 1987 and was converted to MS-DOS by Probe Entertainment in 1989. The game's storyline is based loosely on the plot of the Destination Moon and Explorers on the Moon comics from the series. The object of the game is to land on the moon, while avoiding asteroids and thwarting enemies within the rocket.

text: This video game was originally made by

text: Infogrames

text: for various home platforms in 1987 and was converted to MS-DOS by

text: Probe Entertainment

text: in 1989. The game's storyline is based loosely on the plot of the Destination Moon and Explorers on the Moon comics from the series. The object of the game is to land on the moon, while avoiding asteroids and thwarting enemies within the rocket.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: reaches the moon

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: on the moon

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: The object of the game is to land on the moon

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S.

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: The game's object is to land on the moon

answers: NDQ_002119

answers: the moon

answers: NDQ_002120

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

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What is the object of the game?

answers: NDQ_002123

answers: What are placed in high orbits over Earth?

answers: NDQ_002124

answers: who was the first astronaut to walk on the moon

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: asteroids

answers: NDQ_002128

answers: asteroids

answers: NDQ_002129

answers: The Moon

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: in one direction by particles flying out of it in the opposite direction

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 1990s

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: Destination Moon

answers: NDQ_002136

answers: gravitational pull

answers: NDQ_002137

answers: GPS receivers to determine the location of objects

answers: NDQ_002138

answers: can be used as a weapon.

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: land on the moon,

answers: NDQ_002097

answers: moon,

answers: NDQ_002099

answers: thwarting enemies

answers: NDQ_002100

answers: moon,

answers: NDQ_002103

answers: Destination Moon

answers: NDQ_002108

answers: moon,

answers: NDQ_002111

answers: Destination Moon

answers: NDQ_002113

answers: Destination Moon

answers: NDQ_002114

answers: Destination Moon

answers: NDQ_002115

answers: Destination Moon

answers: NDQ_002116

answers: Destination Moon

answers: NDQ_002117

answers: Destination Moon

answers: NDQ_002118

answers: Destination Moon

answers: NDQ_002119

answers: Destination Moon

answers: NDQ_002120

answers: Destination Moon

answers: NDQ_002121

answers: Destination Moon

answers: NDQ_002122

answers: Destination Moon

answers: NDQ_002123

answers: Destination Moon

answers: NDQ_002124

answers: Destination Moon

answers: NDQ_002125

answers: Destination Moon

answers: NDQ_002126

answers: moon, while avoiding asteroids

answers: NDQ_002127

answers: asteroids

answers: NDQ_002128

answers: asteroids

answers: NDQ_002129

answers: Destination Moon

answers: NDQ_002130

answers: Destination Moon

answers: NDQ_002131

answers: asteroids

answers: NDQ_002132

answers: rocket.

answers: NDQ_002133

answers: Destination Moon

answers: NDQ_002134

answers: avoiding asteroids

answers: NDQ_002135

answers: Destination Moon

answers: NDQ_002136

answers: asteroids

answers: NDQ_002137

answers: Destination Moon

answers: NDQ_002138

answers: asteroids

answers: NDQ_002139

answers: Destination Moon

text: The game is played on a galactic map and specific planet maps. Planet maps use a hexa-grid system for movement. Individual units and buildings take up a single grid space. Several menus handle diplomacy, chat, and documentation. In the game, the player controls a feudal lord of a noble house amongst the ruins of a galactic empire. The player must battle other noble houses and rally enough support to be crowned Emperor of the galaxy. The player can start as one of five houses; each has its own advantages and disadvantages. During game setup, the player can customize their house, taking some negative traits such as insanity in exchange for more positive traits, like having all the player's units start out better trained. Each house starts on its respective home planet, and houses starting on temperate planets have an early-game advantage over houses that start on frozen or jungle planets. There are several non-player groups in the game, including the Symbiots, Vau, the Guild, and the Church. In total, there are forty-three planets that can be explored, colonized, and fought over.

text: The game is played on a galactic map and specific planet maps. Planet maps use a hexa-grid system for movement. Individual units and buildings take up a single grid space. Several menus handle diplomacy, chat, and documentation. In the game, the player controls a feudal lord of a noble house amongst the ruins of a galactic

text: empire

text: . The player must battle other noble houses and rally enough support to be crowned Emperor of the

text: galaxy

text: . The player can start as one of five houses; each has its own advantages and disadvantages. During game setup, the player can customize their house, taking some negative traits such as

text: insanity

text: in exchange for more positive traits, like having all the player's units start out better trained. Each house starts on its respective home planet, and houses starting on temperate planets have an early-game advantage over houses that start on frozen or

text: jungle

text: planets. There are several non-player groups in the game, including the Symbiots, Vau, the Guild, and the Church. In total, there are forty-three planets that can be explored, colonized, and fought over.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: Hexa-grid system for movement

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: Soviet Union

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: How many planets can be explored?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: U.S.

answers: NDQ_002115

answers: unknown

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: How many planets can be explored, colonized, and fought?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: What are placed in high orbits over Earth?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: Hexa-grid

answers: NDQ_002127

answers: hexa-grid system

answers: NDQ_002128

answers: galactic

answers: NDQ_002129

answers: The player can customize their house

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: hexa-grid system for movement

answers: NDQ_002132

answers: non-player groups

answers: NDQ_002133

answers: galaxy

answers: NDQ_002134

answers: hexa-grid system for movement

answers: NDQ_002135

answers: unanswerable

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: hexa-grid

answers: NDQ_002138

answers: does not have a home planet.

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: forty-three planets

answers: NDQ_002097

answers: hexa-grid system

answers: NDQ_002099

answers: forty-three planets

answers: NDQ_002100

answers: forty-three

answers: NDQ_002103

answers: forty-three planets

answers: NDQ_002108

answers: forty-three planets

answers: NDQ_002111

answers: forty-three

answers: NDQ_002113

answers: forty-three planets

answers: NDQ_002114

answers: forty-three

answers: NDQ_002115

answers: forty-three planets

answers: NDQ_002116

answers: forty-three planets

answers: NDQ_002117

answers: forty-three planets

answers: NDQ_002118

answers: forty-three

answers: NDQ_002119

answers: forty-three

answers: NDQ_002120

answers: forty-three planets

answers: NDQ_002121

answers: forty-three planets

answers: NDQ_002122

answers: hexa-grid system

answers: NDQ_002123

answers: forty-three

answers: NDQ_002124

answers: forty-three

answers: NDQ_002125

answers: forty-three

answers: NDQ_002126

answers: hexa-grid

answers: NDQ_002127

answers: hexa-grid system

answers: NDQ_002128

answers: planet

answers: NDQ_002129

answers: forty-three planets

answers: NDQ_002130

answers: forty-three

answers: NDQ_002131

answers: hexa-grid system

answers: NDQ_002132

answers: non-player groups in the game, including the Symbiots,

answers: NDQ_002133

answers: forty-three planets

answers: NDQ_002134

answers: hexa-grid system

answers: NDQ_002135

answers: forty-three planets

answers: NDQ_002136

answers: home planet,

answers: NDQ_002137

answers: hexa-grid system

answers: NDQ_002138

answers: forty-three planets

answers: NDQ_002139

answers: forty-three planets

text: The Earth Resources Observation Satellite (EROS) is a series of commercial observation satellites. The first satellite, the EROS A, was launched on December 5, 2000 from Svobodny Launch Complex using a Russian Start-1. A second satellite, the EROS B, was launched on April 25, 2006.

text: The Earth Resources Observation Satellite (EROS) is a series of commercial

text: observation satellites

text: . The first satellite, the

text: EROS A

text: , was launched on December 5, 2000 from

text: Svobodny Launch Complex

text: using a Russian

text: . A second satellite, the

text: EROS B

text: , was launched on April 25, 2006.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch multiple satellites

answers: NDQ_002100

answers: Russian

answers: NDQ_002103

answers: from Svobodny Launch Complex

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: The United States

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: It's impossible to say

answers: NDQ_002118

answers: It's impossible to say

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: Which satellites make detailed images of continents and coasts?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: Which satellite was launched first, the EROS A or the EROS B?

answers: NDQ_002124

answers: Who was the first astronaut to walk on the Moon?

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Earth Resources Observation Satellite

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: erosion

answers: NDQ_002132

answers: EROS

answers: NDQ_002133

answers: Russian

answers: NDQ_002134

answers: gravitational force is equal to the force of gravity

answers: NDQ_002135

answers: December 5, 2000

answers: NDQ_002136

answers: Space weather

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Earth Resources Observation Satellite

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: December 5, 2000

answers: NDQ_002097

answers: The Earth Resources Observation Satellite

answers: NDQ_002099

answers: Russian Start-1.

answers: NDQ_002100

answers: Russian

answers: NDQ_002103

answers: Svobodny Launch Complex

answers: NDQ_002108

answers: December 5, 2000

answers: NDQ_002111

answers: December 5, 2000 from Svobodny Launch Complex

answers: NDQ_002113

answers: December 5, 2000

answers: NDQ_002114

answers: EROS A, was launched on December 5, 2000

answers: NDQ_002115

answers: Russian Start-1.

answers: NDQ_002116

answers: satellites.

answers: NDQ_002117

answers: Russian Start-1.

answers: NDQ_002118

answers: EROS A, was launched on December 5, 2000

answers: NDQ_002119

answers: 2000

answers: NDQ_002120

answers: The Earth Resources Observation Satellite

answers: NDQ_002121

answers: December 5, 2000

answers: NDQ_002122

answers: Russian Start-1.

answers: NDQ_002123

answers: observation satellites.

answers: NDQ_002124

answers: EROS A, was launched on December 5, 2000

answers: NDQ_002125

answers: EROS A, was launched on December 5, 2000

answers: NDQ_002126

answers: December 5, 2000 from Svobodny Launch Complex

answers: NDQ_002127

answers: Russian Start-1.

answers: NDQ_002128

answers: satellites.

answers: NDQ_002129

answers: Russian Start-1.

answers: NDQ_002130

answers: The Earth Resources Observation Satellite

answers: NDQ_002131

answers: Russian Start-1.

answers: NDQ_002132

answers: commercial observation satellites.

answers: NDQ_002133

answers: Russian Start-1.

answers: NDQ_002134

answers: April 25, 2006.

answers: NDQ_002135

answers: December 5, 2000

answers: NDQ_002136

answers: launched on December 5, 2000 from Svobodny Launch Complex

answers: NDQ_002137

answers: satellites.

answers: NDQ_002138

answers: Russian Start-1.

answers: NDQ_002139

answers: December 5, 2000

text: Fast Infrared Exoplanet Spectroscopy Survey Explorer  (FINESSE) is a proposed NASA mission and space observatory in the explorer program consisting of a space telescope focused on studying the atmospheres of over 200 planets outside the Solar System  with the goal of gaining understanding of the processes responsible for their composition, and how the Solar System fits into the larger family of planets.

text: Fast Infrared Exoplanet Spectroscopy Survey Explorer  (FINESSE) is a proposed

text: NASA

text: mission and

text: space observatory

text: in the

text: explorer program

text: consisting of a space telescope focused on studying the atmospheres of over 200

text: planets outside the Solar System

text: with the goal of gaining understanding of the processes responsible for their composition, and how the Solar System fits into the larger family of planets.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: mass and velocity

answers: NDQ_002099

answers: lifts off

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: before it can enter space

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: What is the purpose of FINESSE?

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is FINESSE?

answers: NDQ_002117

answers: What does FINESSE study?

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: What is the purpose of Landsat satellites?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: Which of the following is not a type of satellite: imaging satellites, satellites, or satellites?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: planet

answers: NDQ_002129

answers: FINESSE

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: space telescope

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: gravitational force is proportional to the mass of an object

answers: NDQ_002135

answers: NASA's Explorer program

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: GPS to locate the Earth.

answers: NDQ_002138

answers: is called a

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: 200 planets outside the Solar System

answers: NDQ_002097

answers: composition,

answers: NDQ_002099

answers: gaining understanding of the processes responsible for their composition,

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: Fast

answers: NDQ_002108

answers: 200 planets outside the Solar System

answers: NDQ_002111

answers: gaining understanding of the processes responsible for their composition,

answers: NDQ_002113

answers: Fast

answers: NDQ_002114

answers: NASA

answers: NDQ_002115

answers: 200 planets outside the Solar System

answers: NDQ_002116

answers: planets outside the Solar System

answers: NDQ_002117

answers: 200 planets outside the Solar System

answers: NDQ_002118

answers: 200 planets outside the Solar System

answers: NDQ_002119

answers: 200 planets outside the Solar System

answers: NDQ_002120

answers: atmospheres of over 200 planets outside the Solar System

answers: NDQ_002121

answers: 200 planets outside the Solar System

answers: NDQ_002122

answers: 200 planets outside the Solar System

answers: NDQ_002123

answers: space telescope

answers: NDQ_002124

answers: Fast

answers: NDQ_002125

answers: 200 planets outside the Solar System

answers: NDQ_002126

answers: explorer program consisting of a space telescope

answers: NDQ_002127

answers: processes responsible for their composition,

answers: NDQ_002128

answers: planets outside the Solar System

answers: NDQ_002129

answers: 200 planets outside the Solar System

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: 200 planets outside the Solar System

answers: NDQ_002132

answers: space telescope

answers: NDQ_002133

answers: 200 planets outside the Solar System

answers: NDQ_002134

answers: 200 planets outside the Solar System

answers: NDQ_002135

answers: NASA mission and space observatory in the explorer program

answers: NDQ_002136

answers: atmospheres of over 200 planets outside the Solar System

answers: NDQ_002137

answers: Infrared

answers: NDQ_002138

answers: space telescope

answers: NDQ_002139

answers: NASA

text: A graveyard orbit, also called a junk orbit or disposal orbit, is an orbit that lies away from common operational orbits, typically a supersynchronous orbit well above synchronous orbit. Satellites are moved into such orbits at the end of their operational life to reduce the probability of colliding with operational spacecraft or generating space debris.

text: A graveyard orbit, also called a junk orbit or disposal orbit, is an

text: orbit

text: that lies away from common operational orbits, typically a

text: supersynchronous orbit

text: well above

text: synchronous orbit

text: . Satellites are moved into such orbits at the end of their

text: operational life

text: to reduce the probability of colliding with operational

text: spacecraft

text: or generating

text: space debris

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: synchronous orbit

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: at the end of its operational life

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: It is impossible to say

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: space

answers: NDQ_002120

answers: What do Landsat satellites do?

answers: NDQ_002121

answers: no

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: None of the above choices are true

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: NDQ_002128

answers: spacecraft

answers: NDQ_002129

answers: Graveyard orbit

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Space debris

answers: NDQ_002132

answers: spacecraft

answers: NDQ_002133

answers: 20th century

answers: NDQ_002134

answers: Graveyard orbits are used to reduce the probability of collisions

answers: NDQ_002135

answers: Graveyard orbit

answers: NDQ_002136

answers: generating space debris

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Graveyard orbit

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: A graveyard orbit,

answers: NDQ_002097

answers: synchronous orbit.

answers: NDQ_002099

answers: synchronous orbit.

answers: NDQ_002100

answers: spacecraft

answers: NDQ_002103

answers: A graveyard orbit,

answers: NDQ_002108

answers: A graveyard orbit,

answers: NDQ_002111

answers: Satellites

answers: NDQ_002113

answers: A graveyard orbit,

answers: NDQ_002114

answers: A graveyard orbit,

answers: NDQ_002115

answers: A graveyard orbit,

answers: NDQ_002116

answers: Satellites

answers: NDQ_002117

answers: Satellites

answers: NDQ_002118

answers: space debris.

answers: NDQ_002119

answers: A graveyard orbit,

answers: NDQ_002120

answers: A graveyard orbit,

answers: NDQ_002121

answers: Satellites

answers: NDQ_002122

answers: supersynchronous orbit well above synchronous orbit.

answers: NDQ_002123

answers: A graveyard orbit,

answers: NDQ_002124

answers: A graveyard orbit,

answers: NDQ_002125

answers: A graveyard orbit,

answers: NDQ_002126

answers: synchronous orbit.

answers: NDQ_002127

answers: synchronous orbit.

answers: NDQ_002128

answers: Satellites

answers: NDQ_002129

answers: Satellites

answers: NDQ_002130

answers: A graveyard orbit,

answers: NDQ_002131

answers: space debris.

answers: NDQ_002132

answers: Satellites

answers: NDQ_002133

answers: Satellites

answers: NDQ_002134

answers: synchronous orbit.

answers: NDQ_002135

answers: A graveyard orbit,

answers: NDQ_002136

answers: reduce the probability of colliding with operational spacecraft or generating space debris.

answers: NDQ_002137

answers: Satellites

answers: NDQ_002138

answers: synchronous orbit.

answers: NDQ_002139

answers: A graveyard orbit,

text: At the end of the game, the Rabbids are still not able to reach the moon, even after gathering almost everything from the city.  The humans bombard the pile with time-delay bombs which explode on the pile, causing the pile to fly up into space.  At the result of that, the XL junk falls from the sky and the humans panic.  After all of the stuff has stopped falling, the humans are over-joyed to have all of their stuff back.  In space, the Rabbids celebrate their accomplishment of finally reaching the moon, albeit  caught in the moon's gravitational orbit.

text: At the end of the game, the Rabbids are still not able to reach the moon, even after gathering almost everything from the city.  The humans bombard the pile with time-delay bombs which explode on the pile, causing the pile to fly up into space.  At the result of that, the XL junk falls from the sky and the humans panic.  After all of the stuff has stopped falling, the humans are over-joyed to have all of their stuff back.  In space, the Rabbids celebrate their accomplishment of finally reaching the moon, albeit  caught in the moon's gravitational orbit.

answers: NDQ_002095

answers: reach the moon

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: the Rabbids

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: Why did the pile of junk fall?

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices.

answers: NDQ_002119

answers: the moon

answers: NDQ_002120

answers: None of the above choices.

answers: NDQ_002121

answers: The law of conservation of momentum

answers: NDQ_002122

answers: How does the rocket travel in space?

answers: NDQ_002123

answers: Which of the following is not a type of imaging satellite?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: gravitational

answers: NDQ_002128

answers: the moon

answers: NDQ_002129

answers: XL junk

answers: NDQ_002130

answers: The humans

answers: NDQ_002131

answers: XL junk

answers: NDQ_002132

answers: the pile

answers: NDQ_002133

answers: XL

answers: NDQ_002134

answers: gravitational force causes objects to move in the same direction

answers: NDQ_002135

answers: The Rabbids

answers: NDQ_002136

answers: gravitational force

answers: NDQ_002137

answers: GPS technology

answers: NDQ_002138

answers: does not fall from the sky.

answers: NDQ_002139

answers: unanswerable

answers: NDQ_002095

answers: moon, albeit caught in the moon's gravitational orbit.

answers: NDQ_002097

answers: gravitational orbit.

answers: NDQ_002099

answers: moon's gravitational orbit.

answers: NDQ_002100

answers: humans

answers: NDQ_002103

answers: time-delay bombs

answers: NDQ_002108

answers: moon,

answers: NDQ_002111

answers: moon's gravitational orbit.

answers: NDQ_002113

answers: time-delay bombs

answers: NDQ_002114

answers: moon's gravitational orbit.

answers: NDQ_002115

answers: moon's gravitational orbit.

answers: NDQ_002116

answers: moon's gravitational orbit.

answers: NDQ_002117

answers: moon's gravitational orbit.

answers: NDQ_002118

answers: moon's gravitational orbit.

answers: NDQ_002119

answers: moon,

answers: NDQ_002120

answers: moon,

answers: NDQ_002121

answers: gravitational orbit.

answers: NDQ_002122

answers: gravitational orbit.

answers: NDQ_002123

answers: humans bombard the pile with time-delay bombs

answers: NDQ_002124

answers: moon's gravitational orbit.

answers: NDQ_002125

answers: humans bombard the pile with time-delay bombs

answers: NDQ_002126

answers: orbit.

answers: NDQ_002127

answers: gravitational orbit.

answers: NDQ_002128

answers: gravitational orbit.

answers: NDQ_002129

answers: XL

answers: NDQ_002130

answers: humans

answers: NDQ_002131

answers: XL

answers: NDQ_002132

answers: time-delay bombs

answers: NDQ_002133

answers: XL

answers: NDQ_002134

answers: gravitational orbit.

answers: NDQ_002135

answers: The humans bombard the pile with time-delay bombs

answers: NDQ_002136

answers: time-delay bombs

answers: NDQ_002137

answers: gravitational orbit.

answers: NDQ_002138

answers: moon's gravitational orbit.

answers: NDQ_002139

answers: moon, albeit caught in the moon's gravitational orbit.

text: In the early decades of the Space Age—1950s–2000s—the government space agencies of the Soviet Union and United States pioneered space technology augmented by collaboration with affiliated design bureaus in the USSR and contracts with commercial companies in the US. All rocket designs were built explicitly for government purposes. The European Space Agency was formed in 1975, largely following the same model of space technology development, and other national space agencies followed suit.

text: In the early decades of the

text: Space Age

text: —1950s–2000s—the government

text: space agencies

text: of the

text: Soviet Union

text: and

text: United States

text: pioneered

text: space technology

text: augmented by collaboration with affiliated

text: design bureau

text: s in the USSR and contracts with commercial companies in the US. All rocket designs were built explicitly for government purposes. The

text: European Space Agency

text: was formed in 1975, largely following the same model of space technology development, and other

text: national space agencies

text: followed suit.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: built explicitly for government purposes

answers: NDQ_002100

answers: Soviet Union and United States

answers: NDQ_002103

answers: government

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: satellite

answers: NDQ_002117

answers: commercial companies

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: The European Space Agency

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: What is the name of the European Space Agency?

answers: NDQ_002124

answers: Alan Shepherd

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: government

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: The European Space Agency

answers: NDQ_002130

answers: government space agencies

answers: NDQ_002131

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 1950s

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: Space Age

answers: NDQ_002136

answers: space technology

answers: NDQ_002137

answers: space technology

answers: NDQ_002138

answers: Soviet Union

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Space Age—1950s–2000s—the

answers: NDQ_002097

answers: In the early decades of the Space Age—1950s–2000s—the

answers: NDQ_002099

answers: All rocket designs were built explicitly for government purposes.

answers: NDQ_002100

answers: Soviet Union and United States

answers: NDQ_002103

answers: All rocket designs were built explicitly for government purposes.

answers: NDQ_002108

answers: Age—1950s–2000s—the

answers: NDQ_002111

answers: All rocket designs were built explicitly for government purposes.

answers: NDQ_002113

answers: In the early decades of the Space Age—1950s–2000s—the

answers: NDQ_002114

answers: Soviet Union and United States

answers: NDQ_002115

answers: All rocket designs were built explicitly for government purposes.

answers: NDQ_002116

answers: In the early decades of the Space Age—1950s–2000s—the

answers: NDQ_002117

answers: rocket designs were built explicitly for government purposes.

answers: NDQ_002118

answers: Space Age—1950s–2000s—the

answers: NDQ_002119

answers: Age—1950s–2000s—the

answers: NDQ_002120

answers: The European Space Agency

answers: NDQ_002121

answers: Space Age—1950s–2000s—the

answers: NDQ_002122

answers: All rocket designs were built explicitly for government purposes.

answers: NDQ_002123

answers: The European Space Agency

answers: NDQ_002124

answers: In the early decades of the Space Age—1950s–2000s—the

answers: NDQ_002125

answers: Age—1950s–2000s—the

answers: NDQ_002126

answers: rocket

answers: NDQ_002127

answers: All rocket designs were built explicitly for government purposes.

answers: NDQ_002128

answers: space

answers: NDQ_002129

answers: The European Space Agency

answers: NDQ_002130

answers: Age—1950s–2000s—the government space agencies

answers: NDQ_002131

answers: Space Age—1950s–2000s—the

answers: NDQ_002132

answers: rocket

answers: NDQ_002133

answers: Age—1950s–2000s—the

answers: NDQ_002134

answers: All rocket designs were built explicitly for government purposes.

answers: NDQ_002135

answers: Space Age—1950s–2000s—the

answers: NDQ_002136

answers: space technology

answers: NDQ_002137

answers: rocket designs

answers: NDQ_002138

answers: rocket designs were built explicitly for government purposes.

answers: NDQ_002139

answers: Age—1950s–2000s—the

text: The Cosmosphere museum begins with the earliest experiments in rocketry during the World War II era, explores through the Space Race and Cold War, and continues through modern times with the Space Shuttle and International Space Station, as well as SpaceShipOne and commercial spaceflight.

text: The Cosmosphere museum begins with the earliest experiments in rocketry during the

text: World War II

text: era, explores through the

text: Space Race

text: and

text: Cold War

text: , and continues through modern times with the

text: Space Shuttle

text: and

text: International Space Station

text: , as well as

text: SpaceShipOne

text: and

text: commercial spaceflight

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States and China

answers: NDQ_002103

answers: during the Cold War

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: Space Shuttle

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: None of the above choices.

answers: NDQ_002122

answers: Which of the following is not an example of Newton's Third Law of Motion?

answers: NDQ_002123

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

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: International Space Station

answers: NDQ_002130

answers: Space Shuttle

answers: NDQ_002131

answers: Space Shuttle

answers: NDQ_002132

answers: Space Shuttle

answers: NDQ_002133

answers: World War II

answers: NDQ_002134

answers: gravitational force is proportional to the mass of the object

answers: NDQ_002135

answers: World War II

answers: NDQ_002136

answers: Space Shuttle

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: SpaceShipOne

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Space Race

answers: NDQ_002097

answers: experiments in rocketry

answers: NDQ_002099

answers: Space Shuttle and International Space Station,

answers: NDQ_002100

answers: World War II era, explores through the Space Race and Cold War,

answers: NDQ_002103

answers: Space Shuttle and International Space Station,

answers: NDQ_002108

answers: World War II

answers: NDQ_002111

answers: World War II

answers: NDQ_002113

answers: Space Shuttle and International Space Station,

answers: NDQ_002114

answers: Space Shuttle and International Space Station,

answers: NDQ_002115

answers: World War II

answers: NDQ_002116

answers: Space Shuttle and International Space Station,

answers: NDQ_002117

answers: commercial spaceflight.

answers: NDQ_002118

answers: Space Shuttle and International Space Station,

answers: NDQ_002119

answers: World War II

answers: NDQ_002120

answers: the Space Shuttle and International Space Station,

answers: NDQ_002121

answers: Space Shuttle and International Space Station,

answers: NDQ_002122

answers: Space Shuttle and International Space Station,

answers: NDQ_002123

answers: Space Shuttle and International Space Station,

answers: NDQ_002124

answers: Space Shuttle and International Space Station,

answers: NDQ_002125

answers: Space Shuttle and International Space Station,

answers: NDQ_002126

answers: SpaceShipOne and commercial spaceflight.

answers: NDQ_002127

answers: rocketry

answers: NDQ_002128

answers: Space Shuttle and International Space Station,

answers: NDQ_002129

answers: International Space Station,

answers: NDQ_002130

answers: Space Shuttle

answers: NDQ_002131

answers: Space Shuttle and International Space Station,

answers: NDQ_002132

answers: SpaceShipOne and commercial spaceflight.

answers: NDQ_002133

answers: World War II era,

answers: NDQ_002134

answers: Space Shuttle and International Space Station,

answers: NDQ_002135

answers: World War II

answers: NDQ_002136

answers: rocketry

answers: NDQ_002137

answers: rocketry

answers: NDQ_002138

answers: Space Shuttle and International Space Station,

answers: NDQ_002139

answers: Space Shuttle

text: In 2006, as part of the proposed Constellation Program, NASA unveiled plans to construct two Shuttle Derived Launch Vehicles, the Ares I and Ares V, which would use some existing Space Shuttle and Saturn V hardware and infrastructure. The two rockets were intended to increase safety by specializing each vehicle for different tasks, Ares I for crew launches and Ares V for cargo launches. The original design of the heavy-lift Ares V, named in homage to the Saturn V, was  in height and featured a core stage based on the Space Shuttle External Tank, with a diameter of . It was to be powered by five Space Shuttle Main Engines (SSMEs) and two five-segment Space Shuttle Solid Rocket Boosters (SRBs). As the design evolved, the SSMEs were replaced with five RS-68 engines, the same engines used on the Delta IV. The switch from the SSME to the RS-68 was intended to reduce cost, the RS-68 being cheaper, simpler to manufacture, and more powerful than the SSME, though the lower efficiency of the RS-68 required an increase in core stage diameter to , the same diameter as the Saturn V's S-IC and S-II stages.

text: In 2006, as part of the proposed

text: Constellation Program

text: , NASA unveiled plans to construct two

text: Shuttle Derived Launch Vehicle

text: s, the

text: Ares I

text: and

text: Ares V

text: , which would use some existing Space Shuttle and Saturn V hardware and infrastructure. The two rockets were intended to increase safety by

text: specializing

text: each vehicle for different tasks, Ares I for crew launches and Ares V for cargo launches. The original design of the heavy-lift Ares V, named in homage to the Saturn V, was  in height and featured a core stage based on the Space Shuttle External Tank, with a diameter of . It was to be powered by five

text: Space Shuttle Main Engine

text: s (SSMEs) and two five-segment

text: Space Shuttle Solid Rocket Booster

text: s (SRBs). As the design evolved, the SSMEs were replaced with five

text: engines, the same engines used on the

text: Delta IV

text: . The switch from the SSME to the RS-68 was intended to reduce cost, the RS-68 being cheaper, simpler to manufacture, and more powerful than the SSME, though the lower

text: efficiency

text: of the RS-68 required an increase in core stage diameter to , the same diameter as the Saturn V's S-IC and S-II stages.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: lower efficiency

answers: NDQ_002099

answers: is specialized for different tasks

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: Space Shuttle

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: No

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Neil Armstrong walked

answers: NDQ_002120

answers: Ares V

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: Ares V

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Space Shuttle Main Engines

answers: NDQ_002128

answers: Constellation

answers: NDQ_002129

answers: Saturn V

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Space Shuttle Solid Rocket Boosters

answers: NDQ_002132

answers: Ares V

answers: NDQ_002133

answers: Saturn V

answers: NDQ_002134

answers: ares i for crew launches and ares v for cargo launches

answers: NDQ_002135

answers: Constellation Program

answers: NDQ_002136

answers: Space Shuttle Main Engines

answers: NDQ_002137

answers: RS-68 engines

answers: NDQ_002138

answers: Ares I

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Saturn V's

answers: NDQ_002097

answers: safety

answers: NDQ_002099

answers: specializing each vehicle for different tasks,

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: cargo launches.

answers: NDQ_002108

answers: Saturn V,

answers: NDQ_002111

answers: Space Shuttle External Tank,

answers: NDQ_002113

answers: Ares V, named in homage to the Saturn V,

answers: NDQ_002114

answers: crew

answers: NDQ_002115

answers: crew launches

answers: NDQ_002116

answers: Constellation Program,

answers: NDQ_002117

answers: crew launches

answers: NDQ_002118

answers: NASA unveiled plans to construct two Shuttle Derived Launch Vehicles,

answers: NDQ_002119

answers: 2006,

answers: NDQ_002120

answers: Ares V, named in homage to the Saturn V,

answers: NDQ_002121

answers: Space Shuttle External Tank,

answers: NDQ_002122

answers: Space Shuttle External Tank,

answers: NDQ_002123

answers: Constellation Program,

answers: NDQ_002124

answers: Ares V, named in homage to the Saturn V,

answers: NDQ_002125

answers: NASA unveiled plans to construct two Shuttle Derived Launch Vehicles,

answers: NDQ_002126

answers: five-segment

answers: NDQ_002127

answers: powered by five Space Shuttle Main Engines

answers: NDQ_002128

answers: Constellation

answers: NDQ_002129

answers: Saturn V,

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Saturn V,

answers: NDQ_002132

answers: cargo

answers: NDQ_002133

answers: Saturn V

answers: NDQ_002134

answers: the lower efficiency of the RS-68

answers: NDQ_002135

answers: Constellation Program,

answers: NDQ_002136

answers: safety

answers: NDQ_002137

answers: RS-68 engines,

answers: NDQ_002138

answers: Delta IV.

answers: NDQ_002139

answers: Saturn V,

text: The experimental rocket-powered aircraft programs started by NACA were extended by NASA as support for manned spaceflight. This was followed by a one-man space capsule program, and in turn by a two-man capsule program. Reacting to loss of national prestige and security fears caused by early leads in space exploration by the Soviet Union, in 1961 President John F. Kennedy proposed the ambitious goal "of landing a man on the Moon by the end of [the 1960s], and returning him safely to the Earth." This goal was met in 1969 by the Apollo program, and NASA planned even more ambitious activities leading to a manned mission to Mars. However, reduction of the perceived threat and changing political priorities almost immediately caused the termination of most of these plans. NASA turned its attention to an Apollo-derived temporary space laboratory, and a semi-reusable Earth orbital shuttle. In the 1990s, funding was approved for NASA to develop a permanent Earth orbital space station in cooperation with the international community, which now included the former rival, post-Soviet Russia. To date, NASA has launched a total of 166 manned space missions on rockets, and thirteen X-15 rocket flights above the USAF definition of spaceflight altitude, .

text: The experimental

text: rocket-powered aircraft

text: programs started by NACA were extended by NASA as support for manned spaceflight. This was followed by a one-man

text: space capsule

text: program, and in turn by a two-man capsule program. Reacting to loss of national prestige and

text: security

text: fears caused by early leads in space exploration by the

text: Soviet Union

text: , in 1961 President

text: John F. Kennedy

text: proposed the ambitious goal "of landing a man on the Moon by the end of [the 1960s], and returning him safely to the Earth." This goal was met in 1969 by the

text: Apollo program

text: , and NASA planned even more ambitious activities leading to a

text: manned mission to Mars

text: . However, reduction of the perceived threat and changing political priorities almost immediately caused the termination of most of these plans. NASA turned its attention to an Apollo-derived temporary space laboratory, and a semi-reusable Earth orbital shuttle. In the 1990s, funding was approved for NASA to develop a permanent Earth orbital

text: space station

text: in cooperation with the international community, which now included the former rival, post-Soviet

text: Russia

text: . To date, NASA has launched a total of 166 manned space missions on rockets, and thirteen

text: rocket flights above the

text: USAF

text: definition of spaceflight altitude, .

answers: NDQ_002095

answers: Earth orbit

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be reused

answers: NDQ_002100

answers: the Soviet Union

answers: NDQ_002103

answers: To date, NASA has launched

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: Moon

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat satellites?

answers: NDQ_002121

answers: None of the above choices.

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: Which is not a type of satellite: imaging satellites or space station?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: X-15

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: one-man capsule

answers: NDQ_002133

answers: 1960s

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: Apollo

answers: NDQ_002136

answers: semi-reusable

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: unanswerable

answers: NDQ_002139

answers: John F Kennedy

answers: NDQ_002095

answers: Moon

answers: NDQ_002097

answers: manned spaceflight.

answers: NDQ_002099

answers: manned spaceflight.

answers: NDQ_002100

answers: Soviet Union,

answers: NDQ_002103

answers: 166 manned space missions on rockets,

answers: NDQ_002108

answers: Soviet Union,

answers: NDQ_002111

answers: manned spaceflight.

answers: NDQ_002113

answers: manned spaceflight.

answers: NDQ_002114

answers: Apollo program,

answers: NDQ_002115

answers: Apollo program,

answers: NDQ_002116

answers: Earth orbital shuttle.

answers: NDQ_002117

answers: semi-reusable Earth orbital shuttle.

answers: NDQ_002118

answers: Earth orbital space station

answers: NDQ_002119

answers: 1969

answers: NDQ_002120

answers: Earth orbital shuttle.

answers: NDQ_002121

answers: manned spaceflight.

answers: NDQ_002122

answers: X-15 rocket flights above the USAF definition of spaceflight altitude,.

answers: NDQ_002123

answers: Earth orbital space station

answers: NDQ_002124

answers: Apollo program,

answers: NDQ_002125

answers: NASA planned even more ambitious activities leading to a manned mission to Mars.

answers: NDQ_002126

answers: orbital

answers: NDQ_002127

answers: rocket-powered aircraft

answers: NDQ_002128

answers: Earth orbital shuttle.

answers: NDQ_002129

answers: X-15

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: aircraft

answers: NDQ_002132

answers: one-man space capsule

answers: NDQ_002133

answers: NACA

answers: NDQ_002134

answers: manned spaceflight.

answers: NDQ_002135

answers: NACA

answers: NDQ_002136

answers: security fears

answers: NDQ_002137

answers: Earth."

answers: NDQ_002138

answers: semi-reusable Earth orbital shuttle.

answers: NDQ_002139

answers: John F. Kennedy

text: After minor skirmishes along the way, including a battle with a fellow culprit-seeker, the protagonists reaches Eientei, the mansion of the perpetrator. Once inside, they find that the mansion is guarded by the moon rabbit Reisen Udongein Inaba, whose ability can cause disorientation. From here, the team may either choose the path that leads to the fake moon conjured by Eirin Yagokoro, or the real moon, where the moon princess Kaguya Houraisan is hiding. It is then realized that the moon was swapped in order to sever the link between the earth and the moon to hide Kaguya from the lunar emissaries who seek to bring her back. The team then accepts Kaguya's "Five Impossible Requests" and fight until daybreak.

text: After minor skirmishes along the way, including a battle with a fellow culprit-seeker, the protagonists reaches Eientei, the mansion of the perpetrator. Once inside, they find that the mansion is guarded by the

text: moon rabbit

text: Reisen Udongein Inaba

text: , whose ability can cause disorientation. From here, the team may either choose the path that leads to the fake moon conjured by

text: Eirin Yagokoro

text: , or the real moon, where the moon princess

text: Kaguya Houraisan

text: is hiding. It is then realized that the moon was swapped in order to sever the link between the earth and the moon to hide Kaguya from the lunar emissaries who seek to bring her back. The team then accepts Kaguya's "Five Impossible Requests" and fight until daybreak.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: lifts off

answers: NDQ_002100

answers: earth and the moon

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices.

answers: NDQ_002119

answers: Apollo 12

answers: NDQ_002120

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

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: What law helps explain how a rocket will travel in space

answers: NDQ_002123

answers: Which is not a last name?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: path

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: the moon

answers: NDQ_002129

answers: Eirin Yagokoro

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: disorientation

answers: NDQ_002132

answers: space rabbit

answers: NDQ_002133

answers: 1700s

answers: NDQ_002134

answers: the gravitational force between two objects is constant

answers: NDQ_002135

answers: Kaguya Houraisan

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: can cause disorientation

answers: NDQ_002139

answers: unanswerable

answers: NDQ_002095

answers: earth and the moon

answers: NDQ_002097

answers: earth

answers: NDQ_002099

answers: fake moon

answers: NDQ_002100

answers: earth

answers: NDQ_002103

answers: earth and the moon

answers: NDQ_002108

answers: moon rabbit Reisen Udongein Inaba,

answers: NDQ_002111

answers: moon rabbit Reisen Udongein Inaba,

answers: NDQ_002113

answers: "Five Impossible Requests" and fight until daybreak.

answers: NDQ_002114

answers: moon rabbit Reisen Udongein Inaba,

answers: NDQ_002115

answers: moon rabbit Reisen Udongein Inaba,

answers: NDQ_002116

answers: earth and the moon

answers: NDQ_002117

answers: earth

answers: NDQ_002118

answers: moon rabbit Reisen Udongein Inaba,

answers: NDQ_002119

answers: moon rabbit Reisen Udongein Inaba,

answers: NDQ_002120

answers: earth

answers: NDQ_002121

answers: earth and the moon

answers: NDQ_002122

answers: moon rabbit Reisen Udongein Inaba,

answers: NDQ_002123

answers: lunar emissaries

answers: NDQ_002124

answers: moon rabbit Reisen Udongein Inaba,

answers: NDQ_002125

answers: After minor skirmishes

answers: NDQ_002126

answers: path that leads to the fake moon

answers: NDQ_002127

answers: Eirin Yagokoro,

answers: NDQ_002128

answers: moon

answers: NDQ_002129

answers: moon

answers: NDQ_002130

answers: Eirin Yagokoro,

answers: NDQ_002131

answers: disorientation.

answers: NDQ_002132

answers: moon rabbit Reisen Udongein Inaba,

answers: NDQ_002133

answers: earth

answers: NDQ_002134

answers: earth and the moon

answers: NDQ_002135

answers: Eirin Yagokoro,

answers: NDQ_002136

answers: earth

answers: NDQ_002137

answers: earth and the moon

answers: NDQ_002138

answers: Eirin Yagokoro,

answers: NDQ_002139

answers: Eirin Yagokoro,

text: The Planetary Report is a quarterly magazine published by the Planetary Society, featuring articles and photos of Solar System exploration, planetary missions, spacefaring nations, intrepid explorers, planetary science controversies and the latest findings in space exploration and related subjects.

text: The Planetary Report is a quarterly

text: magazine

text: published by the

text: Planetary Society

text: , featuring articles and photos of

entity_name: Discovery and exploration of the Solar System

text: Solar System exploration

text: planet

text: ary

text: mission

text: s, spacefaring nations, intrepid explorers,

text: planetary science

text: controversies and the latest findings in space exploration and related subjects.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States and China

answers: NDQ_002103

answers: Spaceflight

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: The Planetary Report

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: The Planetary Report

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: The Planetary Report

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: The Planetary Report

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: The Planetary Report

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

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

answers: NDQ_002124

answers: The Planetary Report

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: solar system

answers: NDQ_002129

answers: The International Space Station

answers: NDQ_002130

answers: The Planetary Society

answers: NDQ_002131

answers: The Planetary Report

answers: NDQ_002132

answers: unmanned spacecraft

answers: NDQ_002133

answers: Solar System

answers: NDQ_002134

answers: gravitational force is equal to the force of gravity

answers: NDQ_002135

answers: The Planetary Report

answers: NDQ_002136

answers: gravitational pull

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: is a satellite in a low orbit

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Solar System

answers: NDQ_002097

answers: planetary science controversies

answers: NDQ_002099

answers: planetary missions,

answers: NDQ_002100

answers: nations,

answers: NDQ_002103

answers: planetary missions,

answers: NDQ_002108

answers: planetary missions, spacefaring nations,

answers: NDQ_002111

answers: The Planetary Report is a quarterly magazine published by the Planetary Society,

answers: NDQ_002113

answers: The Planetary Report is a quarterly magazine published by the Planetary Society,

answers: NDQ_002114

answers: planetary missions, spacefaring nations,

answers: NDQ_002115

answers: planetary missions, spacefaring nations,

answers: NDQ_002116

answers: Solar System

answers: NDQ_002117

answers: planetary missions, spacefaring nations,

answers: NDQ_002118

answers: planetary missions, spacefaring nations,

answers: NDQ_002119

answers: The Planetary Report is a quarterly magazine published by the Planetary Society,

answers: NDQ_002120

answers: The Planetary Report is a quarterly magazine published by the Planetary Society,

answers: NDQ_002121

answers: Solar System

answers: NDQ_002122

answers: The Planetary Report is a quarterly magazine published by the Planetary Society,

answers: NDQ_002123

answers: planetary missions, spacefaring nations, intrepid explorers,

answers: NDQ_002124

answers: planetary missions, spacefaring nations, intrepid explorers,

answers: NDQ_002125

answers: planetary missions,

answers: NDQ_002126

answers: planetary missions,

answers: NDQ_002127

answers: planetary missions, spacefaring nations,

answers: NDQ_002128

answers: planetary

answers: NDQ_002129

answers: planetary missions,

answers: NDQ_002130

answers: Planetary Society,

answers: NDQ_002131

answers: The Planetary Report is a quarterly magazine published by the Planetary Society,

answers: NDQ_002132

answers: planetary missions,

answers: NDQ_002133

answers: Solar System

answers: NDQ_002134

answers: planetary missions, spacefaring nations, intrepid explorers,

answers: NDQ_002135

answers: planetary missions,

answers: NDQ_002136

answers: spacefaring nations,

answers: NDQ_002137

answers: Solar System

answers: NDQ_002138

answers: planetary missions, spacefaring nations,

answers: NDQ_002139

answers: intrepid explorers,

text: The Tropical Rainfall Measuring Mission (TRMM) was a joint space mission between NASA and the Japan Aerospace Exploration Agency (JAXA) designed to monitor and study tropical rainfall. The term refers to both the mission itself and the satellite that the mission used to collect data. TRMM was part of NASA's Mission to Planet Earth, a long-term, coordinated research effort to study the Earth as a global system. The satellite was launched on November 27, 1997 from the Tanegashima Space Center in Tanegashima, Japan.

text: The Tropical Rainfall Measuring Mission (TRMM) was a joint

text: space mission

text: between

text: NASA

text: and the

text: Japan Aerospace Exploration Agency

text: (JAXA) designed to monitor and study

text: tropical

text: rainfall

text: . The term refers to both the mission itself and the

text: satellite

text: that the mission used to collect data. TRMM was part of NASA's

text: Mission to Planet Earth

text: , a long-term, coordinated research effort to study the

text: Earth

text: as a global system. The satellite was launched on November 27, 1997 from the

text: Tanegashima Space Center

text: in

text: Tanegashima

text: Japan

answers: NDQ_002095

answers: Earth

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: on November 27, 1997

answers: NDQ_002108

answers: When was TRMM launched?

answers: NDQ_002111

answers: What is TRMM?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: The U.S

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: It's impossible to say

answers: NDQ_002118

answers: How many satellites orbit around Earth?

answers: NDQ_002119

answers: Neil Armstrong walked

answers: NDQ_002120

answers: What is TRMM?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What is TRMM part of?

answers: NDQ_002123

answers: What type of satellites are placed in high orbits over Earth?

answers: NDQ_002124

answers: Who was the first astronaut to walk on the Moon

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: a global system

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: TRMM was part of NASA's Mission to Planet Earth

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: spacecraft

answers: NDQ_002133

answers: Space Center

answers: NDQ_002134

answers: gravitational force is proportional to the mass of the object

answers: NDQ_002135

answers: TRMM

answers: NDQ_002136

answers: Space Center

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: TRMM

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Earth,

answers: NDQ_002097

answers: Earth as a global system.

answers: NDQ_002099

answers: Tanegashima Space Center

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: Tanegashima Space Center

answers: NDQ_002108

answers: 1997

answers: NDQ_002111

answers: Tanegashima Space Center

answers: NDQ_002113

answers: Tanegashima Space Center in Tanegashima, Japan.

answers: NDQ_002114

answers: Japan.

answers: NDQ_002115

answers: Tanegashima Space Center

answers: NDQ_002116

answers: Earth,

answers: NDQ_002117

answers: Tanegashima Space Center

answers: NDQ_002118

answers: Earth as a global system.

answers: NDQ_002119

answers: 1997

answers: NDQ_002120

answers: Earth,

answers: NDQ_002121

answers: Tanegashima Space Center

answers: NDQ_002122

answers: Tanegashima Space Center in Tanegashima, Japan.

answers: NDQ_002123

answers: Earth as a global system.

answers: NDQ_002124

answers: The Tropical Rainfall Measuring Mission

answers: NDQ_002125

answers: Earth,

answers: NDQ_002126

answers: a global system.

answers: NDQ_002127

answers: Tanegashima Space Center

answers: NDQ_002128

answers: Earth,

answers: NDQ_002129

answers: Tanegashima Space Center in Tanegashima, Japan.

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: The Tropical Rainfall Measuring Mission

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: Japan Aerospace Exploration Agency

answers: NDQ_002134

answers: Earth as a global system.

answers: NDQ_002135

answers: The Tropical Rainfall Measuring Mission

answers: NDQ_002136

answers: Earth as a global system.

answers: NDQ_002137

answers: satellite

answers: NDQ_002138

answers: Tanegashima Space Center

answers: NDQ_002139

answers: 1997

text: Company President/CEO Alan Stern has announced in briefing papers that the company had commenced feasibility studies into commercial missions to the Moon from early 2010 and formed the company in the third quarter of that year.  Since then, the company has been building its business models and soliciting investment.   Currently, the company has budgeted between $7 and $8 billion to achieve their objective, followed by around $1.5 billion fee per each "two-human lunar surface mission". Golden Spike will follow a model like that of the Russian spaceflight industry in the 1980s and '90s. The company said it can cut costs by partnering with other aerospace companies and using existing rockets or rockets already in development, needing to only build a lunar lander and a specialized spacesuit for astronauts for the Moon. Stern says they expect to sign up as many as 15 to 20 countries or foreign space agencies as well as companies and individuals who want to explore the Moon for science or adventure.  They have identified a mission profile, including various launch options as well as trajectory and spacecraft for landing on the Moon. It involves two sets of two launches from Earth to Earth orbit: one set for the lander and the propulsion unit to send it to Moon orbit, and the other set for the crew vehicle and the propulsion unit to send it to Moon orbit. The two propusion units are disposed of. In Moon orbit the lander and the crew vehicle have a rendez-vous, and the crew move to the lander. They land and return to the crew vehicle, and return to Earth in the crew vehicle.

answers: NDQ_002095

answers: Earth orbit

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: propels itself

answers: NDQ_002100

answers: Russian

answers: NDQ_002103

answers: Earth to Earth orbit

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: How did the Russian spaceflight industry work?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: How many sets of two launches from Earth to Earth orbit?

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: Which satellites make detailed images of continents and coasts?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What is the first law of motion mentioned?

answers: NDQ_002123

answers: Which of the following is not a type of orbit: Earth to Earth orbit or Moon orbit?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propulsion

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: Earth

answers: NDQ_002130

answers: Golden Spike

answers: NDQ_002131

answers: crew vehicle

answers: NDQ_002132

answers: unanswerable

answers: NDQ_002133

answers: 1980s

answers: NDQ_002134

answers: Earth and the Moon orbit each other.

answers: NDQ_002135

answers: Russian spaceflight

answers: NDQ_002136

answers: Earth's

answers: NDQ_002137

answers: Earth's magnetic field to determine

answers: NDQ_002138

answers: How many sets of two launches from Earth to Earth orbit?

answers: NDQ_002139

answers: Alan Stern

answers: NDQ_002095

answers: Moon orbit,

answers: NDQ_002097

answers: Moon

answers: NDQ_002099

answers: propulsion unit

answers: NDQ_002100

answers: Russian

answers: NDQ_002103

answers: Earth

answers: NDQ_002108

answers: 1980s and '90s.

answers: NDQ_002111

answers: rockets

answers: NDQ_002113

answers: Earth

answers: NDQ_002114

answers: 15 to 20

answers: NDQ_002115

answers: lunar lander

answers: NDQ_002116

answers: Earth orbit:

answers: NDQ_002117

answers: Earth to Earth orbit:

answers: NDQ_002118

answers: Earth

answers: NDQ_002119

answers: 2010

answers: NDQ_002120

answers: Moon

answers: NDQ_002121

answers: Earth to Earth orbit:

answers: NDQ_002122

answers: two sets of two launches from Earth to Earth orbit:

answers: NDQ_002123

answers: Moon

answers: NDQ_002124

answers: Stern

answers: NDQ_002125

answers: Moon

answers: NDQ_002126

answers: trajectory

answers: NDQ_002127

answers: propulsion

answers: NDQ_002128

answers: Moon orbit,

answers: NDQ_002129

answers: Golden Spike

answers: NDQ_002130

answers: foreign space agencies

answers: NDQ_002131

answers: crew vehicle, and return to Earth in the crew vehicle.

answers: NDQ_002132

answers: crew vehicle

answers: NDQ_002133

answers: 1980s and '90s.

answers: NDQ_002134

answers: return to Earth

answers: NDQ_002135

answers: Russian spaceflight industry in the 1980s and '90s.

answers: NDQ_002136

answers: The two propusion units are disposed of.

answers: NDQ_002137

answers: propusion units

answers: NDQ_002138

answers: Earth

answers: NDQ_002139

answers: Alan Stern

text: Space programs such as the Explorer satellite were proposed by the Army Ballistic Missile Agency (ABMA), but Eisenhower, seeking to avoid giving the US space program the militaristic image Americans had of the Soviet program, had rejected Explorer in favor of the Vanguard, but after numerous embarrassing Vanguard failures, was forced to give the go-ahead to the Army's launch

text: Space programs such as the

text: Explorer

text: satellite were proposed by the

text: Army Ballistic Missile Agency

text: (ABMA), but Eisenhower, seeking to avoid giving the US space program the militaristic image Americans had of the Soviet program, had rejected Explorer in favor of the Vanguard, but after numerous embarrassing Vanguard failures, was forced to give the go-ahead to the Army's launch

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can be launched

answers: NDQ_002100

answers: Americans had of the Soviet program

answers: NDQ_002103

answers: Space programs

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices.

answers: NDQ_002119

answers: in space

answers: NDQ_002120

answers: what is the second to last space program mentioned?

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: What type of satellites are placed in high orbits over Earth?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Ballistic Missile

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Vanguard

answers: NDQ_002130

answers: ABMA

answers: NDQ_002131

answers: can be described as

answers: NDQ_002132

answers: Vanguard

answers: NDQ_002133

answers: Soviet program

answers: NDQ_002134

answers: gravitational force is inversely proportional to mass

answers: NDQ_002135

answers: the Soviet program

answers: NDQ_002136

answers: Space programs

answers: NDQ_002137

answers: numeric coordinates

answers: NDQ_002138

answers: Vanguard

answers: NDQ_002139

answers: Eisenhower

answers: NDQ_002095

answers: Space programs such as the Explorer satellite

answers: NDQ_002097

answers: Space

answers: NDQ_002099

answers: launch

answers: NDQ_002100

answers: Soviet

answers: NDQ_002103

answers: launch

answers: NDQ_002108

answers: Soviet program,

answers: NDQ_002111

answers: Space programs

answers: NDQ_002113

answers: Space programs

answers: NDQ_002114

answers: US space program the militaristic image Americans had of the Soviet program,

answers: NDQ_002115

answers: Explorer satellite

answers: NDQ_002116

answers: Space programs such as the Explorer satellite

answers: NDQ_002117

answers: launch

answers: NDQ_002118

answers: Space

answers: NDQ_002119

answers: Eisenhower,

answers: NDQ_002120

answers: Vanguard,

answers: NDQ_002121

answers: Space programs such as the Explorer satellite

answers: NDQ_002122

answers: Space programs such as the Explorer satellite

answers: NDQ_002123

answers: Space programs such as the Explorer satellite

answers: NDQ_002124

answers: Eisenhower,

answers: NDQ_002125

answers: Eisenhower,

answers: NDQ_002126

answers: Space programs

answers: NDQ_002127

answers: Army Ballistic Missile Agency

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Vanguard,

answers: NDQ_002130

answers: Army Ballistic Missile Agency

answers: NDQ_002131

answers: Ballistic Missile

answers: NDQ_002132

answers: Explorer satellite

answers: NDQ_002133

answers: Soviet program,

answers: NDQ_002134

answers: Vanguard,

answers: NDQ_002135

answers: Eisenhower,

answers: NDQ_002136

answers: launch

answers: NDQ_002137

answers: Explorer satellite

answers: NDQ_002138

answers: Explorer satellite

answers: NDQ_002139

answers: Eisenhower,

text: Space colonization is a step beyond space exploration, and implies the permanent or long-term presence of humans in an environment outside Earth. Colonization of space is claimed to be the best way to ensure the survival of humans as a species. Other reasons for colonizing space include economic interests, long-term scientific research best carried out by humans as opposed to robotic probes, and sheer curiosity. Venus is the second largest terrestrial planet and Earth's closest neighbor, which makes it a potential target.

text: Space colonization is a step beyond

text: space exploration

text: , and implies the permanent or long-term presence of humans in an environment outside

text: Earth

text: . Colonization of space is claimed to be

text: the best way to ensure the survival

text: of

text: humans

text: as a species. Other reasons for colonizing space include economic interests, long-term scientific research best carried out by humans as opposed to robotic probes, and sheer curiosity. Venus is the second largest

text: terrestrial planet

text: and Earth's closest neighbor, which makes it a potential target.

answers: NDQ_002095

answers: Earth

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: Venus

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: Space colonization

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: what is the second largest terrestrial planet

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices.

answers: NDQ_002119

answers: Earth

answers: NDQ_002120

answers: Which is not a reason for colonizing space?

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: What is the second largest terrestrial planet and Earth's closest neighbor?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Earth

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: Venus

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Space colonization

answers: NDQ_002132

answers: robotic probes

answers: NDQ_002133

answers: Earth

answers: NDQ_002134

answers: Venus is the second largest terrestrial planet

answers: NDQ_002135

answers: Space colonization

answers: NDQ_002136

answers: Space colonization

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: Earth's closest neighbor

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Venus

answers: NDQ_002097

answers: Space colonization

answers: NDQ_002099

answers: Space colonization

answers: NDQ_002100

answers: Earth's

answers: NDQ_002103

answers: Venus

answers: NDQ_002108

answers: Space colonization

answers: NDQ_002111

answers: Space colonization

answers: NDQ_002113

answers: Space colonization

answers: NDQ_002114

answers: Space colonization

answers: NDQ_002115

answers: Space colonization

answers: NDQ_002116

answers: Space colonization

answers: NDQ_002117

answers: robotic probes,

answers: NDQ_002118

answers: Venus

answers: NDQ_002119

answers: Space colonization

answers: NDQ_002120

answers: Space colonization

answers: NDQ_002121

answers: Venus

answers: NDQ_002122

answers: Space colonization

answers: NDQ_002123

answers: robotic probes,

answers: NDQ_002124

answers: Space colonization

answers: NDQ_002125

answers: Venus

answers: NDQ_002126

answers: Space colonization

answers: NDQ_002127

answers: robotic probes,

answers: NDQ_002128

answers: Venus

answers: NDQ_002129

answers: Venus

answers: NDQ_002130

answers: Space colonization

answers: NDQ_002131

answers: Space colonization

answers: NDQ_002132

answers: robotic probes,

answers: NDQ_002133

answers: Space colonization

answers: NDQ_002134

answers: Venus

answers: NDQ_002135

answers: Space colonization

answers: NDQ_002136

answers: economic interests,

answers: NDQ_002137

answers: robotic probes,

answers: NDQ_002138

answers: robotic probes,

answers: NDQ_002139

answers: Space colonization

text: A second biography of Parsons was published in 2005 through Weidenfeld & Nicolson with the title Strange Angel: The Otherworldly Life of Rocket Scientist John Whiteside Parsons; it was written by George Pendle, who described Parsons as "the Che Guevara of occultism" and said that although Parsons "would not live to see his dream of space travel come true, he was essential to making it a reality." Pendle considered that the cultural stigma attached to Parsons' occultism was the primary cause of his low public profile, noting that "Like many scientific mavericks, Parsons was eventually discarded by the establishment once he had served his purpose." It was this unorthodox mindset,  creatively facilitated by his science fiction fandom and "willingness to believe in magic's efficacy",  Pendle argued, "that allowed him to break scientific barriers previously thought to be indestructible"—commenting that Parsons "saw both space and magic as ways of exploring these new frontiers—one breaking free from Earth literally and metaphysically."

text: A second biography of Parsons was published in 2005 through

text: Weidenfeld & Nicolson

text: with the title Strange Angel: The Otherworldly Life of Rocket Scientist John Whiteside Parsons; it was written by George Pendle, who described Parsons as "the

text: Che Guevara

text: of occultism" and said that although Parsons "would not live to see his dream of space travel come true, he was essential to making it a reality." Pendle considered that the cultural stigma attached to Parsons' occultism was the primary cause of his low public profile, noting that "Like many scientific mavericks, Parsons was eventually discarded by the establishment once he had served his purpose." It was this unorthodox mindset,  creatively facilitated by his science fiction fandom and "willingness to believe in magic's efficacy",  Pendle argued, "that allowed him to break scientific barriers previously thought to be indestructible"—commenting that Parsons "saw both space and magic as ways of exploring these new frontiers—one breaking free from Earth literally and metaphysically."

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: breaking free from Earth

answers: NDQ_002099

answers: can go into space

answers: NDQ_002100

answers: unanswerable

answers: NDQ_002103

answers: unorthodox mindset

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: Parsons saw both space and magic as ways of exploring these new frontiers

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: unorthodox mindset, creatively facilitated by his science fiction fandom

answers: NDQ_002127

answers: unorthodox mindset

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: unanswerable

answers: NDQ_002130

answers: unanswerable

answers: NDQ_002131

answers: unorthodox mindset, creatively facilitated by his science fiction fandom

answers: NDQ_002132

answers: one breaking free from Earth literally and metaphysically

answers: NDQ_002133

answers: Earth

answers: NDQ_002134

answers: Parsons was eventually discarded by the establishment once he had served his purpose

answers: NDQ_002135

answers: unanswerable

answers: NDQ_002136

answers: magic's efficacy

answers: NDQ_002137

answers: Parsons' occultism

answers: NDQ_002138

answers: Parsons was eventually discarded by the establishment once he had served his purpose

answers: NDQ_002139

answers: Parsons

answers: NDQ_002095

answers: space travel

answers: NDQ_002097

answers: indestructible"—commenting

answers: NDQ_002099

answers: space travel

answers: NDQ_002100

answers: Earth

answers: NDQ_002103

answers: space travel come true, he was essential to making it a reality."

answers: NDQ_002108

answers: Earth

answers: NDQ_002111

answers: previously thought to be indestructible"—commenting

answers: NDQ_002113

answers: George Pendle,

answers: NDQ_002114

answers: George Pendle,

answers: NDQ_002115

answers: Rocket Scientist John Whiteside Parsons;

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: Earth

answers: NDQ_002118

answers: space travel

answers: NDQ_002119

answers: John Whiteside Parsons;

answers: NDQ_002120

answers: George Pendle,

answers: NDQ_002121

answers: Earth

answers: NDQ_002122

answers: Rocket Scientist John Whiteside Parsons;

answers: NDQ_002123

answers: George Pendle,

answers: NDQ_002124

answers: John Whiteside Parsons;

answers: NDQ_002125

answers: Earth

answers: NDQ_002126

answers: Earth

answers: NDQ_002127

answers: magic's

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: Rocket Scientist John Whiteside Parsons;

answers: NDQ_002130

answers: Rocket Scientist

answers: NDQ_002131

answers: Rocket Scientist

answers: NDQ_002132

answers: Rocket Scientist

answers: NDQ_002133

answers: Earth

answers: NDQ_002134

answers: indestructible"—commenting

answers: NDQ_002135

answers: John Whiteside Parsons;

answers: NDQ_002136

answers: magic's

answers: NDQ_002137

answers: Earth

answers: NDQ_002138

answers: occultism was the primary cause of his low public profile,

answers: NDQ_002139

answers: John Whiteside Parsons;

text: Samus lands on the surface of Zebes and explores the planet, traveling through the planet's caverns. She eventually comes across Kraid, an ally of the Space Pirates, and Ridley, the Space Pirates' commander, and defeats them both. Along the way, Samus finds and destroys Mother Brain. However, while Samus leaves the planet in her gunship, it is attacked by Space Pirates, causing it to crash back onto Zebes, near the Space Pirate Mothership. Exploring the Mothership, Samus eventually reaches the Mecha Ridley, a mechanized form of Ridley. After defeating it, Samus escapes the planet using one of the Space Pirate's shuttles, while the Mothership self-destructs.

text: Samus lands on the surface of Zebes and explores the planet, traveling through the planet's caverns. She eventually comes across Kraid, an ally of the Space Pirates, and Ridley, the Space Pirates' commander, and defeats them both. Along the way, Samus finds and destroys Mother Brain. However, while Samus leaves the planet in her

text: gunship

text: , it is attacked by Space Pirates, causing it to crash back onto Zebes, near the Space Pirate

text: Mothership

text: . Exploring the Mothership, Samus eventually reaches the Mecha Ridley, a mechanized form of Ridley. After defeating it, Samus escapes the planet using one of the Space Pirate's shuttles, while the Mothership

text: self-destruct

text: s.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: Self-destruct

answers: NDQ_002099

answers: lifts off

answers: NDQ_002100

answers: Zebes

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: It's impossible to say

answers: NDQ_002111

answers: How did Samus destroy Mother Brain?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: What does the Mothership do?

answers: NDQ_002118

answers: how many satellites are in orbit around earth

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

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

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: What are placed in high orbits over Earth

answers: NDQ_002124

answers: Who was the first astronaut to walk on the Moon?

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: Space Pirates

answers: NDQ_002128

answers: Zebes

answers: NDQ_002129

answers: Mother Brain

answers: NDQ_002130

answers: The Space Pirates

answers: NDQ_002131

answers: gunship

answers: NDQ_002132

answers: gunship

answers: NDQ_002133

answers: Space Pirates

answers: NDQ_002134

answers: Samus lands on the surface of Zebes

answers: NDQ_002135

answers: Space Pirates

answers: NDQ_002136

answers: gravity

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: is attacked by Space Pirates

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Zebes

answers: NDQ_002097

answers: Brain.

answers: NDQ_002099

answers: gunship,

answers: NDQ_002100

answers: Kraid,

answers: NDQ_002103

answers: Space Pirate Mothership.

answers: NDQ_002108

answers: Mother Brain.

answers: NDQ_002111

answers: Space Pirate Mothership.

answers: NDQ_002113

answers: gunship,

answers: NDQ_002114

answers: Samus

answers: NDQ_002115

answers: Space Pirate Mothership.

answers: NDQ_002116

answers: Space Pirate Mothership.

answers: NDQ_002117

answers: Space Pirate Mothership.

answers: NDQ_002118

answers: Space Pirate Mothership.

answers: NDQ_002119

answers: Samus lands on the surface of Zebes

answers: NDQ_002120

answers: Mother Brain.

answers: NDQ_002121

answers: Space Pirate Mothership.

answers: NDQ_002122

answers: Space Pirate Mothership.

answers: NDQ_002123

answers: Space Pirate Mothership.

answers: NDQ_002124

answers: Samus

answers: NDQ_002125

answers: Samus lands on the surface of Zebes

answers: NDQ_002126

answers: traveling through the planet's caverns.

answers: NDQ_002127

answers: gunship, it is attacked by Space Pirates,

answers: NDQ_002128

answers: Space Pirate Mothership.

answers: NDQ_002129

answers: Space Pirate Mothership.

answers: NDQ_002130

answers: Space Pirates,

answers: NDQ_002131

answers: gunship,

answers: NDQ_002132

answers: gunship,

answers: NDQ_002133

answers: Space Pirate Mothership.

answers: NDQ_002134

answers: Mothership self-destructs.

answers: NDQ_002135

answers: Space Pirate Mothership.

answers: NDQ_002136

answers: Space Pirates,

answers: NDQ_002137

answers: Mother Brain.

answers: NDQ_002138

answers: Mother Brain.

answers: NDQ_002139

answers: Samus

text: This exhibition was a cooperation with DLR. It showed large satellite images of the earth and various objects to do with space exploration.

text: This exhibition was a cooperation with

text: DLR

text: . It showed large satellite images of the earth and various objects to do with space exploration.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space.

answers: NDQ_002100

answers: United States and Russia

answers: NDQ_002103

answers: before it goes into space

answers: NDQ_002108

answers: It's impossible to say

answers: NDQ_002111

answers: The exhibition was a collaboration with DLR.

answers: NDQ_002113

answers: The invention of gunpowder allowed rockets to travel to space.

answers: NDQ_002114

answers: The United States

answers: NDQ_002115

answers: It's impossible to say

answers: NDQ_002116

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

answers: NDQ_002117

answers: None of the above choices.

answers: NDQ_002118

answers: None of the above choices.

answers: NDQ_002119

answers: space

answers: NDQ_002120

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

answers: NDQ_002121

answers: Which of the following is not an example of the law of conservation of momentum?

answers: NDQ_002122

answers: Which of the following is not a law of motion?

answers: NDQ_002123

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

answers: NDQ_002124

answers: The exhibition was a collaboration with DLR.

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: can be described

answers: NDQ_002127

answers: kinetic energy

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: The largest artificial satellite

answers: NDQ_002130

answers: DLR

answers: NDQ_002131

answers: can be described as

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: gravitational force causes objects to move in the same direction

answers: NDQ_002135

answers: the Cold War

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: satellite images

answers: NDQ_002138

answers: can be seen from Earth.

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: space exploration.

answers: NDQ_002097

answers: earth

answers: NDQ_002099

answers: space exploration.

answers: NDQ_002100

answers: DLR.

answers: NDQ_002103

answers: space exploration.

answers: NDQ_002108

answers: space exploration.

answers: NDQ_002111

answers: space exploration.

answers: NDQ_002113

answers: various objects to do with space exploration.

answers: NDQ_002114

answers: space exploration.

answers: NDQ_002115

answers: DLR.

answers: NDQ_002116

answers: satellite images of the earth

answers: NDQ_002117

answers: satellite images of the earth and various objects to do with space exploration.

answers: NDQ_002118

answers: space exploration.

answers: NDQ_002119

answers: space exploration.

answers: NDQ_002120

answers: large satellite images of the earth

answers: NDQ_002121

answers: space exploration.

answers: NDQ_002122

answers: various objects to do with space exploration.

answers: NDQ_002123

answers: large satellite images

answers: NDQ_002124

answers: DLR.

answers: NDQ_002125

answers: earth and various objects to do with space exploration.

answers: NDQ_002126

answers: earth

answers: NDQ_002127

answers: space exploration.

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: large satellite

answers: NDQ_002130

answers: DLR.

answers: NDQ_002131

answers: space exploration.

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: space exploration.

answers: NDQ_002134

answers: space exploration.

answers: NDQ_002135

answers: DLR.

answers: NDQ_002136

answers: space exploration.

answers: NDQ_002137

answers: satellite images

answers: NDQ_002138

answers: satellite images

answers: NDQ_002139

answers: DLR.

text: The Space Shuttle Atlantis (Orbiter Vehicle Designation: OV‑104) is a Space Shuttle orbiter belonging to the National Aeronautics and Space Administration (NASA), the spaceflight and space exploration agency of the United States. Constructed by the Rockwell International company in Southern California and delivered to the Kennedy Space Center in Eastern Florida in April 1985, Atlantis is the fourth operational and the second-to-last Space Shuttle built. Its maiden flight was STS-51-J from 3 to 7 October 1985.

text: The Space Shuttle Atlantis (

text: Orbiter Vehicle Designation

text: : OV‑104) is a

text: Space Shuttle orbiter

text: belonging to the

text: National Aeronautics and Space Administration

text: (NASA), the

text: spaceflight

text: and

text: space exploration

text: agency of the United States. Constructed by the

text: Rockwell International

text: company in

text: Southern California

text: and delivered to the

text: Kennedy Space Center

text: in Eastern

text: Florida

text: in April 1985, Atlantis is the fourth operational and the second-to-last Space Shuttle built. Its maiden flight was

text: from 3 to 7 October 1985.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: Space Shuttle Atlantis

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: STS-51-J

answers: NDQ_002108

answers: Yes

answers: NDQ_002111

answers: The Space Shuttle Atlantis is the fourth operational and the second-to-last Space Shuttle built

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: The United States

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is an orbiter?

answers: NDQ_002117

answers: None of the above choices.

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Neil Armstrong walked

answers: NDQ_002120

answers: The Space Shuttle Atlantis is the fourth operational and the second-to-last Space Shuttle built.

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: What type of satellites are placed in high orbits over Earth?

answers: NDQ_002124

answers: who was the first astronaut to walk on the Moon

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: orbiter

answers: NDQ_002129

answers: Atlantis

answers: NDQ_002130

answers: National Aeronautics and Space Administration

answers: NDQ_002131

answers: Space Shuttle Atlantis

answers: NDQ_002132

answers: unanswerable

answers: NDQ_002133

answers: Space Shuttle

answers: NDQ_002134

answers: Atlantis is the fourth operational and the second-to-last Space Shuttle

answers: NDQ_002135

answers: Space Shuttle Atlantis

answers: NDQ_002136

answers: Space Shuttle

answers: NDQ_002137

answers: GPS coordinates

answers: NDQ_002138

answers: Atlantis

answers: NDQ_002139

answers: Kennedy Space Center

answers: NDQ_002095

answers: 3 to 7 October 1985.

answers: NDQ_002097

answers: The Space Shuttle Atlantis

answers: NDQ_002099

answers: spaceflight and space exploration

answers: NDQ_002100

answers: United States.

answers: NDQ_002103

answers: Kennedy Space Center

answers: NDQ_002108

answers: 1985,

answers: NDQ_002111

answers: The Space Shuttle Atlantis

answers: NDQ_002113

answers: The Space Shuttle Atlantis

answers: NDQ_002114

answers: United States.

answers: NDQ_002115

answers: The Space Shuttle Atlantis

answers: NDQ_002116

answers: (Orbiter Vehicle Designation: OV<unk>104)

answers: NDQ_002117

answers: The Space Shuttle Atlantis

answers: NDQ_002118

answers: The Space Shuttle Atlantis

answers: NDQ_002119

answers: 1985,

answers: NDQ_002120

answers: The Space Shuttle Atlantis

answers: NDQ_002121

answers: The Space Shuttle Atlantis

answers: NDQ_002122

answers: The Space Shuttle Atlantis

answers: NDQ_002123

answers: The Space Shuttle Atlantis

answers: NDQ_002124

answers: The Space Shuttle Atlantis

answers: NDQ_002125

answers: The Space Shuttle Atlantis

answers: NDQ_002126

answers: orbiter

answers: NDQ_002127

answers: (Orbiter Vehicle Designation: OV<unk>104)

answers: NDQ_002128

answers: Space Shuttle orbiter

answers: NDQ_002129

answers: The Space Shuttle Atlantis

answers: NDQ_002130

answers: National Aeronautics and Space Administration

answers: NDQ_002131

answers: The Space Shuttle Atlantis

answers: NDQ_002132

answers: The Space Shuttle Atlantis

answers: NDQ_002133

answers: spaceflight and space exploration agency of the United States.

answers: NDQ_002134

answers: The Space Shuttle Atlantis

answers: NDQ_002135

answers: STS-51-J from 3 to 7 October 1985.

answers: NDQ_002136

answers: spaceflight

answers: NDQ_002137

answers: The Space Shuttle Atlantis

answers: NDQ_002138

answers: The Space Shuttle Atlantis

answers: NDQ_002139

answers: STS-51-J from 3 to 7 October 1985.

text: Development of technologies will result in technical solutions that improve thrust levels, Isp, power, specific mass, (or specific power), volume, system mass, system complexity, operational complexity, commonality with other spacecraft systems, manufacturability, durability, and cost. These types of improvements will yield decreased transit times, increased payload mass, safer spacecraft, and decreased costs. In some instances, development of technologies within this TA will result in mission- enabling breakthroughs that will revolutionize space exploration. There is no single propulsion technology that will benefit all missions or mission types. The requirements for in-space propulsion vary widely due according to their intended application. The described technologies should support everything from small satellites and robotic deep space exploration to space stations and human missions to Mars applications.

text: Development of technologies will result in technical solutions that improve thrust levels, Isp, power,

text: specific mass

text: , (or

text: specific power

text: ), volume, system mass, system complexity, operational complexity, commonality with other spacecraft systems, manufacturability, durability, and cost. These types of improvements will yield decreased transit times, increased payload mass, safer spacecraft, and decreased costs. In some instances, development of technologies within this TA will result in mission- enabling breakthroughs that will revolutionize space exploration. There is no single propulsion technology that will benefit all missions or mission types. The requirements for in-space propulsion vary widely due according to their intended application. The described technologies should support everything from small

text: satellite

text: s and

text: robotic deep space exploration

text: to

text: space stations

text: and

text: human missions to Mars applications

answers: NDQ_002095

answers: Mars

answers: NDQ_002097

answers: Isp

answers: NDQ_002099

answers: increases the payload mass

answers: NDQ_002100

answers: United States and Russia

answers: NDQ_002103

answers: in-space propulsion

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: How many years ago was the first rocket developed?

answers: NDQ_002113

answers: TA

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: satellites are in orbit around Earth

answers: NDQ_002119

answers: Mars

answers: NDQ_002120

answers: cost

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: are placed in high orbits over Earth

answers: NDQ_002124

answers: Alan Shepherd

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: transit

answers: NDQ_002127

answers: thrust

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Mars applications

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: thrust

answers: NDQ_002132

answers: robots

answers: NDQ_002133

answers: space station

answers: NDQ_002134

answers: acceleration is a property of what?

answers: NDQ_002135

answers: Mars applications

answers: NDQ_002136

answers: propulsion

answers: NDQ_002137

answers: Isp

answers: NDQ_002138

answers: is a satellite in a low orbit

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Mars

answers: NDQ_002097

answers: thrust levels, Isp, power, specific mass,

answers: NDQ_002099

answers: system complexity, operational complexity,

answers: NDQ_002100

answers: other spacecraft systems, manufacturability,

answers: NDQ_002103

answers: in-space propulsion vary widely due according to their intended application.

answers: NDQ_002108

answers: Mars

answers: NDQ_002111

answers: Development of technologies

answers: NDQ_002113

answers: Mars applications.

answers: NDQ_002114

answers: human missions to Mars

answers: NDQ_002115

answers: Mars applications.

answers: NDQ_002116

answers: small satellites

answers: NDQ_002117

answers: robotic deep space exploration

answers: NDQ_002118

answers: small satellites

answers: NDQ_002119

answers: Mars

answers: NDQ_002120

answers: decreased transit times, increased payload mass,

answers: NDQ_002121

answers: in-space propulsion vary widely due according to their intended application.

answers: NDQ_002122

answers: thrust levels, Isp, power, specific mass,

answers: NDQ_002123

answers: small satellites

answers: NDQ_002124

answers: mission- enabling breakthroughs that will revolutionize space exploration.

answers: NDQ_002125

answers: Mars

answers: NDQ_002126

answers: transit times,

answers: NDQ_002127

answers: thrust

answers: NDQ_002128

answers: satellites

answers: NDQ_002129

answers: Mars

answers: NDQ_002130

answers: Development of technologies

answers: NDQ_002131

answers: thrust

answers: NDQ_002132

answers: robotic

answers: NDQ_002133

answers: small satellites and robotic deep space exploration

answers: NDQ_002134

answers: thrust levels, Isp, power, specific mass,

answers: NDQ_002135

answers: human missions to Mars applications.

answers: NDQ_002136

answers: propulsion technology

answers: NDQ_002137

answers: thrust levels, Isp, power, specific mass,

answers: NDQ_002138

answers: small satellites

answers: NDQ_002139

answers: human missions to Mars applications.

text: Keats introduced four new projects in 2010. In January he created a pinhole camera intended to take a single 100-year-long exposure. Printed in Good Magazine, the simple box camera was designed to be cut out, folded, and glued together, and then left to take a picture which the magazine promised to publish in a "special folio" as part of the January 2110 issue. In February, Keats expanded his filmmaking for plants into a new genre. Observing that plants aren't mobile, he produced a travel documentary – showing footage of Italian skies – which he screened for an audience of ficus and palm trees at the AC Institute in New York City through early March, and later in the year presented to an audience of mixed species, with musical accompaniment by the composer Theresa Wong, at the Berkeley Art Museum in California. He also produced an online version of the movie for viewing by plants at home, posted by Wired News Following an AFP wire story, news of the travel documentaries was reported worldwide, though not in Italy. Keats launched an alternative space agency, the Local Air and Space Administration (LASA), in October. Headquartered at California State University, Chico, the organization claimed to be taking on the exploratory role abandoned by NASA, and announced simultaneous missions to the Moon and Mars. Rather than building rockets, LASA amassed lunar and martian terrain locally in California, by pulverizing meteorites. The first LASA astronauts were potatoes grown in water mineralized with lunar anorthosite and martian shergottite, exploring the Moon and Mars by osmosis, according to Keats, who further argued that the minerals they absorbed over their month-long missions made them "alien hybrids". LASA also entered the space tourism business, offering humans the opportunity to explore the Moon and Mars by buying and drinking bottled lunar and martian mineral waters at an "exotourism bureau" in San Francisco. At the same time that he was managing the Local Air & Space Administration, Keats started independently to produce pornography for God. The source for his pornography was the Large Hadron Collider (LHC) which had just begun to replicate Big Bang conditions at a small scale. Reasoning that the Big Bang was "divine coitus", Keats screened a live feed from the LHC on a votive altar. He opened his "porn palace for God" at the alternative art space Louis V. ESP in Brooklyn, New York. While Keats explained that he had become "God's pornographer" in order to encourage God to create additional universes since our own was doomed by cosmic expansion, worldwide opinion on the worthiness of his project was mixed.

text: Keats introduced four new projects in 2010. In January he created a

text: pinhole camera

text: intended to take a single 100-year-long exposure. Printed in

text: Good Magazine

text: , the simple

text: box camera

text: was designed to be cut out, folded, and glued together, and then left to take a picture which the magazine promised to publish in a "special folio" as part of the January 2110 issue. In February, Keats expanded his filmmaking for plants into a new genre. Observing that plants aren't mobile, he produced a travel documentary – showing footage of Italian skies – which he screened for an audience of

text: ficus

text: and

text: palm trees

text: at the AC Institute in New York City through early March, and later in the year presented to an audience of mixed species, with musical accompaniment by the composer Theresa Wong, at the

entity_name: Berkeley Art Museum and Pacific Film Archive

text: Berkeley Art Museum

text: in California. He also produced an online version of the movie for viewing by plants at home, posted by

text: Wired News

text: Following an AFP wire story, news of the travel documentaries was reported worldwide, though not in Italy. Keats launched an alternative

text: space agency

text: , the Local Air and Space Administration (LASA), in October. Headquartered at

text: California State University, Chico

text: , the organization claimed to be taking on the exploratory role abandoned by

text: NASA

text: , and announced simultaneous missions to the

text: Moon

text: and

text: Mars

text: . Rather than building

text: rockets

text: , LASA amassed lunar and martian terrain locally in California, by pulverizing

text: meteorites

text: . The first LASA astronauts were potatoes grown in water mineralized with lunar

text: anorthosite

text: and martian

text: shergottite

text: , exploring the Moon and Mars by

text: osmosis

text: , according to Keats, who further argued that the minerals they absorbed over their month-long missions made them "

text: alien

text: hybrids

text: ". LASA also entered the

text: space tourism

text: business, offering humans the opportunity to explore the Moon and Mars by buying and drinking bottled lunar and martian

text: mineral waters

text: at an "exotourism bureau" in San Francisco. At the same time that he was managing the Local Air & Space Administration, Keats started independently to produce pornography for God. The source for his pornography was the

text: Large Hadron Collider

text: (LHC) which had just begun to replicate

text: Big Bang

text: conditions at a small scale. Reasoning that the Big Bang was "divine

text: coitus

text: ", Keats screened a live feed from the LHC on a

text: votive

text: altar

text: . He opened his "porn palace for God" at the alternative art space Louis V. ESP in

text: Brooklyn

text: , New York. While Keats explained that he had become "God's pornographer" in order to encourage God to create additional universes since our own was doomed by

text: cosmic expansion

text: , worldwide opinion on the worthiness of his project was mixed.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: that plants aren't mobile

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: Italy

answers: NDQ_002103

answers: LASA

answers: NDQ_002108

answers: Keats introduced four new projects in 2010.

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: What was the first use of rockets in space?

answers: NDQ_002116

answers: satellite

answers: NDQ_002117

answers: Keats introduced four new projects in 2010.

answers: NDQ_002118

answers: NASA

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Landsat satellites

answers: NDQ_002121

answers: the Local Air and Space Administration

answers: NDQ_002122

answers: Keats launched an alternative space agency, the Local Air and Space Administration

answers: NDQ_002123

answers: What are imaging satellites placed in high orbits over Earth?

answers: NDQ_002124

answers: Who was the first astronaut to walk on the Moon?

answers: NDQ_002125

answers: John Keats

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: osmosis

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: LASA amassed lunar and martian terrain locally in California, by pulverizing meteorites.

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: The Large Hadron Collider (LHC) had just question

answers: NDQ_002132

answers: Keats launched an alternative space agency

answers: NDQ_002133

answers: NASA

answers: NDQ_002134

answers: LASA astronauts were grown in water mineralized with lunar anorthosite

answers: NDQ_002135

answers: unanswerable

answers: NDQ_002136

answers: gravitational pull

answers: NDQ_002137

answers: Large Hadron Collider

answers: NDQ_002138

answers: What is the name of the satellite in a low orbit

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Moon and Mars.

answers: NDQ_002097

answers: plants aren't mobile,

answers: NDQ_002099

answers: building rockets,

answers: NDQ_002100

answers: NASA,

answers: NDQ_002103

answers: Large Hadron Collider

answers: NDQ_002108

answers: potatoes

answers: NDQ_002111

answers: Large Hadron Collider

answers: NDQ_002113

answers: pulverizing meteorites.

answers: NDQ_002114

answers: (LASA),

answers: NDQ_002115

answers: Large Hadron Collider

answers: NDQ_002116

answers: Large Hadron Collider

answers: NDQ_002117

answers: rockets,

answers: NDQ_002118

answers: Large Hadron Collider

answers: NDQ_002119

answers: Italy.

answers: NDQ_002120

answers: pulverizing meteorites.

answers: NDQ_002121

answers: pulverizing meteorites.

answers: NDQ_002122

answers: pulverizing meteorites.

answers: NDQ_002123

answers: Large Hadron Collider

answers: NDQ_002124

answers: Large Hadron Collider

answers: NDQ_002125

answers: NASA,

answers: NDQ_002126

answers: osmosis,

answers: NDQ_002127

answers: meteorites.

answers: NDQ_002128

answers: Large Hadron Collider

answers: NDQ_002129

answers: Large Hadron Collider

answers: NDQ_002130

answers: NASA,

answers: NDQ_002131

answers: Large Hadron Collider

answers: NDQ_002132

answers: osmosis,

answers: NDQ_002133

answers: NASA,

answers: NDQ_002134

answers: plants aren't mobile,

answers: NDQ_002135

answers: NASA,

answers: NDQ_002136

answers: rockets,

answers: NDQ_002137

answers: Large Hadron Collider

answers: NDQ_002138

answers: NASA,

answers: NDQ_002139

answers: Local Air and Space Administration

text: Motivated by Lovelock's book, biophysicist Robert Haynes worked behind the scenes to promote terraforming, and contributed the neologism Ecopoiesis, forming the word from the Greek οἶκος, oikos, "house", and ποίησις, poiesis, "production". Ecopoiesis refers to the origin of an ecosystem.  In the context of space exploration, Haynes describes ecopoiesis as the "fabrication of a sustainable ecosystem on a currently lifeless, sterile planet".  Ecopoiesis is a type of planetary engineering and is one of the first stages of terraformation. This primary stage of ecosystem creation is usually restricted to the initial seeding of microbial life. As conditions approach that of Earth, plant life could be brought in, and this will accelerate the production of oxygen, theoretically making the planet eventually able to support animal life.

text: Motivated by Lovelock's book, biophysicist

text: Robert Haynes

text: worked behind the scenes to promote terraforming, and contributed the

text: neologism

text: Ecopoiesis, forming the word from the Greek οἶκος, oikos, "house", and ποίησις, poiesis, "production". Ecopoiesis refers to the origin of an ecosystem.  In the context of space exploration, Haynes describes ecopoiesis as the "fabrication of a sustainable ecosystem on a currently lifeless, sterile planet".  Ecopoiesis is a type of

text: planetary engineering

text: and is one of the first stages of terraformation. This primary stage of ecosystem creation is usually restricted to the initial seeding of microbial life. As conditions approach that of Earth, plant life could be brought in, and this will accelerate the production of oxygen, theoretically making the planet eventually able to support animal life.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: accelerate the production of oxygen

answers: NDQ_002100

answers: United States and China

answers: NDQ_002103

answers: space

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: How many orbits are placed over Earth?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: Earth

answers: NDQ_002130

answers: United States

answers: NDQ_002131

answers: NDQ_002132

answers: sterile planet

answers: NDQ_002133

answers: space exploration

answers: NDQ_002134

answers: gravitational force is equal to the force of gravity

answers: NDQ_002135

answers: space exploration

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: can support animal life

answers: NDQ_002139

answers: Robert Haynes

answers: NDQ_002095

answers: space exploration,

answers: NDQ_002097

answers: oxygen,

answers: NDQ_002099

answers: oxygen,

answers: NDQ_002100

answers: Earth,

answers: NDQ_002103

answers: space exploration,

answers: NDQ_002108

answers: Ecopoiesis,

answers: NDQ_002111

answers: Motivated by Lovelock's

answers: NDQ_002113

answers: Ecopoiesis,

answers: NDQ_002114

answers: biophysicist Robert Haynes

answers: NDQ_002115

answers: able to support animal life.

answers: NDQ_002116

answers: oikos,

answers: NDQ_002117

answers: Lovelock's book, biophysicist Robert Haynes

answers: NDQ_002118

answers: terraforming,

answers: NDQ_002119

answers: Robert Haynes

answers: NDQ_002120

answers: oxygen, theoretically making the planet eventually able to support animal life.

answers: NDQ_002121

answers: space exploration,

answers: NDQ_002122

answers: lifeless, sterile planet".

answers: NDQ_002123

answers: plant life could be brought in, and this will accelerate the production of oxygen,

answers: NDQ_002124

answers: Robert Haynes

answers: NDQ_002125

answers: lifeless, sterile planet".

answers: NDQ_002126

answers: oikos, "house", and <unk>, poiesis,

answers: NDQ_002127

answers: oxygen,

answers: NDQ_002128

answers: space exploration,

answers: NDQ_002129

answers: Robert Haynes

answers: NDQ_002130

answers: Robert Haynes

answers: NDQ_002131

answers: oikos,

answers: NDQ_002132

answers: sterile planet".

answers: NDQ_002133

answers: space exploration,

answers: NDQ_002134

answers: oxygen,

answers: NDQ_002135

answers: space exploration,

answers: NDQ_002136

answers: microbial life.

answers: NDQ_002137

answers: Greek

answers: NDQ_002138

answers: lifeless, sterile planet".

answers: NDQ_002139

answers: Robert Haynes

text: The TV show Sliders explores different possible alternate realities by having the protagonist "slide" into different parallel dimensions of the same planet Earth.

text: The TV show

text: Sliders

text: explores different possible alternate realities by having the protagonist "slide" into different parallel dimensions of the same planet Earth.

answers: NDQ_002095

answers: orbit the sun

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space.

answers: NDQ_002100

answers: United States and China

answers: NDQ_002103

answers: by a spacecraft

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: The TV show Sliders explores different possible alternate realities

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: no one

answers: NDQ_002115

answers: no

answers: NDQ_002116

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

answers: NDQ_002117

answers: unintentionally

answers: NDQ_002118

answers: None of the above choices.

answers: NDQ_002119

answers: space

answers: NDQ_002120

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

answers: NDQ_002121

answers: It is not possible for an object to go into orbit if it is moving at a constant speed.

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

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

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: can be described

answers: NDQ_002127

answers: kinetic energy

answers: NDQ_002128

answers: is a planet

answers: NDQ_002129

answers: is neptune

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: can be described

answers: NDQ_002132

answers: Sliders

answers: NDQ_002133

answers: Earth

answers: NDQ_002134

answers: sliding is a form of motion

answers: NDQ_002135

answers: the Cold War

answers: NDQ_002136

answers: gravity

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: can be seen from Earth.

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: alternate realities by having the protagonist "slide" into different parallel dimensions

answers: NDQ_002097

answers: "slide"

answers: NDQ_002099

answers: different parallel dimensions

answers: NDQ_002100

answers: The TV show Sliders

answers: NDQ_002103

answers: Earth.

answers: NDQ_002108

answers: The TV show Sliders

answers: NDQ_002111

answers: The TV show Sliders

answers: NDQ_002113

answers: The TV show Sliders

answers: NDQ_002114

answers: The TV show Sliders

answers: NDQ_002115

answers: The TV show Sliders

answers: NDQ_002116

answers: Earth.

answers: NDQ_002117

answers: The TV show Sliders

answers: NDQ_002118

answers: Earth.

answers: NDQ_002119

answers: The TV show Sliders

answers: NDQ_002120

answers: The TV show Sliders

answers: NDQ_002121

answers: different parallel dimensions of the same planet Earth.

answers: NDQ_002122

answers: The TV show Sliders

answers: NDQ_002123

answers: The TV show Sliders

answers: NDQ_002124

answers: The TV show Sliders

answers: NDQ_002125

answers: The TV show Sliders

answers: NDQ_002126

answers: "slide"

answers: NDQ_002127

answers: "slide"

answers: NDQ_002128

answers: Earth.

answers: NDQ_002129

answers: The TV show Sliders

answers: NDQ_002130

answers: The TV show Sliders explores different possible alternate realities

answers: NDQ_002131

answers: The TV show Sliders

answers: NDQ_002132

answers: The TV show Sliders

answers: NDQ_002133

answers: Earth.

answers: NDQ_002134

answers: "slide" into different parallel dimensions

answers: NDQ_002135

answers: The TV show Sliders

answers: NDQ_002136

answers: Earth.

answers: NDQ_002137

answers: Earth.

answers: NDQ_002138

answers: Earth.

answers: NDQ_002139

answers: The TV show Sliders

text: Magnetometers of this type were equipped on the "Pioneer 0"/Able 1, "Pioneer 1"/Able 2, Ye1.1, Ye1.2, and Ye1.3 missions that failed in 1958 due to launch problems. The Pioneer 1 however did collect data on the Van Allen belts. In 1959 the Soviet "Luna 1"/Ye1.4 carried a three-component magnetometer that passed the moon en route to a heliocentric orbit at a distance of , but the magnetic field could not be accurately assessed. Eventually the USSR managed a lunar impact with "Luna 2", a three component magnetometer, finding no significant magnetic field in close approach to the surface. Explorer 10 had an abbreviated 52 hr mission with two fluxgate magnetometers on board.  During 1958 and 1959 failure tended to characterize missions carrying magnetometers: 2 instruments were lost on Able IVB alone. In early 1966 the USSR finally placed Luna 10 in orbit around the moon carrying a magnetometer and was able to confirm the weak nature of the moon's magnetic field. Venera 4, 5, and 6 also carried magnetometers on their trips to Venus, although they were not placed on the landing craft.

text: Magnetometers of this type were equipped on the "

text: Pioneer 0

text: "/Able 1, "

text: Pioneer 1

text: "/Able 2, Ye1.1, Ye1.2, and Ye1.3 missions that failed in 1958 due to launch problems. The Pioneer 1 however did collect data on the Van Allen belts. In 1959 the Soviet "

text: Luna 1

text: "/Ye1.4 carried a three-component magnetometer that passed the moon en route to a heliocentric orbit at a distance of , but the magnetic field could not be accurately assessed. Eventually the USSR managed a lunar impact with "

text: Luna 2

text: ", a three component magnetometer, finding no significant magnetic field in close approach to the surface. Explorer 10 had an abbreviated 52 hr mission with two fluxgate magnetometers on board.  During 1958 and 1959 failure tended to characterize missions carrying magnetometers: 2 instruments were lost on

text: Able IVB

text: alone. In early 1966 the

text: USSR

text: finally placed

text: Luna 10

text: in orbit around the moon carrying a magnetometer and was able to confirm the weak nature of the moon's magnetic field.

text: Venera 4

text: , and

text: also carried magnetometers on their trips to

text: Venus

text: , although they were not placed on the landing craft.

answers: NDQ_002095

answers: orbit the Moon

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched

answers: NDQ_002100

answers: USSR

answers: NDQ_002103

answers: in 1958

answers: NDQ_002108

answers: NDQ_002111

answers: How did the USSR manage a lunar impact with "Luna 2?"

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: United States

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: What does Landsat do?

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: Which law of motion helps explain how a rocket will travel in space

answers: NDQ_002123

answers: How many years after the Soviet "Luna 1"/Ye1.4 carried a three-component magnetometer that passed the moon en route to a heliocentric orbit at a distance of, but the magnetic field could not be accurately assessed

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: launch

answers: NDQ_002128

answers: orbit

answers: NDQ_002129

answers: Luna 10

answers: NDQ_002130

answers: The USSR

answers: NDQ_002131

answers: magnetic field

answers: NDQ_002132

answers: Venera

answers: NDQ_002133

answers: 1960s

answers: NDQ_002134

answers: gravitational force is equal to

answers: NDQ_002135

answers: 1958

answers: NDQ_002136

answers: Heliocentric orbit

answers: NDQ_002137

answers: Magnetometers

answers: NDQ_002138

answers: "Luna 1"/Ye1.4

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: passed the moon

answers: NDQ_002097

answers: heliocentric

answers: NDQ_002099

answers: launch

answers: NDQ_002100

answers: USSR

answers: NDQ_002103

answers: launch problems.

answers: NDQ_002108

answers: 1958

answers: NDQ_002111

answers: the magnetic field could not be accurately assessed.

answers: NDQ_002113

answers: Magnetometers

answers: NDQ_002114

answers: USSR managed a lunar impact with "Luna 2",

answers: NDQ_002115

answers: the USSR managed a lunar impact with "Luna 2",

answers: NDQ_002116

answers: heliocentric orbit

answers: NDQ_002117

answers: launch problems.

answers: NDQ_002118

answers: Magnetometers

answers: NDQ_002119

answers: 1958

answers: NDQ_002120

answers: Magnetometers

answers: NDQ_002121

answers: heliocentric orbit

answers: NDQ_002122

answers: heliocentric orbit

answers: NDQ_002123

answers: heliocentric orbit

answers: NDQ_002124

answers: "Luna 2",

answers: NDQ_002125

answers: Venus,

answers: NDQ_002126

answers: heliocentric orbit

answers: NDQ_002127

answers: magnetic field

answers: NDQ_002128

answers: heliocentric

answers: NDQ_002129

answers: "Luna 1"/Ye1.4

answers: NDQ_002130

answers: USSR

answers: NDQ_002131

answers: Magnetometers

answers: NDQ_002132

answers: Venera 4, 5, and 6 also carried magnetometers

answers: NDQ_002133

answers: "Pioneer 0"/Able 1,

answers: NDQ_002134

answers: heliocentric orbit

answers: NDQ_002135

answers: "Pioneer 0"/Able 1,

answers: NDQ_002136

answers: launch problems.

answers: NDQ_002137

answers: Magnetometers

answers: NDQ_002138

answers: heliocentric orbit

answers: NDQ_002139

answers: "Pioneer 0"/Able 1,

text: This mission to Mercury is to include two satellites: the Mercury Planetary Orbiter (MPO) and the Mercury Magnetospheric Orbiter (MMO). Each orbiter has a distinct purpose: the MPO is to take images of Mercury, and the MMO is to study the magnetosphere. The European Space Agency and Japan Aerospace Exploration Agency are working in conjunction on BepiColombo and will each provide one of the orbiters. The ESA will provide MPO, while JAXA will provide MMO. The BepiColombo mission will attempt to gather enough information to answer these questions:

text: This mission to Mercury is to include two satellites: the Mercury Planetary Orbiter (MPO) and the Mercury Magnetospheric Orbiter (MMO). Each orbiter has a distinct purpose: the MPO is to take images of Mercury, and the MMO is to study the

text: magnetosphere

text: . The European Space Agency and Japan Aerospace Exploration Agency are working in conjunction on BepiColombo and will each provide one of the orbiters. The ESA will provide MPO, while JAXA will provide MMO. The BepiColombo mission will attempt to gather enough information to answer these questions:

answers: NDQ_002095

answers: Mercury

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: European Space Agency and Japan

answers: NDQ_002103

answers: spacecraft

answers: NDQ_002108

answers: NDQ_002111

answers: The European Space Agency and Japan Aerospace Exploration Agency

answers: NDQ_002113

answers: gunpowder

answers: NDQ_002114

answers: The United States

answers: NDQ_002115

answers: NDQ_002116

answers: orbiter

answers: NDQ_002117

answers: orbiter

answers: NDQ_002118

answers: context:

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Context: Landsat satellites make detailed images of continents and coasts

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: Newtons Third Law of Motion states that a rocket will travel in a straight line.

answers: NDQ_002123

answers: What is the purpose of imaging satellites?

answers: NDQ_002124

answers: Context: BepiColombo

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Mercury Planetary Orbiter

answers: NDQ_002130

answers: Japan Aerospace Exploration Agency

answers: NDQ_002131

answers: magnetosphere

answers: NDQ_002132

answers: Orbiter

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: gravitational force is proportional to the mass of the object

answers: NDQ_002135

answers: BepiColombo

answers: NDQ_002136

answers: magnetosphere

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: Mercury Planetary Orbiter

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Mercury,

answers: NDQ_002097

answers: magnetosphere.

answers: NDQ_002099

answers: distinct purpose:

answers: NDQ_002100

answers: European Space Agency and Japan Aerospace Exploration Agency

answers: NDQ_002103

answers: Mercury, and the MMO is to study the magnetosphere.

answers: NDQ_002108

answers: BepiColombo

answers: NDQ_002111

answers: BepiColombo

answers: NDQ_002113

answers: Mercury Planetary Orbiter

answers: NDQ_002114

answers: Japan Aerospace Exploration Agency

answers: NDQ_002115

answers: BepiColombo

answers: NDQ_002116

answers: orbiter

answers: NDQ_002117

answers: Mercury Planetary Orbiter

answers: NDQ_002118

answers: Mercury,

answers: NDQ_002119

answers: Mercury Planetary Orbiter

answers: NDQ_002120

answers: Mercury,

answers: NDQ_002121

answers: Mercury, and the MMO is to study the magnetosphere.

answers: NDQ_002122

answers: Mercury Planetary Orbiter

answers: NDQ_002123

answers: Mercury, and the MMO is to study the magnetosphere.

answers: NDQ_002124

answers: BepiColombo

answers: NDQ_002125

answers: Mercury,

answers: NDQ_002126

answers: orbiter

answers: NDQ_002127

answers: magnetosphere.

answers: NDQ_002128

answers: satellites: the Mercury Planetary Orbiter

answers: NDQ_002129

answers: Mercury Planetary Orbiter

answers: NDQ_002130

answers: European Space Agency

answers: NDQ_002131

answers: magnetosphere.

answers: NDQ_002132

answers: satellites:

answers: NDQ_002133

answers: Japan Aerospace Exploration Agency

answers: NDQ_002134

answers: magnetosphere.

answers: NDQ_002135

answers: BepiColombo

answers: NDQ_002136

answers: magnetosphere.

answers: NDQ_002137

answers: Mercury Planetary Orbiter

answers: NDQ_002138

answers: Mercury Planetary Orbiter

answers: NDQ_002139

answers: JAXA will provide MMO. The BepiColombo

text: The SLS launch vehicle is to be upgraded over time with more powerful versions. Its initial Block 1 version is to lift a payload of 70 metric tons to low Earth orbit (LEO), which will be increased with the debut of Block 1B and the Exploration Upper Stage. Block 2 will replace the initial Shuttle-derived boosters with advanced boosters and is planned to have a LEO capability of more than 130 metric tons to meet the congressional requirement.  These upgrades will allow the SLS to lift astronauts and hardware to destinations beyond LEO: on a circumlunar trajectory, as part of Exploration Mission 1, with Block 1; to a near-Earth asteroid, in Exploration Mission 2, with Block 1B; and to Mars, with Block 2. The SLS will launch the Orion Crew and Service Module and may support trips to the International Space Station if necessary. SLS will use the ground operations and launch facilities at NASA's Kennedy Space Center, Florida.

text: The SLS launch vehicle is to be upgraded over time with more powerful versions. Its initial Block 1 version is to lift a

text: payload

text: of 70

text: metric ton

text: s to

text: low Earth orbit

text: (LEO), which will be increased with the debut of Block 1B and the

text: Exploration Upper Stage

text: . Block 2 will replace the initial Shuttle-derived boosters with advanced boosters and is planned to have a LEO capability of more than 130 metric tons to meet the congressional requirement.  These upgrades will allow the SLS to lift astronauts and hardware to destinations beyond LEO: on a

text: circumlunar trajectory

text: , as part of

text: Exploration Mission 1

text: , with Block 1; to a near-Earth asteroid, in

text: Exploration Mission 2

text: , with Block 1B; and to

text: Mars

text: , with Block 2. The SLS will launch the

text: Orion Crew and Service Module

text: and may support trips to the

text: International Space Station

text: if necessary. SLS will use the ground operations and launch facilities at NASA's

text: Kennedy Space Center

text: , Florida.

answers: NDQ_002095

answers: Mars

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: will be upgraded over time

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: What is the first version of the SLS launch vehicle?

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: How many years ago was the SLS launch vehicle developed?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S.

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How will the SLS launch vehicle travel in space?

answers: NDQ_002123

answers: Which of the following is not a type of satellite: imaging satellites or low Earth orbit?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: circumlunar trajectory

answers: NDQ_002127

answers: boosters

answers: NDQ_002128

answers: low Earth orbit

answers: NDQ_002129

answers: Block 2

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: low Earth orbit

answers: NDQ_002133

answers: Space Shuttle

answers: NDQ_002134

answers: Block 2 will replace the initial Shuttle-derived boosters with advanced boosters

answers: NDQ_002135

answers: NASA's Kennedy Space Center

answers: NDQ_002136

answers: Space Station

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: LEO

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Mars,

answers: NDQ_002097

answers: circumlunar trajectory,

answers: NDQ_002099

answers: destinations beyond LEO:

answers: NDQ_002100

answers: NASA's

answers: NDQ_002103

answers: low Earth orbit

answers: NDQ_002108

answers: Earth orbit

answers: NDQ_002111

answers: 70 metric tons to low Earth orbit

answers: NDQ_002113

answers: 70 metric tons to low Earth orbit

answers: NDQ_002114

answers: 70 metric tons

answers: NDQ_002115

answers: circumlunar trajectory, as part of Exploration Mission 1,

answers: NDQ_002116

answers: Earth orbit

answers: NDQ_002117

answers: Earth orbit

answers: NDQ_002118

answers: Earth orbit

answers: NDQ_002119

answers: astronauts

answers: NDQ_002120

answers: 70 metric tons to low Earth orbit

answers: NDQ_002121

answers: low Earth orbit

answers: NDQ_002122

answers: circumlunar trajectory,

answers: NDQ_002123

answers: low Earth orbit

answers: NDQ_002124

answers: circumlunar trajectory, as part of Exploration Mission 1,

answers: NDQ_002125

answers: Mars, with Block 2.

answers: NDQ_002126

answers: circumlunar

answers: NDQ_002127

answers: boosters

answers: NDQ_002128

answers: low Earth orbit

answers: NDQ_002129

answers: 70 metric tons

answers: NDQ_002130

answers: NASA's

answers: NDQ_002131

answers: The SLS launch vehicle

answers: NDQ_002132

answers: low Earth orbit

answers: NDQ_002133

answers: Shuttle-derived

answers: NDQ_002134

answers: circumlunar trajectory,

answers: NDQ_002135

answers: Exploration Mission 1,

answers: NDQ_002136

answers: congressional requirement.

answers: NDQ_002137

answers: Shuttle-derived boosters with advanced boosters

answers: NDQ_002138

answers: Earth orbit

answers: NDQ_002139

answers: astronauts

text: The ideas of Anaximander (c. 610 BC-c. 545 BC): considered by later Greek writers to be the true founder of geography, come to us through fragments quoted by his successors. Anaximander is credited with the invention of the gnomon, the simple, yet efficient Greek instrument that allowed the early measurement of latitude. Thales is also credited with the prediction of eclipses. The foundations of geography can be traced to the ancient cultures, such as the ancient, medieval, and early modern Chinese. The Greeks, who were the first to explore geography as both art and science, achieved this through Cartography, Philosophy, and Literature, or through Mathematics. There is some debate about who was the first person to assert that the Earth is spherical in shape, with the credit going either to Parmenides or Pythagoras. Anaxagoras was able to demonstrate that the profile of the Earth was circular by explaining eclipses. However, he still believed that the Earth was a flat disk, as did many of his contemporaries. One of the first estimates of the radius of the Earth was made by Eratosthenes.

text: The ideas of

text: Anaximander

text: (c. 610 BC-c. 545 BC): considered by later Greek writers to be the true founder of geography, come to us through fragments quoted by his successors. Anaximander is credited with the invention of the

text: gnomon

text: , the simple, yet efficient Greek instrument that allowed the early measurement of

text: latitude

text: . Thales is also credited with the prediction of eclipses. The foundations of geography can be traced to the ancient cultures, such as the ancient, medieval, and early modern

text: Chinese

text: . The

text: Greeks

text: , who were the first to explore geography as both

text: art

text: and

text: science

text: , achieved this through

text: Cartography

text: Philosophy

text: , and

text: Literature

text: , or through

text: Mathematics

text: . There is some debate about who was the first person to assert that the

text: Earth is spherical

text: in shape, with the credit going either to

text: Parmenides

text: or

text: Pythagoras

text: Anaxagoras

text: was able to demonstrate that the profile of the Earth was circular by explaining

text: eclipse

text: s. However, he still believed that the Earth was a flat disk, as did many of his contemporaries. One of the first estimates of the radius of the Earth was made by

text: Eratosthenes

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: law of conservation of energy

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: Soviet Union

answers: NDQ_002103

answers: before the Earth

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How was the Earth spherical in shape?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: unknown

answers: NDQ_002116

answers: what is the first estimate of the radius of the Earth?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: Which is not a last name?

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: Newtons Third Law of Motion helps explain how a rocket will travel in space

answers: NDQ_002123

answers: How many years after the invention of the gnomon was Anaximander credited with the invention of the gnomon?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: spherical

answers: NDQ_002127

answers: thrust

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: Earth is a flat disk, as did many of his contemporaries.

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Anaximander

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: Chinese

answers: NDQ_002134

answers: gravitational force is proportional to

answers: NDQ_002135

answers: Anaximander

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: latitude and longitude

answers: NDQ_002138

answers: is a satellite in a low orbit.

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: spherical in shape,

answers: NDQ_002097

answers: the Earth is spherical in shape,

answers: NDQ_002099

answers: efficient Greek instrument that allowed the early measurement of latitude.

answers: NDQ_002100

answers: Greek

answers: NDQ_002103

answers: spherical in shape,

answers: NDQ_002108

answers: Eratosthenes.

answers: NDQ_002111

answers: Eratosthenes.

answers: NDQ_002113

answers: Anaximander

answers: NDQ_002114

answers: Anaximander

answers: NDQ_002115

answers: Eratosthenes.

answers: NDQ_002116

answers: Anaximander

answers: NDQ_002117

answers: Anaximander

answers: NDQ_002118

answers: spherical

answers: NDQ_002119

answers: Anaximander

answers: NDQ_002120

answers: Parmenides or Pythagoras.

answers: NDQ_002121

answers: Anaximander

answers: NDQ_002122

answers: Eratosthenes.

answers: NDQ_002123

answers: gnomon,

answers: NDQ_002124

answers: Parmenides or Pythagoras.

answers: NDQ_002125

answers: Parmenides or Pythagoras.

answers: NDQ_002126

answers: circular

answers: NDQ_002127

answers: gnomon,

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: gnomon,

answers: NDQ_002130

answers: The ideas of Anaximander

answers: NDQ_002131

answers: gnomon,

answers: NDQ_002132

answers: gnomon,

answers: NDQ_002133

answers: 610 BC-c. 545 BC):

answers: NDQ_002134

answers: the Earth is spherical

answers: NDQ_002135

answers: Anaximander

answers: NDQ_002136

answers: the Earth is spherical in shape,

answers: NDQ_002137

answers: gnomon,

answers: NDQ_002138

answers: gnomon,

answers: NDQ_002139

answers: Eratosthenes.

text: Space exploration is the ongoing discovery and exploration of celestial structures in outer space by means of continuously evolving and growing space technology. While the study of space is carried out mainly by astronomers with telescopes, the physical exploration of space is conducted both by unmanned robotic probes and human spaceflight.

text: Space exploration is the ongoing

text: discovery

text: and

text: exploration

text: of

text: celestial

text: structures in

text: outer space

text: by means of continuously evolving and growing

text: space technology

text: . While the study of space is carried out mainly by

text: astronomer

text: s with

text: telescope

text: s, the physical exploration of space is conducted both by unmanned

text: robotic probes

text: and

text: human spaceflight

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: unmanned

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: not enough information

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: unmanned robotic probes

answers: NDQ_002117

answers: unmanned

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: space

answers: NDQ_002120

answers: unmanned

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: unmanned robotic probes

answers: NDQ_002123

answers: unmanned robotic probes

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: celestial

answers: NDQ_002129

answers: unmanned robotic probes

answers: NDQ_002130

answers: unmanned robotic probes

answers: NDQ_002131

answers: unmanned robotic probes

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: unanswerable

answers: NDQ_002134

answers: unmanned robotic probes and human spaceflight are examples of what?

answers: NDQ_002135

answers: human spaceflight

answers: NDQ_002136

answers: space technology

answers: NDQ_002137

answers: space technology

answers: NDQ_002138

answers: unmanned robotic probes

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: spaceflight.

answers: NDQ_002097

answers: Space exploration is the ongoing discovery and exploration of celestial structures

answers: NDQ_002099

answers: continuously evolving and growing space technology.

answers: NDQ_002100

answers: Space exploration

answers: NDQ_002103

answers: unmanned robotic probes and human spaceflight.

answers: NDQ_002108

answers: spaceflight.

answers: NDQ_002111

answers: astronomers with telescopes,

answers: NDQ_002113

answers: unmanned robotic probes and human spaceflight.

answers: NDQ_002114

answers: human spaceflight.

answers: NDQ_002115

answers: unmanned robotic probes and human spaceflight.

answers: NDQ_002116

answers: Space exploration

answers: NDQ_002117

answers: unmanned robotic probes

answers: NDQ_002118

answers: Space exploration

answers: NDQ_002119

answers: unmanned robotic probes and human spaceflight.

answers: NDQ_002120

answers: Space exploration is the ongoing discovery and exploration of celestial structures

answers: NDQ_002121

answers: spaceflight.

answers: NDQ_002122

answers: unmanned robotic probes and human spaceflight.

answers: NDQ_002123

answers: telescopes,

answers: NDQ_002124

answers: unmanned robotic probes and human spaceflight.

answers: NDQ_002125

answers: unmanned robotic probes

answers: NDQ_002126

answers: Space exploration

answers: NDQ_002127

answers: unmanned robotic probes and human spaceflight.

answers: NDQ_002128

answers: astronomers with telescopes,

answers: NDQ_002129

answers: unmanned robotic probes

answers: NDQ_002130

answers: astronomers with telescopes,

answers: NDQ_002131

answers: unmanned robotic probes

answers: NDQ_002132

answers: unmanned robotic probes

answers: NDQ_002133

answers: human spaceflight.

answers: NDQ_002134

answers: continuously evolving and growing space technology.

answers: NDQ_002135

answers: human spaceflight.

answers: NDQ_002136

answers: space technology.

answers: NDQ_002137

answers: telescopes,

answers: NDQ_002138

answers: unmanned robotic probes

answers: NDQ_002139

answers: human spaceflight.

text: From an early age, Gorman wanted to be both an astrophysicist and an archaeologist. While she ended up pursuing a career in archaeology, she has reconciled the two by turning her research focus onto the archaeology of space exploration, or simply space archaeology (for the use of satellite imagery to examine archaeological sites and landscapes, see remote sensing). In 2003, she took part in the first conference session on space archaeology at the 5th World Archaeological Congress with John Campbell and Beth Laura O'Leary. Since the mid-00s, she has produced a number of publications on space archaeology and is credited for pioneering the concept of space as a cultural landscape and the application of cultural significance assessment to "space junk". She has also considered the contribution of Indigenous people to global space exploration and the archaeological signatures of this interaction. Gorman's space archaeology research includes the oldest satellite still in orbit, Vanguard 1, the Woomera and Kourou terrestrial launch sites, and the Orroral Valley NASA Tracking Station. In 2013, Gorman received recognition for her work on the archaeology of space when she was invited to present at TEDx Sydney.

text: From an early age, Gorman wanted to be both an astrophysicist and an archaeologist. While she ended up pursuing a career in archaeology, she has reconciled the two by turning her research focus onto the archaeology of space exploration, or simply

text: space archaeology

text: (for the use of satellite imagery to examine archaeological sites and landscapes, see

text: remote sensing

text: ). In 2003, she took part in the first conference session on space archaeology at the 5th World Archaeological Congress with John Campbell and Beth Laura O'Leary. Since the mid-00s, she has produced a number of publications on space archaeology and is credited for pioneering the concept of space as a cultural landscape and the application of cultural significance assessment to "space junk". She has also considered the contribution of Indigenous people to global space exploration and the archaeological signatures of this interaction. Gorman's space archaeology research includes the oldest satellite still in orbit, Vanguard 1, the Woomera and Kourou terrestrial launch sites, and the Orroral Valley NASA Tracking Station. In 2013, Gorman received recognition for her work on the archaeology of space when she was invited to present at

text: TEDx Sydney

answers: NDQ_002095

answers: orbit

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: terrestrial launch

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: What is the oldest satellite still in orbit, Vanguard 1, the Woomera and Kourou terrestrial launch sites, and the Orroral Valley NASA Tracking Station?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: U.S.

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Neil Armstrong walked

answers: NDQ_002120

answers: What is the use of satellite imagery to examine archaeological sites and landscapes?

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: What law helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: How are satellites placed in high orbits over Earth?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Vanguard 1

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: space junk

answers: NDQ_002132

answers: Vanguard 1

answers: NDQ_002133

answers: 5th World Archaeological Congress

answers: NDQ_002134

answers: gravitational force is equal to

answers: NDQ_002135

answers: the 5th World Archaeological Congress

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: remote sensing

answers: NDQ_002138

answers: Vanguard 1

answers: NDQ_002139

answers: John Campbell

answers: NDQ_002095

answers: orbit,

answers: NDQ_002097

answers: remote sensing).

answers: NDQ_002099

answers: launch

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: terrestrial launch sites,

answers: NDQ_002108

answers: oldest satellite still in orbit,

answers: NDQ_002111

answers: TEDx Sydney.

answers: NDQ_002113

answers: space archaeology

answers: NDQ_002114

answers: TEDx Sydney.

answers: NDQ_002115

answers: 5th World Archaeological Congress

answers: NDQ_002116

answers: satellite still in orbit,

answers: NDQ_002117

answers: terrestrial launch sites,

answers: NDQ_002118

answers: the oldest satellite still in orbit,

answers: NDQ_002119

answers: 2003,

answers: NDQ_002120

answers: remote sensing).

answers: NDQ_002121

answers: space archaeology

answers: NDQ_002122

answers: TEDx Sydney.

answers: NDQ_002123

answers: remote sensing).

answers: NDQ_002124

answers: TEDx Sydney.

answers: NDQ_002125

answers: NASA Tracking Station.

answers: NDQ_002126

answers: orbit,

answers: NDQ_002127

answers: launch sites,

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Vanguard 1,

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: "space junk".

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: 5th World Archaeological Congress

answers: NDQ_002134

answers: TEDx Sydney.

answers: NDQ_002135

answers: Vanguard 1,

answers: NDQ_002136

answers: launch sites,

answers: NDQ_002137

answers: satellite imagery

answers: NDQ_002138

answers: Vanguard 1,

answers: NDQ_002139

answers: Vanguard 1,

text: President Dwight Eisenhower was skeptical about human spaceflight, but sought to advance the commercial and military applications of satellite technology.  Prior to the Soviet Union's launch of Sputnik 1, Eisenhower had already authorized Project Vanguard, a scientific satellite program associated with the International Geophysical Year.  As a supporter of small government, he sought to avoid a space race which would require an expensive bureaucracy to conduct, and was surprised by, and sought to downplay, the public response to the Soviet launch of Sputnik. In an effort to prevent similar technological surprises by the Soviets, Eisenhower authorized the creation in 1958 of the Defense Advanced Research Projects Agency (DARPA), responsible for the development of advanced military technologies.

text: President Dwight Eisenhower

text: was skeptical about

text: human spaceflight

text: , but sought to advance the commercial and military applications of satellite technology.  Prior to the

text: Soviet Union

text: 's launch of

text: Sputnik 1

text: , Eisenhower had already authorized

text: Project Vanguard

text: , a scientific satellite program associated with the

text: International Geophysical Year

text: .  As a supporter of

text: small government

text: , he sought to avoid a

text: space race

text: which would require an expensive bureaucracy to conduct, and was surprised by, and sought to downplay, the

text: public response to the Soviet launch of Sputnik

text: . In an effort to prevent similar technological surprises by the Soviets, Eisenhower authorized the creation in 1958 of the

text: Defense Advanced Research Projects Agency

text: (DARPA), responsible for the development of advanced military technologies.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched

answers: NDQ_002100

answers: Soviet Union

answers: NDQ_002103

answers: Sputnik

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: Sputnik

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: How many years after Eisenhower authorized the creation of the Defense Advanced Research Projects Agency (DARPA)?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: geophysical

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Sputnik 1

answers: NDQ_002130

answers: DARPA

answers: NDQ_002131

answers: Sputnik 1

answers: NDQ_002132

answers: Sputnik 1

answers: NDQ_002133

answers: International Geophysical Year

answers: NDQ_002134

answers: Dwight Eisenhower was skeptical about human spaceflight

answers: NDQ_002135

answers: the International Geophysical Year

answers: NDQ_002136

answers: satellite technology

answers: NDQ_002137

answers: satellite technology

answers: NDQ_002138

answers: would require an expensive bureaucracy to conduct

answers: NDQ_002139

answers: Eisenhower

answers: NDQ_002095

answers: spaceflight,

answers: NDQ_002097

answers: International Geophysical Year.

answers: NDQ_002099

answers: expensive bureaucracy to conduct,

answers: NDQ_002100

answers: Soviet Union's

answers: NDQ_002103

answers: launch of Sputnik 1,

answers: NDQ_002108

answers: Soviet Union's launch of Sputnik 1,

answers: NDQ_002111

answers: Sputnik 1,

answers: NDQ_002113

answers: Sputnik 1,

answers: NDQ_002114

answers: Soviet Union's launch of Sputnik 1,

answers: NDQ_002115

answers: Sputnik 1,

answers: NDQ_002116

answers: satellite

answers: NDQ_002117

answers: launch of Sputnik 1,

answers: NDQ_002118

answers: Sputnik 1,

answers: NDQ_002119

answers: Sputnik 1,

answers: NDQ_002120

answers: International Geophysical Year.

answers: NDQ_002121

answers: spaceflight,

answers: NDQ_002122

answers: Sputnik 1,

answers: NDQ_002123

answers: scientific satellite program associated with the International Geophysical Year.

answers: NDQ_002124

answers: Sputnik 1,

answers: NDQ_002125

answers: Sputnik 1,

answers: NDQ_002126

answers: Geophysical Year.

answers: NDQ_002127

answers: launch of Sputnik 1,

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Sputnik 1,

answers: NDQ_002130

answers: Defense Advanced Research Projects Agency (DARPA),

answers: NDQ_002131

answers: Sputnik 1,

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: Sputnik 1,

answers: NDQ_002134

answers: expensive bureaucracy

answers: NDQ_002135

answers: Sputnik 1,

answers: NDQ_002136

answers: small government,

answers: NDQ_002137

answers: satellite technology.

answers: NDQ_002138

answers: Sputnik 1,

answers: NDQ_002139

answers: Dwight Eisenhower

text: On a sub-orbital spaceflight, a spacecraft enters space and then returns to the surface, without having gone into an orbit. For orbital spaceflights, spacecraft enter closed orbits around the Earth or around other celestial bodies. Spacecraft used for human spaceflight carry people on board as crew or passengers from start or on orbit (space stations) only, whereas those used for robotic space missions operate either autonomously or telerobotically. Robotic spacecraft used to support scientific research are space probes. Robotic spacecraft that remain in orbit around a planetary body are artificial satellites. Only a handful of interstellar probes, such as Pioneer 10 and 11, Voyager 1 and 2, and New Horizons, are on trajectories that leave the Solar System.

text: On a

text: sub-orbital spaceflight

text: , a spacecraft enters

text: space

text: and then returns to the surface, without having gone into an

text: orbit

text: . For

text: orbital spaceflight

text: s, spacecraft enter closed orbits around the

text: Earth

text: or around other

text: celestial bodies

text: . Spacecraft used for human spaceflight carry people on board as crew or passengers from start or on orbit (

text: space station

text: s) only, whereas those used for

text: robotic space mission

text: s operate either

text: autonomously

text: or

text: telerobotically

text: Robotic spacecraft

text: used to support scientific research are

text: space probe

text: s. Robotic spacecraft that remain in orbit around a planetary body are artificial

text: satellite

text: s. Only a handful of

text: interstellar probe

text: s, such as

text: Pioneer 10

text: and

text: Voyager 1

text: and

text: , and

text: New Horizons

text: , are on trajectories that leave the

text: Solar System

answers: NDQ_002095

answers: leave the Solar System

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: enters space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: Which of the following is not a sub-orbital spaceflight?

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: Which of the following is not a robotic spacecraft that remain in orbit around a planetary body?

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: Which of the following is not a type of spacecraft: artificial satellites or sub-orbital spaceflights?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Earth

answers: NDQ_002128

answers: orbital

answers: NDQ_002129

answers: New Horizons

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: telerobotically

answers: NDQ_002132

answers: sub-orbital

answers: NDQ_002133

answers: Solar System

answers: NDQ_002134

answers: spacecraft enter closed orbits around the Earth or around other celestial bodies

answers: NDQ_002135

answers: human spaceflight

answers: NDQ_002136

answers: Robotic spacecraft

answers: NDQ_002137

answers: artificial satellites

answers: NDQ_002138

answers: sub-orbital

answers: NDQ_002139

answers: Voyager

answers: NDQ_002095

answers: interstellar probes,

answers: NDQ_002097

answers: orbit.

answers: NDQ_002099

answers: telerobotically.

answers: NDQ_002100

answers: On a sub-orbital spaceflight,

answers: NDQ_002103

answers: orbital spaceflights,

answers: NDQ_002108

answers: human spaceflight

answers: NDQ_002111

answers: telerobotically.

answers: NDQ_002113

answers: sub-orbital spaceflight,

answers: NDQ_002114

answers: Spacecraft used for human spaceflight

answers: NDQ_002115

answers: sub-orbital spaceflight,

answers: NDQ_002116

answers: artificial satellites.

answers: NDQ_002117

answers: robotic space missions operate either autonomously or telerobotically.

answers: NDQ_002118

answers: artificial satellites.

answers: NDQ_002119

answers: artificial satellites.

answers: NDQ_002120

answers: artificial satellites.

answers: NDQ_002121

answers: orbital spaceflights, spacecraft enter closed orbits

answers: NDQ_002122

answers: orbital spaceflights, spacecraft enter closed orbits

answers: NDQ_002123

answers: artificial satellites.

answers: NDQ_002124

answers: sub-orbital spaceflight,

answers: NDQ_002125

answers: Pioneer 10 and 11, Voyager 1 and 2, and New Horizons,

answers: NDQ_002126

answers: orbits

answers: NDQ_002127

answers: autonomously or telerobotically.

answers: NDQ_002128

answers: artificial satellites.

answers: NDQ_002129

answers: Robotic spacecraft that remain in orbit around a planetary body

answers: NDQ_002130

answers: sub-orbital spaceflight,

answers: NDQ_002131

answers: sub-orbital spaceflight, a spacecraft

answers: NDQ_002132

answers: sub-orbital

answers: NDQ_002133

answers: sub-orbital spaceflight,

answers: NDQ_002134

answers: orbital spaceflights, spacecraft enter closed orbits

answers: NDQ_002135

answers: sub-orbital spaceflight,

answers: NDQ_002136

answers: Robotic spacecraft that remain in orbit around a planetary body

answers: NDQ_002137

answers: Earth

answers: NDQ_002138

answers: artificial satellites.

answers: NDQ_002139

answers: Pioneer 10 and 11, Voyager 1 and 2,

text: The Rocket Propulsion Test Complex is a rocket testing complex which was built in 1965 as a component of the John C. Stennis Space Center. The Rocket Propulsion Test Complex played an important role in the development of the Saturn V rocket. The A-1, A-2 and B-1/B-2 test stands were declared a National Historic Landmark in 1985.The NASA Engineering & Science Directorate (ESD) at SSC operates and maintains SSC's rocket test stands.

text: The Rocket Propulsion Test Complex is a rocket testing complex which was built in 1965 as a component of the John C. Stennis Space Center. The Rocket Propulsion Test Complex played an important role in the development of the

text: Saturn V

text: rocket. The A-1, A-2 and B-1/B-2 test stands were declared a

text: National Historic Landmark

text: in 1985.The NASA Engineering & Science Directorate (ESD) at SSC operates and maintains SSC's rocket test stands.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: Newton's Law of Gravity

answers: NDQ_002099

answers: propels itself into space

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: Space Center

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: Yes

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites orbit around Earth?

answers: NDQ_002119

answers: Neil Armstrong walked

answers: NDQ_002120

answers: The Rocket Propulsion Test Complex played an important role in the development of the Saturn V rocket

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: Which of the following is not a law: Newton's Third Law of Motion?

answers: NDQ_002123

answers: Which of the following is not a type of satellite: imaging satellites or satellites?

answers: NDQ_002124

answers: Who was the first astronaut to walk on the Moon

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: propulsion

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: Saturn V

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: Saturn V rocket

answers: NDQ_002134

answers: Newton's third law of motion states that Newton's third law of motion states that

answers: NDQ_002135

answers: NASA Engineering & Science

answers: NDQ_002136

answers: Saturn V rocket

answers: NDQ_002137

answers: satellites to determine the location of objects

answers: NDQ_002138

answers: is called a low orbit satellite

answers: NDQ_002139

answers: John Charles Stennis

answers: NDQ_002095

answers: Space Center.

answers: NDQ_002097

answers: The Rocket Propulsion

answers: NDQ_002099

answers: The A-1, A-2 and B-1/B-2 test stands

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: John C. Stennis Space Center.

answers: NDQ_002108

answers: 1965

answers: NDQ_002111

answers: The Rocket Propulsion Test Complex

answers: NDQ_002113

answers: Saturn V rocket.

answers: NDQ_002114

answers: The Rocket Propulsion Test Complex

answers: NDQ_002115

answers: John C. Stennis Space Center.

answers: NDQ_002116

answers: The Rocket Propulsion Test Complex

answers: NDQ_002117

answers: Saturn V rocket.

answers: NDQ_002118

answers: John C. Stennis Space Center.

answers: NDQ_002119

answers: 1965

answers: NDQ_002120

answers: The Rocket Propulsion Test Complex

answers: NDQ_002121

answers: John C. Stennis Space Center.

answers: NDQ_002122

answers: John C. Stennis Space Center.

answers: NDQ_002123

answers: Saturn V

answers: NDQ_002124

answers: John C. Stennis Space Center.

answers: NDQ_002125

answers: John C. Stennis Space Center.

answers: NDQ_002126

answers: The Rocket Propulsion Test Complex

answers: NDQ_002127

answers: Rocket Propulsion

answers: NDQ_002128

answers: Saturn V

answers: NDQ_002129

answers: Saturn V

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Saturn V rocket.

answers: NDQ_002132

answers: Saturn V rocket.

answers: NDQ_002133

answers: Saturn V

answers: NDQ_002134

answers: Saturn V rocket.

answers: NDQ_002135

answers: Saturn V

answers: NDQ_002136

answers: Saturn V rocket.

answers: NDQ_002137

answers: The Rocket Propulsion Test Complex

answers: NDQ_002138

answers: Saturn V

answers: NDQ_002139

answers: John C. Stennis Space Center.

text: The game is non-linear and allows players to ignore the entire plot and explore space for as long as they wanted. It mixes elements of an RPG with a space-shooter, requiring both strategy and tactics as the player would have to dog fight enemy vessels. Players can also choose to venture into trading by mining and harvesting resources on other planets. Much of the game also takes the players onto the ground, where they can fight ground battles using a wire-frame 3D display of their environment and engage in conversation, combat, or trade.

text: The game is

text: non-linear

text: and allows players to ignore the entire plot and explore space for as long as they wanted. It mixes elements of an RPG with a space-shooter, requiring both strategy and tactics as the player would have to

text: dog fight

text: enemy vessels. Players can also choose to venture into trading by mining and harvesting resources on other planets. Much of the game also takes the players onto the ground, where they can fight ground battles using a

text: wire-frame

text: 3D display

text: of their environment and engage in conversation, combat, or trade.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: force

answers: NDQ_002099

answers: can take off

answers: NDQ_002100

answers: United States and China

answers: NDQ_002103

answers: space

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: unknown

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: space-shooter

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: None of the above choices.

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What is the name of the third law of motion?

answers: NDQ_002123

answers: What are placed in high orbits over Earth?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: non-linear

answers: NDQ_002127

answers: ground battles

answers: NDQ_002128

answers: a planet

answers: NDQ_002129

answers: the largest artificial satellite

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: the player would have to dog fight enemy vessels

answers: NDQ_002132

answers: space-shooter

answers: NDQ_002133

answers: space program

answers: NDQ_002134

answers: gravity is the cause of all motion

answers: NDQ_002135

answers: The game

answers: NDQ_002136

answers: gravity

answers: NDQ_002137

answers: GPS technology

answers: NDQ_002138

answers: can be mined

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: strategy and tactics as the player would have to dog fight enemy vessels.

answers: NDQ_002099

answers: space-shooter,

answers: NDQ_002100

answers: enemy vessels.

answers: NDQ_002103

answers: space

answers: NDQ_002108

answers: space

answers: NDQ_002111

answers: space-shooter,

answers: NDQ_002113

answers: space for as long as they wanted.

answers: NDQ_002114

answers: RPG with a space-shooter,

answers: NDQ_002115

answers: space-shooter,

answers: NDQ_002116

answers: space-shooter,

answers: NDQ_002117

answers: RPG with a space-shooter,

answers: NDQ_002118

answers: space-shooter,

answers: NDQ_002119

answers: space

answers: NDQ_002120

answers: wire-frame 3D display of their environment

answers: NDQ_002121

answers: space

answers: NDQ_002122

answers: space-shooter,

answers: NDQ_002123

answers: wire-frame 3D display

answers: NDQ_002124

answers: RPG with a space-shooter,

answers: NDQ_002125

answers: trading by mining and harvesting resources on other planets.

answers: NDQ_002126

answers: non-linear

answers: NDQ_002127

answers: space-shooter,

answers: NDQ_002128

answers: planets.

answers: NDQ_002129

answers: space-shooter,

answers: NDQ_002130

answers: space-shooter,

answers: NDQ_002131

answers: space-shooter,

answers: NDQ_002132

answers: players to ignore the entire plot

answers: NDQ_002133

answers: space

answers: NDQ_002134

answers: strategy and tactics as the player would have to dog fight enemy vessels.

answers: NDQ_002135

answers: space-shooter,

answers: NDQ_002136

answers: space for as long as they wanted.

answers: NDQ_002137

answers: a wire-frame 3D display

answers: NDQ_002138

answers: trading by mining and harvesting resources on other planets.

answers: NDQ_002139

answers: space-shooter,

text: In 2001, Musk conceptualized "Mars Oasis", a project to land a miniature experimental greenhouse on Mars, containing seeds with dehydrated gel, hydrating the gel and having plants grow on Martian soil, "so this would be the furthest that life’s ever traveled" in an attempt to regain public interest in space exploration and increase the Budget of NASA. But Musk realized that even with a much larger space budget, travel to Mars would be prohibitively expensive and that a fundamental breakthrough in rocket technology was needed. In October 2001, Musk travelled to Moscow with Jim Cantrell (an aerospace supplies fixer), and Adeo Ressi (his best friend from college), to buy refurbished ICBMs (Dnepr) that could send the envisioned payloads into space.The group met with companies such as Lavochkin and ISC Kosmotras.  However, according to Cantrell, Musk was seen as a novice and was consequently spat on by one of the Russian chief designers, and the group returned to the US empty-handed. In February 2002, the group returned to Russia to look for three ICBMs, bringing along Mike Griffin, who had worked for the CIA’s venture capital arm, In-Q-Tel; NASA's Jet Propulsion Laboratory; and was just leaving Orbital Sciences Corporation, a maker of satellites and spacecraft. The group met again with Kosmotras, and were offered one rocket for US$8 million.  However, this was seen by Musk as too expensive; Musk consequently stormed out of the meeting. On the flight back from Moscow, Musk realized that he could start a company that could build the affordable rockets he needed. According to early Tesla and SpaceX investor Steve Jurvetson, Musk calculated that the raw materials for building a rocket actually were only 3 percent of the sales price of a rocket at the time. By applying vertical integration—principally for cost reasons; around 85% of the entire Falcon/Dragon vehicle is produced in-house— and the modular approach from software engineering (Falcon 9 uses 9 of the Merlin engines, which were tested on the single engine Falcon 1, Falcon Heavy uses three Falcon 9 booster stages), SpaceX could cut launch price by a factor of ten and still enjoy a 70 percent gross margin.  For example, SpaceX had to design a machine that could friction stir weld aluminium-lithium alloy for the airframe of the Falcon 9, because such a machine did not exist anywhere in the world. According to Musk, SpaceX started with the smallest useful orbital rocket (Falcon 1 with about half a ton to orbit), instead of building a more complex and riskier launch vehicle, which could have failed and bankrupted the company.

text: In 2001, Musk conceptualized "Mars Oasis", a project to land a miniature experimental greenhouse on Mars, containing seeds with dehydrated gel, hydrating the gel and having plants grow on

text: Martian soil

text: , "so this would be the furthest that life’s ever traveled" in an attempt to regain public interest in space exploration and increase the

text: Budget of NASA

text: . But Musk realized that even with a much larger space budget, travel to Mars would be prohibitively expensive and that a fundamental breakthrough in rocket technology was needed. In October 2001, Musk travelled to Moscow with

text: Jim Cantrell

text: (an aerospace supplies fixer), and

text: Adeo Ressi

text: (his best friend from college), to buy refurbished ICBMs (

text: Dnepr

text: ) that could send the envisioned payloads into space.The group met with companies such as

text: Lavochkin

text: and

text: ISC Kosmotras

text: .  However, according to Cantrell, Musk was seen as a novice and was consequently spat on by one of the Russian chief designers, and the group returned to the US empty-handed. In February 2002, the group returned to Russia to look for three ICBMs, bringing along Mike Griffin, who had worked for the CIA’s venture capital arm,

text: In-Q-Tel

text: ; NASA's

text: Jet Propulsion Laboratory

text: ; and was just leaving

text: Orbital Sciences Corporation

text: , a maker of satellites and spacecraft. The group met again with

text: Kosmotras

text: , and were offered one rocket for US$8 million.  However, this was seen by Musk as too expensive; Musk consequently stormed out of the meeting. On the flight back from

text: Moscow

text: , Musk realized that he could start a company that could build the affordable rockets he needed. According to early Tesla and SpaceX investor

text: Steve Jurvetson

text: , Musk calculated that the raw materials for building a rocket actually were only 3 percent of the sales price of a rocket at the time. By applying

text: vertical integration

text: —principally for cost reasons; around 85% of the entire Falcon/Dragon vehicle is produced in-house— and the modular approach from software engineering (

text: Falcon 9

text: uses 9 of the Merlin engines, which were tested on the single engine

text: Falcon 1

text: Falcon Heavy

text: uses three Falcon 9 booster stages), SpaceX could cut launch price by a factor of ten and still enjoy a 70 percent

text: gross margin

text: .  For example, SpaceX had to design a machine that could

text: friction stir

text: weld

text: aluminium-lithium alloy

text: for the

text: airframe

text: of the

text: Falcon 9

text: , because such a machine did not exist anywhere in the world. According to Musk, SpaceX started with the

text: smallest useful orbital rocket

text: (Falcon 1 with about half a ton to orbit), instead of building a more complex and riskier launch vehicle, which could have failed and bankrupted the company.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be tested

answers: NDQ_002100

answers: Russia

answers: NDQ_002103

answers: ICBMs

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: satellite

answers: NDQ_002117

answers: SpaceX could question: Most satellites launch themselves into orbit

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Mars

answers: NDQ_002120

answers: Mars Oasis

answers: NDQ_002121

answers: the law of conservation of momentum

answers: NDQ_002122

answers: The group met again with Kosmotras

answers: NDQ_002123

answers: unanswerable

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: elliptical

answers: NDQ_002127

answers: SpaceX could question

answers: NDQ_002128

answers: spacecraft

answers: NDQ_002129

answers: Falcon Heavy uses three Falcon 9 booster stages

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Falcon Heavy uses three

answers: NDQ_002132

answers: ICBMs

answers: NDQ_002133

answers: Russians

answers: NDQ_002134

answers: the mass of an object decreases as the velocity of the object increases

answers: NDQ_002135

answers: Mars Oasis

answers: NDQ_002136

answers: ICBM

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: would be prohibitively expensive

answers: NDQ_002139

answers: Jim Cantrell

answers: NDQ_002095

answers: empty-handed.

answers: NDQ_002097

answers: US

answers: NDQ_002099

answers: send the envisioned payloads into space.The

answers: NDQ_002100

answers: US

answers: NDQ_002103

answers: Moscow

answers: NDQ_002108

answers: US

answers: NDQ_002111

answers: Musk

answers: NDQ_002113

answers: ICBMs

answers: NDQ_002114

answers: Russia to look for three ICBMs,

answers: NDQ_002115

answers: ICBMs,

answers: NDQ_002116

answers: US empty-handed.

answers: NDQ_002117

answers: ICBMs

answers: NDQ_002118

answers: empty-handed.

answers: NDQ_002119

answers: 2002,

answers: NDQ_002120

answers: the group returned to the US empty-handed.

answers: NDQ_002121

answers: ICBMs

answers: NDQ_002122

answers: ICBMs

answers: NDQ_002123

answers: three ICBMs,

answers: NDQ_002124

answers: empty-handed.

answers: NDQ_002125

answers: empty-handed.

answers: NDQ_002126

answers: the group returned to the US empty-handed.

answers: NDQ_002127

answers: Merlin engines,

answers: NDQ_002128

answers: satellites

answers: NDQ_002129

answers: Falcon Heavy

answers: NDQ_002130

answers: NASA's

answers: NDQ_002131

answers: ICBMs

answers: NDQ_002132

answers: ICBMs

answers: NDQ_002133

answers: ICBMs,

answers: NDQ_002134

answers: travel to Mars would be prohibitively expensive

answers: NDQ_002135

answers: Falcon 1,

answers: NDQ_002136

answers: rocket technology

answers: NDQ_002137

answers: Merlin engines,

answers: NDQ_002138

answers: ICBMs

answers: NDQ_002139

answers: Mike Griffin,

text: is a facility of the Japan Aerospace Exploration Agency (JAXA), located in the city of Kakuda in Miyagi Prefecture in northern Japan, specializing in the development and testing of rocket engines and space propulsion systems. The LE-5 (including the LE-5A/LE-5B version), and the LE-7 (including the LE-7A version) rocket enginese were developed at the Kakuda Space Center.

text: is a facility of the

text: Japan Aerospace Exploration Agency

text: (JAXA), located in the city of

text: Kakuda

text: in

text: Miyagi Prefecture

text: in northern Japan, specializing in the development and testing of rocket engines and space propulsion systems. The

text: (including the LE-5A/LE-5B version), and the

text: (including the LE-7A version) rocket enginese were developed at the Kakuda Space Center.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: propels itself

answers: NDQ_002100

answers: Japan

answers: NDQ_002103

answers: Space propulsion systems

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: No

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: What does Landsat stand for?

answers: NDQ_002121

answers: None of the above choices are true

answers: NDQ_002122

answers: What is the first law of motion?

answers: NDQ_002123

answers: What does Kakuda Space Center stand for?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: propulsion

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: The LE-5

answers: NDQ_002130

answers: Aerospace Exploration Agency

answers: NDQ_002131

answers: can be described as

answers: NDQ_002132

answers: no

answers: NDQ_002133

answers: 20th century

answers: NDQ_002134

answers: gravitational force is equal to the force of gravity

answers: NDQ_002135

answers: Kakuda Space Center

answers: NDQ_002136

answers: propulsion

answers: NDQ_002137

answers: GPS technology

answers: NDQ_002138

answers: is a satellite in orbit

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Kakuda Space Center.

answers: NDQ_002097

answers: space propulsion

answers: NDQ_002099

answers: space propulsion systems.

answers: NDQ_002100

answers: Japan

answers: NDQ_002103

answers: Kakuda Space Center.

answers: NDQ_002108

answers: Kakuda Space Center.

answers: NDQ_002111

answers: Kakuda Space Center.

answers: NDQ_002113

answers: Kakuda Space Center.

answers: NDQ_002114

answers: Kakuda Space Center.

answers: NDQ_002115

answers: Kakuda Space Center.

answers: NDQ_002116

answers: Kakuda Space Center.

answers: NDQ_002117

answers: Kakuda Space Center.

answers: NDQ_002118

answers: Kakuda Space Center.

answers: NDQ_002119

answers: Kakuda Space Center.

answers: NDQ_002120

answers: Kakuda Space Center.

answers: NDQ_002121

answers: Kakuda Space Center.

answers: NDQ_002122

answers: Kakuda Space Center.

answers: NDQ_002123

answers: Kakuda Space Center.

answers: NDQ_002124

answers: Kakuda Space Center.

answers: NDQ_002125

answers: Kakuda Space Center.

answers: NDQ_002126

answers: space propulsion

answers: NDQ_002127

answers: propulsion

answers: NDQ_002128

answers: space propulsion systems.

answers: NDQ_002129

answers: LE-5

answers: NDQ_002130

answers: Japan Aerospace Exploration Agency

answers: NDQ_002131

answers: Kakuda Space Center.

answers: NDQ_002132

answers: rocket engines and space propulsion systems.

answers: NDQ_002133

answers: Japan,

answers: NDQ_002134

answers: Kakuda Space Center.

answers: NDQ_002135

answers: Kakuda Space Center.

answers: NDQ_002136

answers: space propulsion systems.

answers: NDQ_002137

answers: Kakuda Space Center.

answers: NDQ_002138

answers: LE-5

answers: NDQ_002139

answers: Kakuda Space Center.

text: Satellite: Not really a propagation mode, but an active repeater system. Satellites have been highly successful in providing VHF/UHF/SHF users 'propagation' beyond the horizon. The ISS which has amateur radio repeaters and radio location services on board is a good example. Amateurs have also sponsored the launch of dozens of communications satellites since the 1970s. These satellites are usually known as OSCARs (Orbiting Satellite Carrying Amateur Radio).

text: Satellite

text: : Not really a propagation mode, but an active repeater system. Satellites have been highly successful in providing VHF/UHF/SHF users 'propagation' beyond the horizon. The ISS which has amateur radio repeaters and radio location services on board is a good example. Amateurs have also sponsored the launch of dozens of communications satellites since the 1970s. These satellites are usually known as

text: OSCAR

text: s (Orbiting Satellite Carrying Amateur Radio).

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can launch satellites

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: satellites

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: Which of the following is not true of satellites?

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: It's impossible to say

answers: NDQ_002119

answers: space

answers: NDQ_002120

answers: Which of the following is not a satellite?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: Which of the following is not a law of motion?

answers: NDQ_002123

answers: Which of the following is not a satellite?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: horizon

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: ISS

answers: NDQ_002129

answers: The ISS

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: NDQ_002132

answers: ISS

answers: NDQ_002133

answers: 1970s

answers: NDQ_002134

answers: gravitational force is inversely proportional to mass

answers: NDQ_002135

answers: the 1970s

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: can provide VHF/UHF/SHF

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: beyond the horizon.

answers: NDQ_002097

answers: horizon.

answers: NDQ_002099

answers: launch of dozens of communications satellites since the 1970s.

answers: NDQ_002100

answers: 1970s.

answers: NDQ_002103

answers: launch of dozens of communications satellites since the 1970s.

answers: NDQ_002108

answers: 1970s.

answers: NDQ_002111

answers: Satellite:

answers: NDQ_002113

answers: dozens of communications satellites since the 1970s.

answers: NDQ_002114

answers: Satellites

answers: NDQ_002115

answers: dozens of communications satellites since the 1970s.

answers: NDQ_002116

answers: (Orbiting Satellite Carrying Amateur Radio).

answers: NDQ_002117

answers: Amateurs have also sponsored the launch of dozens of communications satellites

answers: NDQ_002118

answers: ISS

answers: NDQ_002119

answers: 1970s.

answers: NDQ_002120

answers: Satellites

answers: NDQ_002121

answers: horizon.

answers: NDQ_002122

answers: dozens of communications satellites since the 1970s.

answers: NDQ_002123

answers: ISS

answers: NDQ_002124

answers: Satellites

answers: NDQ_002125

answers: ISS

answers: NDQ_002126

answers: horizon.

answers: NDQ_002127

answers: launch

answers: NDQ_002128

answers: (Orbiting Satellite Carrying Amateur Radio).

answers: NDQ_002129

answers: ISS

answers: NDQ_002130

answers: ISS

answers: NDQ_002131

answers: Satellite:

answers: NDQ_002132

answers: The ISS

answers: NDQ_002133

answers: 1970s.

answers: NDQ_002134

answers: horizon.

answers: NDQ_002135

answers: 1970s.

answers: NDQ_002136

answers: Amateurs have also sponsored the launch

answers: NDQ_002137

answers: Satellites

answers: NDQ_002138

answers: ISS

answers: NDQ_002139

answers: ISS

text: The Civilian Space eXploration Team, known as CSXT, is a team of around 30 civilians interested in private spaceflight.  The team was created by Ky Michaelson.  Having conducted multiple rocket launches in an attempt to establish altitude records, CSXT became the first entity to officially launch an amateur rocket into space on May 17 2004, with the successful launch of its "GoFast" rocket to 116 km (72 miles) altitude, an altitude verified by FAA analysis of the team's flight data.

text: The Civilian Space eXploration Team, known as CSXT, is a team of around 30 civilians interested in private

text: spaceflight

text: .  The team was created by Ky Michaelson.  Having conducted multiple rocket launches in an attempt to establish altitude records, CSXT became the first entity to officially launch an amateur rocket into space on May 17 2004, with the successful launch of its "GoFast" rocket to 116 km (72 miles) altitude, an altitude verified by FAA analysis of the team's flight data.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: law of conservation of energy

answers: NDQ_002099

answers: launch into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: into space

answers: NDQ_002108

answers: It's impossible to say

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: how many satellites are in orbit around earth

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: The Civilian Space eXploration Team

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: How many civilians interested in private spaceflight?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: flight

answers: NDQ_002127

answers: launch

answers: NDQ_002128

answers: a satellite

answers: NDQ_002129

answers: GoFast

answers: NDQ_002130

answers: FAA

answers: NDQ_002131

answers: The Civilian Space eXploration Team

answers: NDQ_002132

answers: GoFast

answers: NDQ_002133

answers: May 17 2004

answers: NDQ_002134

answers: velocity is proportional to the mass of the object

answers: NDQ_002135

answers: The Civilian Space eXploration Team

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: altitude data

answers: NDQ_002138

answers: 116 km (72 miles)

answers: NDQ_002139

answers: Ky Michaelson

answers: NDQ_002095

answers: 116 km (72 miles) altitude,

answers: NDQ_002097

answers: altitude records,

answers: NDQ_002099

answers: altitude records,

answers: NDQ_002100

answers: 2004,

answers: NDQ_002103

answers: space

answers: NDQ_002108

answers: May 17 2004,

answers: NDQ_002111

answers: amateur rocket into space on May 17 2004,

answers: NDQ_002113

answers: amateur rocket into space on May 17 2004,

answers: NDQ_002114

answers: May 17 2004,

answers: NDQ_002115

answers: amateur rocket into space on May 17 2004,

answers: NDQ_002116

answers: The Civilian Space eXploration Team,

answers: NDQ_002117

answers: rocket launches

answers: NDQ_002118

answers: 30 civilians interested in private spaceflight.

answers: NDQ_002119

answers: 2004,

answers: NDQ_002120

answers: May 17 2004,

answers: NDQ_002121

answers: 116 km (72 miles) altitude,

answers: NDQ_002122

answers: 116 km (72 miles) altitude,

answers: NDQ_002123

answers: 116 km (72 miles) altitude,

answers: NDQ_002124

answers: 2004,

answers: NDQ_002125

answers: 116 km (72 miles) altitude,

answers: NDQ_002126

answers: flight

answers: NDQ_002127

answers: launch

answers: NDQ_002128

answers: spaceflight.

answers: NDQ_002129

answers: 116 km (72 miles) altitude,

answers: NDQ_002130

answers: FAA

answers: NDQ_002131

answers: The Civilian Space eXploration Team,

answers: NDQ_002132

answers: amateur rocket

answers: NDQ_002133

answers: May 17 2004,

answers: NDQ_002134

answers: 116 km (72 miles) altitude,

answers: NDQ_002135

answers: May 17 2004,

answers: NDQ_002136

answers: rocket launches in an attempt to establish altitude records,

answers: NDQ_002137

answers: flight data.

answers: NDQ_002138

answers: 116 km (72 miles) altitude,

answers: NDQ_002139

answers: Ky Michaelson.

text: A person calling himself Sputnik appears as a member of the Supreme Soviets. He is a human hacker, wearing a costume similar to Vostok's and possessing technology that mimics his powers.

text: A person calling himself Sputnik appears as a member of the Supreme Soviets. He is a human hacker, wearing a costume similar to Vostok's and possessing technology that mimics his powers.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can take off

answers: NDQ_002100

answers: Soviets

answers: NDQ_002103

answers: in space

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: How did Sputnik develop rockets?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: What does Sputnik do?

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: space

answers: NDQ_002120

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

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: Which of the following is not an example of Newtons Third Law of Motion?

answers: NDQ_002123

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

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: axis

answers: NDQ_002127

answers: Sputnik

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: Sputnik

answers: NDQ_002130

answers: Vostok

answers: NDQ_002131

answers: can be

answers: NDQ_002132

answers: Vostok

answers: NDQ_002133

answers: Soviets

answers: NDQ_002134

answers: gravitational force causes objects to move in the same direction

answers: NDQ_002135

answers: Vostok

answers: NDQ_002136

answers: gravitational pull

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: orbits Earth.

answers: NDQ_002139

answers: Vostok

answers: NDQ_002095

answers: Sputnik

answers: NDQ_002097

answers: A person calling himself Sputnik

answers: NDQ_002099

answers: Sputnik

answers: NDQ_002100

answers: Supreme Soviets.

answers: NDQ_002103

answers: Sputnik

answers: NDQ_002108

answers: Sputnik

answers: NDQ_002111

answers: Sputnik

answers: NDQ_002113

answers: Sputnik

answers: NDQ_002114

answers: Sputnik

answers: NDQ_002115

answers: Sputnik

answers: NDQ_002116

answers: Sputnik

answers: NDQ_002117

answers: Sputnik

answers: NDQ_002118

answers: Sputnik

answers: NDQ_002119

answers: Sputnik

answers: NDQ_002120

answers: Sputnik

answers: NDQ_002121

answers: Sputnik

answers: NDQ_002122

answers: Sputnik

answers: NDQ_002123

answers: Sputnik

answers: NDQ_002124

answers: Sputnik

answers: NDQ_002125

answers: Sputnik

answers: NDQ_002126

answers: Sputnik

answers: NDQ_002127

answers: Sputnik

answers: NDQ_002128

answers: Sputnik

answers: NDQ_002129

answers: Sputnik

answers: NDQ_002130

answers: Sputnik

answers: NDQ_002131

answers: Sputnik

answers: NDQ_002132

answers: Sputnik

answers: NDQ_002133

answers: Sputnik

answers: NDQ_002134

answers: Sputnik

answers: NDQ_002135

answers: Sputnik

answers: NDQ_002136

answers: technology

answers: NDQ_002137

answers: Sputnik

answers: NDQ_002138

answers: Sputnik

answers: NDQ_002139

answers: Sputnik

text: A satellite galaxy is a galaxy that orbits a larger galaxy due to gravitational attraction. Although a galaxy is made of a large number of objects (such as stars, planets, and nebulae) that are not connected to each other, it has a center of mass, which represents a weighted average (by mass) of the positions of each component object.  This is similar to how an everyday object has a center of mass which is the weighted average of the positions of all its component atoms. Even within a satellite galaxy, the stars in turn orbit the galactic center.

text: A satellite galaxy is a galaxy that

text: orbit

text: s a larger galaxy due to

text: gravitational attraction

text: . Although a

text: galaxy

text: is made of a large number of objects (such as

text: star

text: s,

text: planet

text: s, and

text: nebula

text: e) that are not connected to each other, it has a

text: center of mass

text: , which represents a weighted average (by mass) of the positions of each component object.  This is similar to how an everyday object has a center of mass which is the weighted average of the positions of all its component

text: atom

text: s. Even within a satellite galaxy, the stars in turn orbit the galactic center.

answers: NDQ_002095

answers: orbit a larger galaxy

answers: NDQ_002097

answers: gravitational attraction

answers: NDQ_002099

answers: orbits the satellite galaxy

answers: NDQ_002100

answers: United States and China

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: Which of the following is not a satellite galaxy?

answers: NDQ_002113

answers: rockets

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: no

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices.

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

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

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: gravitational attraction

answers: NDQ_002123

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

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: gravitational

answers: NDQ_002128

answers: A satellite galaxy

answers: NDQ_002129

answers: The International Space Station

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: gravitational

answers: NDQ_002132

answers: satellite galaxy

answers: NDQ_002133

answers: unanswerable

answers: NDQ_002134

answers: gravitational attraction is a property of

answers: NDQ_002135

answers: unanswerable

answers: NDQ_002136

answers: gravitational attraction

answers: NDQ_002137

answers: gravitational attraction

answers: NDQ_002138

answers: can be described as

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: satellite galaxy

answers: NDQ_002097

answers: gravitational attraction.

answers: NDQ_002099

answers: satellite galaxy

answers: NDQ_002100

answers: A satellite galaxy

answers: NDQ_002103

answers: A satellite galaxy

answers: NDQ_002108

answers: A satellite galaxy

answers: NDQ_002111

answers: A satellite galaxy

answers: NDQ_002113

answers: A satellite galaxy

answers: NDQ_002114

answers: A satellite galaxy

answers: NDQ_002115

answers: A satellite galaxy

answers: NDQ_002116

answers: a larger galaxy due to gravitational attraction.

answers: NDQ_002117

answers: gravitational attraction.

answers: NDQ_002118

answers: A satellite galaxy

answers: NDQ_002119

answers: A satellite galaxy

answers: NDQ_002120

answers: A satellite galaxy

answers: NDQ_002121

answers: gravitational attraction.

answers: NDQ_002122

answers: gravitational attraction.

answers: NDQ_002123

answers: A satellite galaxy

answers: NDQ_002124

answers: A satellite galaxy

answers: NDQ_002125

answers: A satellite galaxy

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: gravitational attraction.

answers: NDQ_002128

answers: A satellite galaxy

answers: NDQ_002129

answers: satellite galaxy

answers: NDQ_002130

answers: A satellite galaxy

answers: NDQ_002131

answers: gravitational attraction.

answers: NDQ_002132

answers: satellite galaxy

answers: NDQ_002133

answers: A satellite galaxy

answers: NDQ_002134

answers: gravitational attraction.

answers: NDQ_002135

answers: satellite galaxy

answers: NDQ_002136

answers: gravitational attraction.

answers: NDQ_002137

answers: center of mass,

answers: NDQ_002138

answers: gravitational attraction.

answers: NDQ_002139

answers: A satellite galaxy

text: An observer becomes a deep space explorer upon escaping Earth's orbit. While the Deep Space Network maintains communication and enables data download from an exploratory vessel, any local probing performed by sensors or active systems aboard usually require astronomical navigation, since the enclosing network of satellites to ensure accurate positioning is absent.

text: An observer becomes a deep space explorer upon escaping Earth's orbit. While the

text: Deep Space Network

text: maintains communication and enables data download from an exploratory vessel, any local probing performed by sensors or active systems aboard usually require astronomical navigation, since the enclosing network of satellites to ensure accurate positioning is absent.

answers: NDQ_002095

answers: escape Earth's orbit

answers: NDQ_002097

answers: Earth's orbit

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: United States and China

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

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

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: Which of the following is not a local probing performed by sensors or active systems aboard?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Earth

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: Deep Space Network

answers: NDQ_002130

answers: Deep Space Network

answers: NDQ_002131

answers: an exploratory vessel

answers: NDQ_002132

answers: an exploratory vessel

answers: NDQ_002133

answers: Deep Space Network

answers: NDQ_002134

answers: gravitational force is inversely proportional to

answers: NDQ_002135

answers: Deep Space Network

answers: NDQ_002136

answers: Earth's

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Earth's orbit

answers: NDQ_002139

answers: unanswerable

answers: NDQ_002095

answers: escaping Earth's orbit.

answers: NDQ_002097

answers: Earth's orbit.

answers: NDQ_002099

answers: escaping Earth's orbit.

answers: NDQ_002100

answers: Earth's

answers: NDQ_002103

answers: Earth's orbit.

answers: NDQ_002108

answers: Earth's orbit.

answers: NDQ_002111

answers: astronomical navigation,

answers: NDQ_002113

answers: Earth's orbit. While the Deep Space Network

answers: NDQ_002114

answers: Deep Space Network

answers: NDQ_002115

answers: Earth's orbit. While the Deep Space Network

answers: NDQ_002116

answers: satellites

answers: NDQ_002117

answers: enclosing network

answers: NDQ_002118

answers: enclosing network of satellites

answers: NDQ_002119

answers: deep space explorer upon escaping Earth's orbit.

answers: NDQ_002120

answers: enclosing network of satellites

answers: NDQ_002121

answers: orbit.

answers: NDQ_002122

answers: astronomical navigation,

answers: NDQ_002123

answers: astronomical navigation, since the enclosing network of satellites

answers: NDQ_002124

answers: Earth's orbit. While the Deep Space Network

answers: NDQ_002125

answers: Earth's orbit. While the Deep Space Network

answers: NDQ_002126

answers: orbit.

answers: NDQ_002127

answers: Earth's orbit.

answers: NDQ_002128

answers: Earth's

answers: NDQ_002129

answers: Earth's orbit. While the Deep Space Network

answers: NDQ_002130

answers: Deep Space Network

answers: NDQ_002131

answers: exploratory vessel,

answers: NDQ_002132

answers: exploratory vessel,

answers: NDQ_002133

answers: Earth's orbit.

answers: NDQ_002134

answers: astronomical navigation,

answers: NDQ_002135

answers: Earth's orbit. While the Deep Space Network

answers: NDQ_002136

answers: enclosing network

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: astronomical navigation,

answers: NDQ_002139

answers: deep space explorer

text: Finally, several talks focused on the new era of spacefarers, with cosmonaut Sergei Zhukov’s presentation on the future of Russian space exploration; Swiss astronaut Claude Nicollier’s recollections of orbiting on the space shuttle; and cosmonaut Yuri Baturin’s plea for space explorers to help to change Earth and its inhabitants for the better.

text: Finally, several talks focused on the new era of spacefarers, with cosmonaut

text: Sergei Zhukov

text: ’s presentation on the future of Russian space exploration; Swiss astronaut

text: Claude Nicollier

text: ’s recollections of orbiting on the space shuttle; and cosmonaut

text: Yuri Baturin

text: ’s plea for space explorers to help to change Earth and its inhabitants for the better.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: orbits

answers: NDQ_002100

answers: Russian

answers: NDQ_002103

answers: space shuttle

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: Space shuttle

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: U.S

answers: NDQ_002115

answers: space shuttle

answers: NDQ_002116

answers: orbiting

answers: NDQ_002117

answers: not enough information

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Earth

answers: NDQ_002120

answers: Claude Nicollier

answers: NDQ_002121

answers: Claude Nicollier

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: Which of the following is not a type of spacefarer: Sergei Zhukov, Claude Nicollier or Yuri Baturin?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: space shuttle

answers: NDQ_002129

answers: cosmonaut

answers: NDQ_002130

answers: Space Shuttle

answers: NDQ_002131

answers: Space shuttle

answers: NDQ_002132

answers: space shuttle

answers: NDQ_002133

answers: Russian

answers: NDQ_002134

answers: orbiting on the space shuttle

answers: NDQ_002135

answers: Russian space exploration

answers: NDQ_002136

answers: Earth

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: Claude Nicollier

answers: NDQ_002139

answers: Yuri Baturin

answers: NDQ_002095

answers: orbiting

answers: NDQ_002097

answers: orbiting

answers: NDQ_002099

answers: orbiting

answers: NDQ_002100

answers: Russian

answers: NDQ_002103

answers: space shuttle;

answers: NDQ_002108

answers: spacefarers,

answers: NDQ_002111

answers: space shuttle;

answers: NDQ_002113

answers: space shuttle;

answers: NDQ_002114

answers: Russian space exploration;

answers: NDQ_002115

answers: space shuttle;

answers: NDQ_002116

answers: orbiting on the space shuttle;

answers: NDQ_002117

answers: space shuttle;

answers: NDQ_002118

answers: orbiting on the space shuttle;

answers: NDQ_002119

answers: spacefarers,

answers: NDQ_002120

answers: Earth

answers: NDQ_002121

answers: orbiting on the space shuttle;

answers: NDQ_002122

answers: space shuttle;

answers: NDQ_002123

answers: orbiting on the space shuttle;

answers: NDQ_002124

answers: Claude Nicollier’s

answers: NDQ_002125

answers: Swiss astronaut Claude Nicollier’s

answers: NDQ_002126

answers: orbiting

answers: NDQ_002127

answers: space shuttle;

answers: NDQ_002128

answers: space shuttle;

answers: NDQ_002129

answers: space shuttle;

answers: NDQ_002130

answers: space shuttle;

answers: NDQ_002131

answers: space shuttle;

answers: NDQ_002132

answers: space shuttle;

answers: NDQ_002133

answers: Russian space exploration;

answers: NDQ_002134

answers: space explorers to help to change Earth and its inhabitants for the better.

answers: NDQ_002135

answers: Russian space exploration;

answers: NDQ_002136

answers: spacefarers,

answers: NDQ_002137

answers: Earth

answers: NDQ_002138

answers: space shuttle;

answers: NDQ_002139

answers: Claude Nicollier’s

text: Told through archival photos and footage, space historians, testimony from the chimps trainers, and through the people who fought for the space chimps peaceful retirement, the film explores the compelling journey of the United States Air Force space from their primate predecessors and early rocket tests to Ham and Enos as they made their ground breaking missions into space.

text: Told through archival photos and footage, space historians, testimony from the chimps trainers, and through the people who fought for the space chimps peaceful retirement, the film explores the compelling journey of the United States Air Force space from their primate predecessors and early rocket tests to

text: Ham

text: and

text: Enos

text: as they made their ground breaking missions into space.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can go into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: first

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: How did the United States Air Force get into space?

answers: NDQ_002113

answers: The invention of gunpowder

answers: NDQ_002114

answers: The United States

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: None of the above choices.

answers: NDQ_002118

answers: How many satellites are in orbit around Earth

answers: NDQ_002119

answers: space

answers: NDQ_002120

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

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What law helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: What does the film explore?

answers: NDQ_002124

answers: Ham

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: Air Force

answers: NDQ_002128

answers: Enos

answers: NDQ_002129

answers: Enos

answers: NDQ_002130

answers: United States Air Force

answers: NDQ_002131

answers: NDQ_002132

answers: Enos

answers: NDQ_002133

answers: primate predecessors

answers: NDQ_002134

answers: Newton's third law of motion states that Newton's third law of motion states that

answers: NDQ_002135

answers: the United States Air Force

answers: NDQ_002136

answers: space weather

answers: NDQ_002137

answers: GPS receivers to measure the Earth's magnetic field

answers: NDQ_002138

answers: is shown in the film.

answers: NDQ_002139

answers: Ham

answers: NDQ_002095

answers: space.

answers: NDQ_002097

answers: ground breaking missions

answers: NDQ_002099

answers: missions into space.

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: rocket tests

answers: NDQ_002108

answers: Ham and Enos

answers: NDQ_002111

answers: early rocket tests

answers: NDQ_002113

answers: early rocket tests to Ham and Enos

answers: NDQ_002114

answers: Ham and Enos as they made their ground breaking missions into space.

answers: NDQ_002115

answers: Ham and Enos

answers: NDQ_002116

answers: space historians,

answers: NDQ_002117

answers: rocket tests

answers: NDQ_002118

answers: space.

answers: NDQ_002119

answers: Ham and Enos as they made their ground breaking missions into space.

answers: NDQ_002120

answers: Ham and Enos as they made their ground breaking missions

answers: NDQ_002121

answers: space.

answers: NDQ_002122

answers: early rocket tests to Ham and Enos

answers: NDQ_002123

answers: Ham and Enos as they made their ground breaking missions into space.

answers: NDQ_002124

answers: Ham and Enos

answers: NDQ_002125

answers: Ham and Enos as they made their ground breaking missions into space.

answers: NDQ_002126

answers: rocket tests to Ham and Enos as they made their ground breaking missions

answers: NDQ_002127

answers: Air Force

answers: NDQ_002128

answers: Ham and Enos

answers: NDQ_002129

answers: Ham and Enos

answers: NDQ_002130

answers: United States Air Force

answers: NDQ_002131

answers: United States Air Force

answers: NDQ_002132

answers: Ham and Enos

answers: NDQ_002133

answers: primate predecessors

answers: NDQ_002134

answers: Ham and Enos as they made their ground breaking missions into space.

answers: NDQ_002135

answers: United States Air Force

answers: NDQ_002136

answers: rocket tests

answers: NDQ_002137

answers: primate predecessors and early rocket tests

answers: NDQ_002138

answers: Ham and Enos

answers: NDQ_002139

answers: Ham and Enos

text: While tidal forces from the primary are common on satellites, most satellite systems remain stable.  Perturbation between satellites can occur, particularly in the early formation, as the gravity of satellites affect each other, and can result in ejection from the system or collisions between satellites or with the primary.  Simulations show that such interactions cause the orbits of the inner moons of the Uranus system to be chaotic and possibly unstable.  Some of Io's active can be explained by perturbation from Europa's gravity as their orbits resonate.Perturbation has been suggested as a reason that Neptune does not follow the 10,000:1 ratio of mass between the parent planet and collective moons as seen in all other known giant planets. One theory of the Earth-Moon system suggest that a second companion which formed at the same time as the Moon, was perturbed by the Moon early in the system's history, causing it to impact with the Moon.

text: While tidal forces from the primary are common on satellites, most satellite systems remain stable.

text: Perturbation

text: between satellites can occur, particularly in the early formation, as the gravity of satellites affect each other, and can result in ejection from the system or collisions between satellites or with the primary.  Simulations show that such interactions cause the orbits of the inner moons of the Uranus system to be chaotic and possibly unstable.  Some of Io's active can be explained by perturbation from Europa's gravity as their orbits resonate.Perturbation has been suggested as a reason that Neptune does not follow the 10,000:1 ratio of mass between the parent planet and collective moons as seen in all other known giant planets. One theory of the Earth-Moon system suggest that a second companion which formed at the same time as the Moon, was perturbed by the Moon early in the system's history, causing it to impact with the Moon.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: Earth-Moon

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How many years ago were rockets developed?

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

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

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: Which of the following is not a type of satellite: Imaging satellites are placed in high orbits over Earth

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: gravity

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Uranus

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: ejection

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: unanswerable

answers: NDQ_002134

answers: gravitational force

answers: NDQ_002135

answers: unanswerable

answers: NDQ_002136

answers: tidal forces

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: can cause collisions between satellites or with the primary

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: satellites,

answers: NDQ_002097

answers: gravity

answers: NDQ_002099

answers: tidal forces from the primary are common on satellites,

answers: NDQ_002100

answers: satellites,

answers: NDQ_002103

answers: tidal forces from the primary are common on satellites,

answers: NDQ_002108

answers: satellites,

answers: NDQ_002111

answers: tidal forces from the primary are common on satellites,

answers: NDQ_002113

answers: tidal forces from the primary are common on satellites,

answers: NDQ_002114

answers: tidal forces

answers: NDQ_002115

answers: Moon.

answers: NDQ_002116

answers: satellites,

answers: NDQ_002117

answers: most satellite systems remain stable.

answers: NDQ_002118

answers: most satellite systems remain stable. Perturbation between satellites

answers: NDQ_002119

answers: satellites,

answers: NDQ_002120

answers: Perturbation between satellites

answers: NDQ_002121

answers: tidal forces from the primary are common on satellites,

answers: NDQ_002122

answers: tidal forces from the primary are common on satellites,

answers: NDQ_002123

answers: Perturbation between satellites

answers: NDQ_002124

answers: Moon.

answers: NDQ_002125

answers: tidal forces from the primary are common on satellites,

answers: NDQ_002126

answers: orbits

answers: NDQ_002127

answers: gravity

answers: NDQ_002128

answers: satellites,

answers: NDQ_002129

answers: satellites,

answers: NDQ_002130

answers: satellites,

answers: NDQ_002131

answers: tidal forces from the primary are common on satellites,

answers: NDQ_002132

answers: satellites,

answers: NDQ_002133

answers: satellites,

answers: NDQ_002134

answers: gravity of satellites affect each other,

answers: NDQ_002135

answers: early formation,

answers: NDQ_002136

answers: most satellite systems remain stable.

answers: NDQ_002137

answers: satellites,

answers: NDQ_002138

answers: tidal forces

answers: NDQ_002139

answers: satellites,

text: The space segment of the new system would rely upon satellites in geostationary orbit.  These satellites, by virtue of their position, could transmit and receive data to lower orbiting satellites and still stay within sight of the ground station. The operational TDRSS constellation would use two satellites, designated TDE and TDW (for East and West), and one on-orbit spare.

text: The space segment of the new system would rely upon satellites in geostationary orbit.  These satellites, by virtue of their position, could transmit and receive data to lower orbiting satellites and still stay within sight of the ground station. The operational TDRSS constellation would use two satellites, designated TDE and TDW (for East and West), and one on-orbit spare.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: East and West

answers: NDQ_002103

answers: ground station

answers: NDQ_002108

answers: It's impossible to say

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: It's impossible to say

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: None of the above choices.

answers: NDQ_002122

answers: what is the first law of motion mentioned?

answers: NDQ_002123

answers: Which of the following is not a type of orbit: geostationary orbit or low orbit?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: ground station

answers: NDQ_002128

answers: satellites

answers: NDQ_002129

answers: TDW

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: satellites

answers: NDQ_002133

answers: unanswerable

answers: NDQ_002134

answers: satellites in geostationary orbit stay within sight of the ground station

answers: NDQ_002135

answers: TDRSS

answers: NDQ_002136

answers: their position

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: could transmit and receive data to lower orbiting satellites

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: satellites in geostationary orbit.

answers: NDQ_002097

answers: geostationary orbit.

answers: NDQ_002099

answers: transmit and receive data

answers: NDQ_002100

answers: East and West),

answers: NDQ_002103

answers: ground station.

answers: NDQ_002108

answers: satellites in geostationary orbit.

answers: NDQ_002111

answers: satellites in geostationary orbit.

answers: NDQ_002113

answers: satellites in geostationary orbit.

answers: NDQ_002114

answers: satellites in geostationary orbit.

answers: NDQ_002115

answers: satellites in geostationary orbit.

answers: NDQ_002116

answers: lower orbiting satellites

answers: NDQ_002117

answers: geostationary orbit.

answers: NDQ_002118

answers: satellites in geostationary orbit.

answers: NDQ_002119

answers: satellites in geostationary orbit.

answers: NDQ_002120

answers: satellites in geostationary orbit.

answers: NDQ_002121

answers: satellites in geostationary orbit.

answers: NDQ_002122

answers: satellites in geostationary orbit.

answers: NDQ_002123

answers: geostationary orbit.

answers: NDQ_002124

answers: satellites in geostationary orbit.

answers: NDQ_002125

answers: satellites in geostationary orbit.

answers: NDQ_002126

answers: orbit.

answers: NDQ_002127

answers: ground station.

answers: NDQ_002128

answers: lower orbiting satellites

answers: NDQ_002129

answers: TDE and TDW

answers: NDQ_002130

answers: TDRSS

answers: NDQ_002131

answers: satellites in geostationary orbit.

answers: NDQ_002132

answers: satellites

answers: NDQ_002133

answers: satellites in geostationary orbit.

answers: NDQ_002134

answers: within sight of the ground station.

answers: NDQ_002135

answers: TDRSS

answers: NDQ_002136

answers: their position,

answers: NDQ_002137

answers: satellites in geostationary orbit.

answers: NDQ_002138

answers: lower orbiting satellites

answers: NDQ_002139

answers: satellites in geostationary orbit.

text: Remote control vehicles have various scientific uses including hazardous environments, working in the deep ocean, and space exploration. The majority of the probes to the other planets in our solar system have been remote control vehicles, although some of the more recent ones were partially autonomous. The sophistication of these devices has fueled greater debate on the need for manned spaceflight and exploration. The Voyager I spacecraft is the first craft of any kind to leave the solar system. The martian explorers Spirit and Opportunity have provided continuous data about the surface of Mars since January 3, 2004.

text: Remote control vehicles have various scientific uses including hazardous environments, working in the deep ocean, and space exploration. The majority of the probes to the other planets in our solar system have been remote control vehicles, although some of the more recent ones were partially autonomous. The sophistication of these devices has fueled greater debate on the need for manned spaceflight and exploration. The

text: Voyager I

text: spacecraft is the first craft of any kind to leave the solar system. The martian explorers

text: Spirit

text: and

text: Opportunity

text: have provided continuous data about the surface of Mars since January 3, 2004.

answers: NDQ_002095

answers: leave the solar system

answers: NDQ_002097

answers: law of conservation of energy

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: spacecraft

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: How many years after the Voyager I spacecraft is the first craft of any kind to leave the solar system

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Mars

answers: NDQ_002120

answers: Which satellites have provided continuous data about the surface of Mars since January 3, 2004?

answers: NDQ_002121

answers: Why did the Voyager I spacecraft leave the solar system?

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: Which of the following is not a satellite: Spirit, Opportunity, or Voyager I?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: yes

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: kinetic

answers: NDQ_002128

answers: solar system

answers: NDQ_002129

answers: Voyager I

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: remote control vehicles

answers: NDQ_002132

answers: remote control vehicles

answers: NDQ_002133

answers: solar system

answers: NDQ_002134

answers: Mars has a surface area of how many square miles?

answers: NDQ_002135

answers: Voyager I

answers: NDQ_002136

answers: Earth's

answers: NDQ_002137

answers: remote control vehicles

answers: NDQ_002138

answers: can provide continuous data about the surface of Mars

answers: NDQ_002139

answers: Voyager I

answers: NDQ_002095

answers: leave the solar system.

answers: NDQ_002097

answers: Remote control vehicles

answers: NDQ_002099

answers: partially autonomous.

answers: NDQ_002100

answers: Remote

answers: NDQ_002103

answers: Remote control vehicles

answers: NDQ_002108

answers: The Voyager I

answers: NDQ_002111

answers: Remote control vehicles

answers: NDQ_002113

answers: The Voyager I

answers: NDQ_002114

answers: The Voyager I

answers: NDQ_002115

answers: The Voyager I

answers: NDQ_002116

answers: The majority of the probes to the other planets in our solar system

answers: NDQ_002117

answers: partially autonomous.

answers: NDQ_002118

answers: remote control vehicles,

answers: NDQ_002119

answers: The Voyager I

answers: NDQ_002120

answers: Remote control vehicles

answers: NDQ_002121

answers: Remote control vehicles

answers: NDQ_002122

answers: remote control vehicles,

answers: NDQ_002123

answers: Remote control vehicles

answers: NDQ_002124

answers: The Voyager I

answers: NDQ_002125

answers: Spirit and Opportunity

answers: NDQ_002126

answers: Remote control vehicles

answers: NDQ_002127

answers: Remote control vehicles

answers: NDQ_002128

answers: planets

answers: NDQ_002129

answers: The Voyager I

answers: NDQ_002130

answers: Remote control vehicles

answers: NDQ_002131

answers: Remote control vehicles

answers: NDQ_002132

answers: remote control vehicles, although some of the more recent ones were partially autonomous.

answers: NDQ_002133

answers: The Voyager I

answers: NDQ_002134

answers: Remote control vehicles

answers: NDQ_002135

answers: Voyager I

answers: NDQ_002136

answers: manned spaceflight

answers: NDQ_002137

answers: Remote control vehicles

answers: NDQ_002138

answers: Remote control vehicles

answers: NDQ_002139

answers: The Voyager I

text: The Redstone Test Stand or Interim Test Stand was used to develop and test fire the Redstone missile,  Jupiter-C sounding rocket,  Juno I launch vehicle and Mercury-Redstone launch vehicle.  It was declared an Alabama Historic Civil Engineering Landmark in 1979 and a National Historic Landmark in 1985.  It is located at NASA's George C. Marshall Space Flight Center (MSFC) in Huntsville, Alabama on the Redstone Arsenal, designated Building 4665.  The Redstone missile was first missile to detonate a nuclear weapon.  Jupiter-C launched to test components for the Jupiter missile.  Juno I put the first American satellite Explorer 1 into orbit. Mercury Redstone carried the first American astronaut Alan Shepard into space.  The Redstone earned the name "Old Reliable" because of this facility and the improvements it made possible.

text: The Redstone Test Stand or Interim Test Stand was used to develop and test fire the

text: Redstone missile

text: Jupiter-C sounding rocket

text: Juno I launch vehicle

text: and

text: Mercury-Redstone launch vehicle

text: .  It was declared an Alabama Historic Civil Engineering Landmark in 1979 and a

text: National Historic Landmark

text: in 1985.  It is located at

text: NASA

text: 's

text: George C. Marshall Space Flight Center (MSFC)

text: in

text: Huntsville, Alabama

text: on the

text: Redstone Arsenal

text: , designated Building 4665.  The Redstone missile was first missile to detonate a

text: nuclear weapon

text: .  Jupiter-C launched to test components for the

text: Jupiter missile

text: .  Juno I put the first American satellite

text: Explorer 1

text: into orbit. Mercury Redstone carried the first American astronaut

text: Alan Shepard

text: into space.  The Redstone earned the name "Old Reliable" because of this facility and the improvements it made possible.

answers: NDQ_002095

answers: orbit

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: detonate

answers: NDQ_002100

answers: American

answers: NDQ_002103

answers: Juno I put the first American satellite Explorer 1 into orbit

answers: NDQ_002108

answers: Yes

answers: NDQ_002111

answers: How many years after the Redstone Test Stand was declared an Alabama Historic Civil Engineering Landmark?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S.

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: Which happened first, Juno I or Alan Shepard?

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Neil Armstrong walked

answers: NDQ_002120

answers: What does the Redstone earn the name "Old Reliable" because of?

answers: NDQ_002121

answers: Why did Juno I put the first American satellite Explorer 1 into orbit?

answers: NDQ_002122

answers: Which of the following is not a type of rocket: Juno I launch vehicle or Mercury-Redstone launch vehicle?

answers: NDQ_002123

answers: Which happened first, Juno I put the first American satellite Explorer 1 into orbit or Juno I put the first American satellite Explorer 1 into orbit?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Juno I launch vehicle

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Explorer 1

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Juno I launch vehicle

answers: NDQ_002132

answers: Juno I

answers: NDQ_002133

answers: Redstone missile

answers: NDQ_002134

answers: The Redstone earned the name "Old Reliable" because of what?

answers: NDQ_002135

answers: The Redstone Test Stand

answers: NDQ_002136

answers: Juno I

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Explorer 1

answers: NDQ_002139

answers: Alan Shepard

answers: NDQ_002095

answers: orbit.

answers: NDQ_002097

answers: The Redstone Test Stand

answers: NDQ_002099

answers: test components

answers: NDQ_002100

answers: American

answers: NDQ_002103

answers: test fire the Redstone missile,

answers: NDQ_002108

answers: Mercury Redstone carried the first American astronaut Alan Shepard

answers: NDQ_002111

answers: Redstone missile,

answers: NDQ_002113

answers: Redstone missile was first missile to detonate a nuclear weapon.

answers: NDQ_002114

answers: American astronaut Alan Shepard into space.

answers: NDQ_002115

answers: Mercury Redstone

answers: NDQ_002116

answers: satellite Explorer 1 into orbit.

answers: NDQ_002117

answers: Juno I

answers: NDQ_002118

answers: Juno I put the first American satellite Explorer 1

answers: NDQ_002119

answers: Mercury Redstone carried the first American astronaut Alan Shepard into space.

answers: NDQ_002120

answers: The Redstone Test Stand

answers: NDQ_002121

answers: Juno I put the first American satellite Explorer 1 into orbit.

answers: NDQ_002122

answers: Mercury-Redstone launch vehicle.

answers: NDQ_002123

answers: Explorer 1

answers: NDQ_002124

answers: Mercury Redstone

answers: NDQ_002125

answers: Mercury Redstone

answers: NDQ_002126

answers: orbit.

answers: NDQ_002127

answers: launch vehicle

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Explorer 1

answers: NDQ_002130

answers: NASA's

answers: NDQ_002131

answers: Mercury-Redstone launch vehicle.

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: Redstone missile,

answers: NDQ_002134

answers: Juno I put the first American satellite Explorer 1 into orbit.

answers: NDQ_002135

answers: Mercury Redstone

answers: NDQ_002136

answers: The Redstone earned the name "Old Reliable"

answers: NDQ_002137

answers: The Redstone Test Stand

answers: NDQ_002138

answers: Explorer 1

answers: NDQ_002139

answers: Alan Shepard

text: On the other hand, 1998 after missile tests by North Korea in the past, has never been done spy satellites is done and now the launch of the basic space law in 2008 finalized, now is made military use of space for defense purposes only. And is currently doing in this area and although the Japanese reconnaissance satellite and missile defense only. Budget has been diverted out of scientific space exploration budget for these plans, which put pressure on other technologies. Space budget from other political factors tend to decrease. In addition, some factions of the organization state that the former JAXA affect the budget allocation. These are contributes to dampen the history of the Japanese space development.

text: On the other hand, 1998 after missile tests by North Korea in the past, has never been done

text: spy satellites

text: is done and now the launch of the basic space law in 2008 finalized, now is made military use of space for defense purposes only. And is currently doing in this area and although the Japanese

text: reconnaissance satellite

text: and

text: missile defense

text: only. Budget has been diverted out of scientific space exploration budget for these plans, which put pressure on other technologies. Space budget from other political factors tend to decrease. In addition, some factions of the organization state that the former JAXA affect the budget allocation. These are contributes to dampen the history of the Japanese space development.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: North Korea

answers: NDQ_002103

answers: in space

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: It is impossible to say

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: in space

answers: NDQ_002120

answers: None of the above choices are true

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: Which of the following is not a law: Newtons Third Law of Motion?

answers: NDQ_002123

answers: Which of the following is not a type of satellite: imaging satellite or missile defense?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: is

answers: NDQ_002127

answers: Space budget

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: The Japanese reconnaissance satellite

answers: NDQ_002130

answers: JAXA

answers: NDQ_002131

answers: can be described

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: Japanese

answers: NDQ_002134

answers: gravitational force causes objects to move in the same direction

answers: NDQ_002135

answers: Japanese space development

answers: NDQ_002136

answers: Space budget

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: can be used for defense purposes

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: space exploration

answers: NDQ_002097

answers: missile tests by North Korea

answers: NDQ_002099

answers: missile tests

answers: NDQ_002100

answers: North Korea

answers: NDQ_002103

answers: launch of the basic space law

answers: NDQ_002108

answers: 1998 after missile tests by North Korea

answers: NDQ_002111

answers: Budget has been diverted out of scientific space exploration budget

answers: NDQ_002113

answers: missile tests by North Korea

answers: NDQ_002114

answers: North Korea

answers: NDQ_002115

answers: missile tests by North Korea

answers: NDQ_002116

answers: satellites

answers: NDQ_002117

answers: spy satellites

answers: NDQ_002118

answers: spy satellites

answers: NDQ_002119

answers: 1998

answers: NDQ_002120

answers: Japanese reconnaissance satellite

answers: NDQ_002121

answers: space

answers: NDQ_002122

answers: Budget has been diverted out of scientific space exploration budget

answers: NDQ_002123

answers: reconnaissance satellite

answers: NDQ_002124

answers: 1998 after missile tests by North Korea

answers: NDQ_002125

answers: has never been done

answers: NDQ_002126

answers: space

answers: NDQ_002127

answers: missile tests by North Korea

answers: NDQ_002128

answers: spy satellites

answers: NDQ_002129

answers: Japanese reconnaissance satellite

answers: NDQ_002130

answers: JAXA

answers: NDQ_002131

answers: missile tests by North Korea

answers: NDQ_002132

answers: spy satellites

answers: NDQ_002133

answers: 1998 after missile tests by North Korea

answers: NDQ_002134

answers: military use of space for defense purposes only.

answers: NDQ_002135

answers: 1998 after missile tests by North Korea

answers: NDQ_002136

answers: basic space law

answers: NDQ_002137

answers: spy satellites

answers: NDQ_002138

answers: Japanese reconnaissance satellite

answers: NDQ_002139

answers: 1998 after missile tests by North Korea

text: ASU is also involved with NASA in the field of space exploration. In order to meet the needs of NASA programs, ASU built the LEED Gold Certified, 298,000-square-foot Interdisciplinary Science and Technology Building IV (ISTB 4) at a cost of $110 million in 2012. The building includes space for the School of Earth and Space Exploration (SESE) and includes labs and other facilities for the Ira A. Fulton Schools of Engineering. One of the main projects at ISTB 4 includes the OSIRIS-REx Thermal Emission Spectrometer (OTES). Although ASU built the spectrometers aboard the Martian rovers Spirit and Opportunity, OTES will be the first major scientific instrument completely designed and built at ASU for a NASA space mission. Phil Christensen, the principal investigator for the Mars Global Surveyor Thermal Emission Spectrometer (TES), is a Regents' Professor at ASU. He also serves as the principal investigator for the Mars Odyssey THEMIS instruments, as well as co-investigator for the Mars Exploration Rovers. ASU scientists are responsible for the Mini-TES instruments aboard the Mars Exploration Rovers. The Center for Meteorite Studies, which is home to rare Martian meteorites and exotic fragments from space, and the Mars Space Flight Facility are both located on ASU's Tempe campus.

text: ASU is also involved with

text: NASA

text: in the field of

text: space exploration

text: . In order to meet the needs of NASA programs, ASU built the

entity_name: Leadership in Energy and Environmental Design

text: LEED

text: Gold Certified, 298,000-square-foot Interdisciplinary Science and Technology Building IV (ISTB 4) at a cost of $110 million in 2012. The building includes space for the School of Earth and Space Exploration (SESE) and includes labs and other facilities for the

text: Ira A. Fulton Schools of Engineering

text: . One of the main projects at ISTB 4 includes the

text: OSIRIS-REx

text: Thermal Emission Spectrometer

text: (OTES). Although ASU built the

text: spectrometers

text: aboard the

text: Martian rovers

text: Spirit

text: and

text: Opportunity

text: , OTES will be the first major scientific instrument completely designed and built at ASU for a NASA

text: space mission

text: Phil Christensen

text: , the

text: principal investigator

text: for the

text: Mars Global Surveyor

text: Thermal Emission Spectrometer

text: (TES), is a

text: Regents' Professor

text: at ASU. He also serves as the principal investigator for the

text: Mars Odyssey

text: THEMIS

text: instruments, as well as co-investigator for the

text: Mars Exploration Rover

text: s. ASU scientists are responsible for the

text: Mini-TES

text: instruments aboard the Mars Exploration Rovers. The

text: Center for Meteorite Studies

text: , which is home to rare

text: Martian

text: meteorite

text: s and exotic fragments from space, and the

text: Mars Space Flight Facility

text: are both located on ASU's Tempe campus.

answers: NDQ_002095

answers: Mars

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: What is the first major scientific instrument completely designed and built at ASU?

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: What is the first major scientific instrument completely designed and built at ASU for a NASA space mission?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: Which is not a type of satellite?

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Neil Armstrong walked

answers: NDQ_002120

answers: Which satellites make detailed images of continents and coasts?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: Which of the following is not a type of imaging satellite: Spirit or Opportunity?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: Yes

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: thrust

answers: NDQ_002128

answers: Mars Odyssey

answers: NDQ_002129

answers: Mars Global Surveyor

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: Mars Exploration Rovers

answers: NDQ_002133

answers: Space Race

answers: NDQ_002134

answers: gravitational force is proportional to what?

answers: NDQ_002135

answers: NASA

answers: NDQ_002136

answers: Earth's

answers: NDQ_002137

answers: Earth's magnetic field to determine

answers: NDQ_002138

answers: Mars Odyssey TheMIS

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Martian

answers: NDQ_002097

answers: Earth

answers: NDQ_002099

answers: Mars Space Flight Facility

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: Mars Space Flight Facility

answers: NDQ_002108

answers: Mars Space Flight Facility

answers: NDQ_002111

answers: Mars Space Flight Facility

answers: NDQ_002113

answers: Mars Space Flight Facility

answers: NDQ_002114

answers: $110 million

answers: NDQ_002115

answers: Mars Space Flight Facility

answers: NDQ_002116

answers: 298,000-square-foot Interdisciplinary Science and Technology Building IV

answers: NDQ_002117

answers: $110 million

answers: NDQ_002118

answers: $110 million

answers: NDQ_002119

answers: space exploration.

answers: NDQ_002120

answers: Mars Exploration Rovers.

answers: NDQ_002121

answers: Mars Space Flight Facility

answers: NDQ_002122

answers: Mars Space Flight Facility

answers: NDQ_002123

answers: Mars Space Flight Facility

answers: NDQ_002124

answers: $110 million in 2012.

answers: NDQ_002125

answers: Spirit and Opportunity,

answers: NDQ_002126

answers: Mars Exploration Rovers.

answers: NDQ_002127

answers: Engineering.

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: Mars Global Surveyor

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Mars Space Flight Facility

answers: NDQ_002132

answers: Mars Exploration Rovers.

answers: NDQ_002133

answers: Mars Space Flight Facility

answers: NDQ_002134

answers: Mars Space Flight Facility

answers: NDQ_002135

answers: Mars Space Flight Facility

answers: NDQ_002136

answers: $110 million

answers: NDQ_002137

answers: Thermal Emission Spectrometer

answers: NDQ_002138

answers: Mars Exploration Rovers.

answers: NDQ_002139

answers: Phil Christensen,

text: There are two types of orbits:  closed (periodic) orbits, and open (escape) orbits. Circular and elliptical orbits are closed. Parabolic and hyperbolic orbits are open.  Radial orbits can be either open or closed.

text: There are two types of orbits:  closed (periodic) orbits, and open (escape) orbits. Circular and elliptical orbits are closed. Parabolic and hyperbolic orbits are open.  Radial orbits can be either open or closed.

answers: NDQ_002095

answers: open

answers: NDQ_002097

answers: orbits can be either open or closed

answers: NDQ_002099

answers: orbits in the right direction

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: closed

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: None of the above choices.

answers: NDQ_002113

answers: open

answers: NDQ_002114

answers: the U.S.

answers: NDQ_002115

answers: open

answers: NDQ_002116

answers: open (escape) orbits

answers: NDQ_002117

answers: open

answers: NDQ_002118

answers: open

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: open

answers: NDQ_002121

answers: None of the above choices.

answers: NDQ_002122

answers: elliptical orbits

answers: NDQ_002123

answers: Closed

answers: NDQ_002124

answers: open

answers: NDQ_002125

answers: open

answers: NDQ_002126

answers: orbits are closed

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: elliptical

answers: NDQ_002129

answers: Parabolic orbits

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: elliptical

answers: NDQ_002132

answers: open

answers: NDQ_002133

answers: closed orbits

answers: NDQ_002134

answers: orbits can be either open or closed

answers: NDQ_002135

answers: open (escape) orbits

answers: NDQ_002136

answers: closed orbits

answers: NDQ_002137

answers: open orbits

answers: NDQ_002138

answers: closed

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: open (escape) orbits.

answers: NDQ_002097

answers: (periodic)

answers: NDQ_002099

answers: orbits:

answers: NDQ_002100

answers: There are two types of orbits:

answers: NDQ_002103

answers: open (escape) orbits.

answers: NDQ_002108

answers: open (escape) orbits.

answers: NDQ_002111

answers: There are two types of orbits:

answers: NDQ_002113

answers: open (escape) orbits.

answers: NDQ_002114

answers: open (escape) orbits.

answers: NDQ_002115

answers: open (escape) orbits.

answers: NDQ_002116

answers: open (escape) orbits.

answers: NDQ_002117

answers: open (escape) orbits.

answers: NDQ_002118

answers: open (escape) orbits.

answers: NDQ_002119

answers: closed.

answers: NDQ_002120

answers: open (escape) orbits.

answers: NDQ_002121

answers: open (escape) orbits.

answers: NDQ_002122

answers: open (escape) orbits.

answers: NDQ_002123

answers: Radial orbits

answers: NDQ_002124

answers: open (escape) orbits.

answers: NDQ_002125

answers: open (escape) orbits.

answers: NDQ_002126

answers: closed.

answers: NDQ_002127

answers: closed.

answers: NDQ_002128

answers: Radial orbits

answers: NDQ_002129

answers: Circular and elliptical

answers: NDQ_002130

answers: There are two types of orbits:

answers: NDQ_002131

answers: Radial orbits

answers: NDQ_002132

answers: open (escape) orbits.

answers: NDQ_002133

answers: (periodic) orbits, and open (escape) orbits.

answers: NDQ_002134

answers: open (escape) orbits.

answers: NDQ_002135

answers: (periodic) orbits, and open (escape) orbits.

answers: NDQ_002136

answers: closed (periodic) orbits,

answers: NDQ_002137

answers: open (escape) orbits.

answers: NDQ_002138

answers: open (escape) orbits.

answers: NDQ_002139

answers: open (escape) orbits.

text: Progress in space exploration has recently broadened the phrase moon landing to include other moons in the Solar System as well. The Huygens probe of the Cassini–Huygens mission to Saturn performed a successful unmanned moon landing on Titan in 2005. Similarly, the Soviet probe Phobos 2 came within  of performing an unmanned moon landing on Mars' moon Phobos in 1989 before radio contact with that lander was suddenly lost. A similar Russian sample return mission called Fobos-Grunt ("grunt" means "soil" in Russian) launched in November 2011, but stalled in low-earth orbit. There is widespread interest in performing a future moon landing on Jupiter's Europa moon to drill down and explore the possible liquid water ocean beneath its icy surface.

text: Progress in

text: space exploration

text: has recently broadened the phrase moon landing to include other moons in the

text: Solar System

text: as well. The

text: Huygens probe

text: of the

text: Cassini–Huygens

text: mission to

text: Saturn

text: performed a successful unmanned moon landing on

text: Titan

text: in 2005. Similarly, the Soviet probe

text: Phobos 2

text: came within  of performing an unmanned moon landing on

text: Mars

text: ' moon

text: Phobos

text: in 1989 before radio contact with that lander was suddenly lost. A similar Russian sample return mission called

text: Fobos-Grunt

text: ("grunt" means "soil" in Russian) launched in November 2011, but stalled in low-earth orbit. There is widespread interest in performing a future moon landing on

text: Jupiter

text: 's

text: Europa moon

text: to drill down and explore the possible liquid water ocean beneath its icy surface.

answers: NDQ_002095

answers: moon landing

answers: NDQ_002097

answers: liquid water ocean

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: Soviet

answers: NDQ_002103

answers: unmanned

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: How did the Soviet probe Phobos 2 come within of performing an unmanned moon landing?

answers: NDQ_002113

answers: unmanned

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: unmanned

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unmanned

answers: NDQ_002118

answers: How many moons are in the Solar System

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: unmanned moon landing on Titan in 2005

answers: NDQ_002123

answers: Which happened first, the Soviet probe Phobos 2 came within of performing an unmanned moon landing on Mars' moon Phobos in 1989 before radio contact with that lander was suddenly lost?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: unmanned

answers: NDQ_002128

answers: moon

answers: NDQ_002129

answers: Jupiter's Europa moon

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unmanned moon landing

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: Solar System

answers: NDQ_002134

answers: gravitational force is proportional to

answers: NDQ_002135

answers: Cassini–Huygens mission

answers: NDQ_002136

answers: Earth

answers: NDQ_002137

answers: radio contact with that lander

answers: NDQ_002138

answers: Fobos-Grunt

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: moon landing

answers: NDQ_002097

answers: liquid water ocean beneath its icy surface.

answers: NDQ_002099

answers: moon landing

answers: NDQ_002100

answers: Soviet

answers: NDQ_002103

answers: launched in November 2011,

answers: NDQ_002108

answers: 1989

answers: NDQ_002111

answers: moon landing to include other moons in the Solar System

answers: NDQ_002113

answers: moon landing to include other moons in the Solar System

answers: NDQ_002114

answers: moon landing on Titan in 2005.

answers: NDQ_002115

answers: moon landing to include other moons in the Solar System

answers: NDQ_002116

answers: low-earth

answers: NDQ_002117

answers: unmanned

answers: NDQ_002118

answers: moon landing to include other moons in the Solar System

answers: NDQ_002119

answers: 2005.

answers: NDQ_002120

answers: moon landing to include other moons in the Solar System

answers: NDQ_002121

answers: moon landing to include other moons in the Solar System

answers: NDQ_002122

answers: moon landing on Titan in 2005.

answers: NDQ_002123

answers: low-earth orbit.

answers: NDQ_002124

answers: moon landing on Titan in 2005.

answers: NDQ_002125

answers: the Soviet probe Phobos 2

answers: NDQ_002126

answers: orbit.

answers: NDQ_002127

answers: Cassini–Huygens

answers: NDQ_002128

answers: low-earth orbit.

answers: NDQ_002129

answers: Phobos 2

answers: NDQ_002130

answers: Cassini–Huygens

answers: NDQ_002131

answers: moon landing

answers: NDQ_002132

answers: The Huygens probe

answers: NDQ_002133

answers: 1989

answers: NDQ_002134

answers: liquid water ocean beneath its icy surface.

answers: NDQ_002135

answers: Cassini–Huygens

answers: NDQ_002136

answers: unmanned moon landing

answers: NDQ_002137

answers: radio contact

answers: NDQ_002138

answers: Fobos-Grunt

answers: NDQ_002139

answers: The Huygens

text: UARS is a science satellite used from 1991 to 2005 to study Earth's atmosphere, including the ozone layer. Planned for a three-year mission, it proved much more durable, allowing extended observation from its instrument suite. It was launched aboard Space Shuttle Discovery and deployed into space from the payload bay with its robotic arm, under guidance from the crew. The satellite was expected to undergo atmospheric re-entry in the late evening of Friday September 23, 2011 or early morning of Saturday September 24, 2011, Eastern Daylight Time. On 24 September 2011 1:09 am EDT UARS made its re-entry.

text: UARS is a science satellite used from 1991 to 2005 to study Earth's atmosphere, including the

text: ozone layer

text: . Planned for a three-year mission, it proved much more durable, allowing extended observation from its instrument suite. It was launched aboard

text: Space Shuttle Discovery

text: and deployed into space from the payload bay with its robotic arm, under guidance from the crew. The satellite was expected to undergo atmospheric re-entry in the late evening of Friday September 23, 2011 or early morning of Saturday September 24, 2011,

text: Eastern Daylight Time

text: . On 24 September 2011 1:09 am EDT UARS made its re-entry.

answers: NDQ_002095

answers: unanswerable

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: Space Shuttle

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: It was launched aboard Space Shuttle Discovery

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: None of the above choices.

answers: NDQ_002118

answers: It's impossible to say

answers: NDQ_002119

answers: Neil Armstrong walked

answers: NDQ_002120

answers: Which satellites make detailed images of continents and coasts?

answers: NDQ_002121

answers: It was launched aboard Space Shuttle Discovery

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: What type of satellites are placed in high orbits over Earth?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Space Shuttle Discovery

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: UARS

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: UARS

answers: NDQ_002133

answers: unanswerable

answers: NDQ_002134

answers: if a body is moving at a constant speed then that body is moving in what direction?

answers: NDQ_002135

answers: Space Shuttle Discovery

answers: NDQ_002136

answers: Earth's atmosphere

answers: NDQ_002137

answers: Earth's atmosphere

answers: NDQ_002138

answers: How many years did UARS study the Earth's atmosphere?

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: atmospheric re-entry

answers: NDQ_002097

answers: Earth's atmosphere, including the ozone layer.

answers: NDQ_002099

answers: payload bay

answers: NDQ_002100

answers: Space Shuttle Discovery

answers: NDQ_002103

answers: Space Shuttle Discovery

answers: NDQ_002108

answers: space

answers: NDQ_002111

answers: robotic arm,

answers: NDQ_002113

answers: Space Shuttle Discovery

answers: NDQ_002114

answers: September 23, 2011 or early morning of Saturday September 24, 2011,

answers: NDQ_002115

answers: Space Shuttle Discovery

answers: NDQ_002116

answers: Earth's

answers: NDQ_002117

answers: Space Shuttle Discovery

answers: NDQ_002118

answers: UARS

answers: NDQ_002119

answers: 2011

answers: NDQ_002120

answers: UARS

answers: NDQ_002121

answers: space

answers: NDQ_002122

answers: robotic arm,

answers: NDQ_002123

answers: Earth's atmosphere,

answers: NDQ_002124

answers: Space Shuttle Discovery

answers: NDQ_002125

answers: Space Shuttle Discovery

answers: NDQ_002126

answers: atmospheric re-entry

answers: NDQ_002127

answers: robotic arm,

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Space Shuttle Discovery

answers: NDQ_002130

answers: Space Shuttle Discovery

answers: NDQ_002131

answers: Space Shuttle Discovery

answers: NDQ_002132

answers: robotic arm,

answers: NDQ_002133

answers: Space Shuttle Discovery

answers: NDQ_002134

answers: atmospheric re-entry

answers: NDQ_002135

answers: Space Shuttle Discovery

answers: NDQ_002136

answers: Earth's atmosphere,

answers: NDQ_002137

answers: the crew.

answers: NDQ_002138

answers: UARS

answers: NDQ_002139

answers: Space Shuttle Discovery

text: There are a large number of constellations that may satisfy a particular mission. Usually constellations are designed so that the satellites have similar orbits, eccentricity and inclination so that any perturbations affect each satellite in approximately the same way. In this way, the geometry can be preserved without excessive station-keeping thereby reducing the fuel usage and hence increasing the life of the satellites. Another consideration is that the phasing of each satellite in an orbital plane maintains sufficient separation to avoid collisions or interference at orbit plane intersections. Circular orbits are popular, because then the satellite is at a constant altitude requiring a constant strength signal to communicate.

text: There are a large number of constellations that may satisfy a particular mission. Usually constellations are designed so that the satellites have similar orbits, eccentricity and inclination so that any perturbations affect each satellite in approximately the same way. In this way, the geometry can be preserved without excessive station-keeping thereby reducing the fuel usage and hence increasing the life of the satellites. Another consideration is that the phasing of each satellite in an orbital plane maintains sufficient separation to avoid collisions or interference at orbit plane intersections. Circular orbits are popular, because then the satellite is at a constant altitude requiring a constant strength signal to communicate.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: increases the fuel usage

answers: NDQ_002100

answers: unanswerable

answers: NDQ_002103

answers: phasing

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: Which of the following is not a benefit of satellites?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices.

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: constellations

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: Which of the following is not a type of orbit: circular orbits, eccentricity and inclination

answers: NDQ_002124

answers: Alan Shepherd

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: perturbations

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: the largest artificial satellite

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: collisions

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: any perturbations affect each satellite in approximately the same way

answers: NDQ_002135

answers: Space Race

answers: NDQ_002136

answers: fuel

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: is at a constant altitude requiring a constant strength signal

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Circular orbits

answers: NDQ_002097

answers: eccentricity and inclination

answers: NDQ_002099

answers: any perturbations affect each satellite in approximately the same way.

answers: NDQ_002100

answers: a large number of constellations that may satisfy a particular mission.

answers: NDQ_002103

answers: constellations that may satisfy a particular mission.

answers: NDQ_002108

answers: constellations

answers: NDQ_002111

answers: satellites have similar orbits, eccentricity and inclination

answers: NDQ_002113

answers: Circular orbits

answers: NDQ_002114

answers: a large number of constellations that may satisfy a particular mission.

answers: NDQ_002115

answers: Circular orbits

answers: NDQ_002116

answers: satellites have similar orbits,

answers: NDQ_002117

answers: Circular orbits

answers: NDQ_002118

answers: Circular orbits

answers: NDQ_002119

answers: satellites.

answers: NDQ_002120

answers: Circular orbits

answers: NDQ_002121

answers: Circular orbits

answers: NDQ_002122

answers: collisions or interference at orbit plane intersections.

answers: NDQ_002123

answers: Circular orbits

answers: NDQ_002124

answers: Circular orbits

answers: NDQ_002125

answers: Circular orbits

answers: NDQ_002126

answers: Circular orbits

answers: NDQ_002127

answers: inclination

answers: NDQ_002128

answers: satellites

answers: NDQ_002129

answers: Circular orbits

answers: NDQ_002130

answers: constellations that may satisfy a particular mission.

answers: NDQ_002131

answers: perturbations affect each satellite in approximately the same way.

answers: NDQ_002132

answers: satellites

answers: NDQ_002133

answers: constellations

answers: NDQ_002134

answers: any perturbations affect each satellite in approximately the same way.

answers: NDQ_002135

answers: constellations that may satisfy a particular mission.

answers: NDQ_002136

answers: reducing the fuel usage and hence increasing the life of the satellites.

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Circular orbits

answers: NDQ_002139

answers: a large number of constellations that may satisfy a particular mission.

text: Dale Sutton, a recent graduate from the Space Academy, is assigned to the Albatross, a decrepit old spaceship. When the Albatross is assigned to explore the mysterious ringed planet Saturn, Dale remembers the story of Captain Dearborn who had commanded the first and last mission to Saturn. When the Albatross reaches Saturn's moon Titan, the superstitious fears of the crew are realized as equipment begins to disappear, and eventually people.

text: Dale Sutton, a recent graduate from the Space Academy, is assigned to the Albatross, a decrepit old spaceship. When the Albatross is assigned to explore the mysterious ringed planet Saturn, Dale remembers the story of Captain Dearborn who had commanded the first and last mission to Saturn. When the Albatross reaches Saturn's moon

text: Titan

text: , the superstitious fears of the crew are realized as equipment begins to disappear, and eventually people.

answers: NDQ_002095

answers: Saturn

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: reaches the moon

answers: NDQ_002100

answers: Dearborn

answers: NDQ_002103

answers: before it reaches Saturn

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: Why did Dale Sutton graduate from Space Academy?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: What does Dale Sutton need to do before this?

answers: NDQ_002118

answers: How many satellites are in orbit around Earth

answers: NDQ_002119

answers: Apollo 12

answers: NDQ_002120

answers: Which of the following is true of Dale?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

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

answers: NDQ_002124

answers: Dale Sutton

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: Saturn

answers: NDQ_002129

answers: Titan

answers: NDQ_002130

answers: Space Academy

answers: NDQ_002131

answers: The Albatross

answers: NDQ_002132

answers: the Albatross

answers: NDQ_002133

answers: Space Academy

answers: NDQ_002134

answers: Newton's third law of motion states that Newton's third law of motion states that

answers: NDQ_002135

answers: Saturn's moon Titan

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: Saturn

answers: NDQ_002139

answers: Captain Dearborn

answers: NDQ_002095

answers: Saturn,

answers: NDQ_002097

answers: equipment begins to disappear, and eventually people.

answers: NDQ_002099

answers: equipment begins to disappear, and eventually people.

answers: NDQ_002100

answers: Dearborn

answers: NDQ_002103

answers: Saturn, Dale remembers the story of Captain Dearborn

answers: NDQ_002108

answers: people.

answers: NDQ_002111

answers: people.

answers: NDQ_002113

answers: people.

answers: NDQ_002114

answers: people.

answers: NDQ_002115

answers: Titan,

answers: NDQ_002116

answers: Titan,

answers: NDQ_002117

answers: spaceship.

answers: NDQ_002118

answers: Saturn,

answers: NDQ_002119

answers: Dale Sutton, a recent graduate from the Space Academy,

answers: NDQ_002120

answers: Dale Sutton,

answers: NDQ_002121

answers: spaceship.

answers: NDQ_002122

answers: Albatross, a decrepit old spaceship.

answers: NDQ_002123

answers: Saturn,

answers: NDQ_002124

answers: Captain Dearborn

answers: NDQ_002125

answers: Saturn,

answers: NDQ_002126

answers: ringed

answers: NDQ_002127

answers: spaceship.

answers: NDQ_002128

answers: moon Titan,

answers: NDQ_002129

answers: Titan,

answers: NDQ_002130

answers: Space Academy,

answers: NDQ_002131

answers: spaceship.

answers: NDQ_002132

answers: Albatross,

answers: NDQ_002133

answers: Space Academy,

answers: NDQ_002134

answers: equipment begins to disappear, and eventually people.

answers: NDQ_002135

answers: Captain Dearborn

answers: NDQ_002136

answers: spaceship.

answers: NDQ_002137

answers: equipment begins to disappear, and eventually people.

answers: NDQ_002138

answers: Titan,

answers: NDQ_002139

answers: Captain Dearborn

text: ROH2 had a commitment to providing a space where artists could take creative risks and explore new ideas.

text: ROH2 had a commitment to providing a space where artists could take creative risks and explore new ideas.

answers: NDQ_002095

answers: orbit the sun

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: unanswerable

answers: NDQ_002103

answers: It must be launched

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: None of the above choices.

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: in space

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: None of the above choices.

answers: NDQ_002122

answers: what is the first law of motion?

answers: NDQ_002123

answers: None of the above choices.

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: kinetic energy

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: ROH2

answers: NDQ_002130

answers: ROH2

answers: NDQ_002131

answers: can not be described

answers: NDQ_002132

answers: ROH2

answers: NDQ_002133

answers: 20th century

answers: NDQ_002134

answers: gravitational force causes the speed of an object to increase

answers: NDQ_002135

answers: ROH2

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: can be seen from Earth.

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: ROH2

answers: NDQ_002097

answers: take creative risks and explore new ideas.

answers: NDQ_002099

answers: artists could take creative risks and explore new ideas.

answers: NDQ_002100

answers: ROH2

answers: NDQ_002103

answers: ROH2

answers: NDQ_002108

answers: ROH2

answers: NDQ_002111

answers: ROH2

answers: NDQ_002113

answers: ROH2

answers: NDQ_002114

answers: ROH2

answers: NDQ_002115

answers: ROH2

answers: NDQ_002116

answers: ROH2

answers: NDQ_002117

answers: ROH2

answers: NDQ_002118

answers: ROH2

answers: NDQ_002119

answers: ROH2

answers: NDQ_002120

answers: ROH2

answers: NDQ_002121

answers: ROH2

answers: NDQ_002122

answers: ROH2

answers: NDQ_002123

answers: ROH2

answers: NDQ_002124

answers: ROH2

answers: NDQ_002125

answers: ROH2

answers: NDQ_002126

answers: ROH2

answers: NDQ_002127

answers: ROH2

answers: NDQ_002128

answers: ROH2

answers: NDQ_002129

answers: ROH2

answers: NDQ_002130

answers: ROH2

answers: NDQ_002131

answers: ROH2

answers: NDQ_002132

answers: ROH2

answers: NDQ_002133

answers: ROH2

answers: NDQ_002134

answers: ROH2

answers: NDQ_002135

answers: ROH2

answers: NDQ_002136

answers: ROH2

answers: NDQ_002137

answers: ROH2

answers: NDQ_002138

answers: ROH2

answers: NDQ_002139

answers: ROH2

text: The Earth Radiation Budget Satellite (ERBS) was a NASA scientific research satellite launched on October 5, 1984, to study the Earth radiation budget and stratospheric aerosol and gases. It was carried into low Earth orbit and deployed by the  during the STS-41-G mission. The spacecraft was expected to have a two-year operation life, but ultimately, the mission provided scientific data about the Earth's ozone layer for more than two decades.

text: The Earth Radiation Budget Satellite (ERBS) was a

text: NASA

text: scientific research

text: satellite

text: launched on October 5, 1984, to study the

text: Earth

text: radiation budget

text: and stratospheric aerosol and gases. It was carried into

text: low Earth orbit

text: and deployed by the  during the

text: mission. The

text: spacecraft

text: was expected to have a two-year operation life, but ultimately, the mission provided scientific data about the Earth's

text: ozone layer

text: for more than two decades.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: on October 5, 1984

answers: NDQ_002108

answers: Yes

answers: NDQ_002111

answers: How many years ago was the Earth Radiation Budget Satellite launched?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S.

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: It was carried into low Earth orbit

answers: NDQ_002118

answers: It was carried into low Earth orbit

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Which satellites make detailed images of continents and coasts?

answers: NDQ_002121

answers: It was carried into low Earth orbit and deployed by the during the STS-41-G mission

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: Which is not a type of satellite: imaging satellites or low Earth orbit?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: G

answers: NDQ_002128

answers: low Earth orbit

answers: NDQ_002129

answers: Earth Radiation Budget Satellite

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: spacecraft

answers: NDQ_002133

answers: 20th century

answers: NDQ_002134

answers: Earth Radiation Budget Satellite was launched on October 5th, 1984

answers: NDQ_002135

answers: STS-41-G mission

answers: NDQ_002136

answers: Earth gravity

answers: NDQ_002137

answers: Earth Radiation Budget Satellite

answers: NDQ_002138

answers: The Earth Radiation Budget Satellite

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: low Earth orbit

answers: NDQ_002097

answers: Earth orbit

answers: NDQ_002099

answers: low Earth orbit

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: October 5, 1984,

answers: NDQ_002108

answers: 1984,

answers: NDQ_002111

answers: The Earth Radiation Budget Satellite

answers: NDQ_002113

answers: The Earth Radiation Budget Satellite

answers: NDQ_002114

answers: NASA scientific research satellite launched on October 5, 1984,

answers: NDQ_002115

answers: STS-41-G mission.

answers: NDQ_002116

answers: Earth orbit

answers: NDQ_002117

answers: NASA

answers: NDQ_002118

answers: 1984,

answers: NDQ_002119

answers: 1984,

answers: NDQ_002120

answers: The Earth Radiation Budget Satellite

answers: NDQ_002121

answers: low Earth orbit

answers: NDQ_002122

answers: low Earth orbit

answers: NDQ_002123

answers: low Earth orbit

answers: NDQ_002124

answers: STS-41-G mission.

answers: NDQ_002125

answers: STS-41-G mission.

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: STS-41-G

answers: NDQ_002128

answers: low Earth orbit

answers: NDQ_002129

answers: The Earth Radiation Budget Satellite

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: The Earth Radiation Budget Satellite

answers: NDQ_002132

answers: STS-41-G

answers: NDQ_002133

answers: 1984,

answers: NDQ_002134

answers: low Earth orbit

answers: NDQ_002135

answers: STS-41-G mission.

answers: NDQ_002136

answers: Earth orbit

answers: NDQ_002137

answers: Earth orbit

answers: NDQ_002138

answers: The Earth Radiation Budget Satellite

answers: NDQ_002139

answers: NASA scientific research satellite launched on October 5, 1984,

text: Rocket propellant is either a high oxygen containing fuel or a mixture of fuel plus oxidant, whose combustion takes place, in a definite and controlled manner with the evolution of a huge volume of gas. In the rocket engine, the propellant is burnt in the combustion chamber and the hot jet of gases (usually at a temperature of 3,000°C and a pressure of 300 kg/cm^2 ) escapes through the nozzle at very high velocity.  Rockets create thrust by expelling mass backwards in a high-speed jet (see Newton's Third Law).  Chemical rockets, the subject of this article, create thrust by reacting propellants within a combustion chamber into a very hot gas at high pressure, which is then expanded and accelerated by passage through a nozzle at the rear of the rocket.  The amount of the resulting forward force, known as thrust, that is produced is the mass flow rate of the propellants multiplied by their exhaust velocity (relative to the rocket), as specified by Newton's third law of motion.  Thrust is therefore the equal and opposite reaction that moves the rocket, and not by interaction of the exhaust stream with air around the rocket. Equivalently, one can think of a rocket being accelerated upwards by the pressure of the combusting gases against the combustion chamber and nozzle. This operational principle stands in contrast to the commonly-held assumption that a rocket "pushes" against the air behind or below it. Rockets in fact perform better in outer space (where there is nothing behind or beneath them to push against), because there is a reduction in air pressure on the outside of the engine, and because it is possible to fit a longer nozzle without suffering from flow separation, in addition to the lack of air drag.

text: Rocket propellant is either a high oxygen containing fuel or a mixture of fuel plus oxidant, whose combustion takes place, in a definite and controlled manner with the evolution of a huge volume of gas. In the rocket engine, the propellant is burnt in the combustion chamber and the hot jet of gases (usually at a temperature of 3,000°C and a pressure of 300 kg/cm^2 ) escapes through the nozzle at very high velocity.  Rockets create thrust by expelling

text: mass

text: backwards in a high-speed jet (see

text: Newton's Third Law

text: ).  Chemical rockets, the subject of this article, create thrust by reacting propellants within a combustion chamber into a very hot

text: gas

text: at high pressure, which is then expanded and accelerated by passage through a nozzle at the rear of the rocket.  The amount of the resulting forward force, known as thrust, that is produced is the

text: mass flow rate

text: of the propellants multiplied by their exhaust velocity (relative to the rocket), as specified by

text: Newton

text: 's

text: third law of motion

text: .  Thrust is therefore the equal and opposite reaction that moves the rocket, and not by interaction of the exhaust stream with air around the rocket. Equivalently, one can think of a rocket being accelerated upwards by the pressure of the combusting gases against the combustion chamber and nozzle. This operational principle stands in contrast to the commonly-held assumption that a rocket "pushes" against the air behind or below it. Rockets in fact perform better in

text: outer space

text: (where there is nothing behind or beneath them to push against), because there is a reduction in air pressure on the outside of the engine, and because it is possible to fit a longer nozzle without suffering from flow separation, in addition to the lack of air drag.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: Newton's Third Law

answers: NDQ_002099

answers: performs better in outer space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: Thrust is therefore the equal and opposite reaction that moves the rocket

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: U.S.

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: satellite

answers: NDQ_002117

answers: Rockets

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: Landsat satellites

answers: NDQ_002121

answers: Newton's third law of motion

answers: NDQ_002122

answers: yes

answers: NDQ_002123

answers: How are rockets placed in high orbits over Earth?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: unanswerable

answers: NDQ_002127

answers: Thrust

answers: NDQ_002128

answers: NDQ_002129

answers: The International Space Station

answers: NDQ_002130

answers: The United States Space Agency

answers: NDQ_002131

answers: Thrust is therefore the equal and opposite reaction that moves the rocket

answers: NDQ_002132

answers: Rockets

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: Thrust is the equal and opposite reaction that moves the rocket

answers: NDQ_002135

answers: the Cold War

answers: NDQ_002136

answers: air drag

answers: NDQ_002137

answers: a high oxygen containing fuel

answers: NDQ_002138

answers: is a satellite in a low orbit

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: outer space

answers: NDQ_002097

answers: Third Law).

answers: NDQ_002099

answers: accelerated upwards

answers: NDQ_002100

answers: 3,000°C and a pressure of 300 kg/cm<unk>2

answers: NDQ_002103

answers: Thrust

answers: NDQ_002108

answers: Thrust

answers: NDQ_002111

answers: Rockets in fact perform better in outer space

answers: NDQ_002113

answers: Thrust

answers: NDQ_002114

answers: outer space

answers: NDQ_002115

answers: Rockets in fact perform better in outer space

answers: NDQ_002116

answers: Rockets in fact perform better in outer space

answers: NDQ_002117

answers: Rockets in fact perform better in outer space

answers: NDQ_002118

answers: Rockets in fact perform better in outer space

answers: NDQ_002119

answers: 's third law of motion.

answers: NDQ_002120

answers: Rockets in fact perform better in outer space

answers: NDQ_002121

answers: Rockets in fact perform better in outer space

answers: NDQ_002122

answers: Thrust is therefore the equal and opposite reaction that moves the rocket,

answers: NDQ_002123

answers: Rockets in fact perform better in outer space

answers: NDQ_002124

answers: Rockets in fact perform better in outer space

answers: NDQ_002125

answers: Thrust

answers: NDQ_002126

answers: Thrust

answers: NDQ_002127

answers: Thrust

answers: NDQ_002128

answers: Rockets in fact perform better in outer space

answers: NDQ_002129

answers: the pressure of the combusting gases

answers: NDQ_002130

answers: rocket

answers: NDQ_002131

answers: Thrust

answers: NDQ_002132

answers: Rockets

answers: NDQ_002133

answers: outer space

answers: NDQ_002134

answers: mass flow rate of the propellants multiplied by their exhaust velocity

answers: NDQ_002135

answers: Chemical rockets,

answers: NDQ_002136

answers: lack of air drag.

answers: NDQ_002137

answers: interaction of the exhaust stream with air around the rocket.

answers: NDQ_002138

answers: Rockets in fact perform better in outer space

answers: NDQ_002139

answers: outer space

text: People often decide to put a satellite in a frozen orbit.The path of a satellite closely orbiting the Earth can be accurately modeled starting from the 2-body elliptical orbit around the center of the Earth, and adding small corrections due to the oblateness of the Earth, gravitational attraction of the Sun and Moon, atmospheric drag, etc.It is possible to find a frozen orbit without calculating the actual path of the satellite.

text: People often decide to put a satellite in a

text: frozen orbit

text: .The path of a satellite closely orbiting the Earth can be accurately modeled starting from the 2-body elliptical orbit around the center of the Earth, and adding small corrections due to the

text: oblateness of the Earth

text: , gravitational attraction of the Sun and Moon, atmospheric drag, etc.It is possible to find a frozen orbit without calculating the actual path of the satellite.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: gravitational attraction

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: United States and Russia

answers: NDQ_002103

answers: It must be launched

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: What is the most likely reason for the development of rockets?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: None of the above choices.

answers: NDQ_002118

answers: It's impossible to say

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

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

answers: NDQ_002121

answers: The law of conservation of momentum

answers: NDQ_002122

answers: Which of the following is not an example of Newton's Third Law of Motion?

answers: NDQ_002123

answers: Which of the following is not a reason to put a satellite in a frozen orbit?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: gravitational

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: 2 body elliptical orbit

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: drag

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: 20th century

answers: NDQ_002134

answers: gravitational attraction of the Sun and Moon

answers: NDQ_002135

answers: the 20th century

answers: NDQ_002136

answers: gravitational attraction

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: can be put in a low orbit

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: frozen orbit.The

answers: NDQ_002097

answers: gravitational attraction

answers: NDQ_002099

answers: People often decide to put a satellite in a frozen orbit.The

answers: NDQ_002100

answers: 2-body elliptical orbit

answers: NDQ_002103

answers: People often decide to put a satellite in a frozen orbit.The

answers: NDQ_002108

answers: satellite in a frozen orbit.The

answers: NDQ_002111

answers: modeled

answers: NDQ_002113

answers: People often decide to put a satellite in a frozen orbit.The

answers: NDQ_002114

answers: People often decide to put a satellite in a frozen orbit.The

answers: NDQ_002115

answers: satellite in a frozen orbit.The

answers: NDQ_002116

answers: satellite in a frozen orbit.The

answers: NDQ_002117

answers: frozen orbit.The

answers: NDQ_002118

answers: 2-body elliptical orbit

answers: NDQ_002119

answers: satellite in a frozen orbit.The

answers: NDQ_002120

answers: 2-body elliptical orbit around the center of the Earth,

answers: NDQ_002121

answers: gravitational attraction

answers: NDQ_002122

answers: 2-body elliptical orbit around the center of the Earth,

answers: NDQ_002123

answers: frozen orbit.The

answers: NDQ_002124

answers: People often decide to put a satellite in a frozen orbit.The

answers: NDQ_002125

answers: People often decide to put a satellite in a frozen orbit.The

answers: NDQ_002126

answers: elliptical

answers: NDQ_002127

answers: gravitational attraction

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: 2-body elliptical orbit around the center of the Earth,

answers: NDQ_002130

answers: satellite

answers: NDQ_002131

answers: atmospheric drag,

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: 2-body elliptical orbit around the center of the Earth,

answers: NDQ_002134

answers: gravitational attraction

answers: NDQ_002135

answers: 2-body elliptical orbit

answers: NDQ_002136

answers: gravitational attraction

answers: NDQ_002137

answers: 2-body elliptical orbit

answers: NDQ_002138

answers: frozen orbit.The

answers: NDQ_002139

answers: People often decide to put a satellite in a frozen orbit.The

text: The S-type asteroid is a member of the Flora family, one of the largest groups of stony asteroids in the main-belt. It orbits the Sun at a distance of 2.0–2.5 AU once every 3 years and 4 months (1,226 days). Its orbit is tilted by 5 degrees to the plane of the ecliptic and shows an orbital eccentricity of 0.09. It has a well-determined rotation period of 5.32 hours. According to the space-based Wide-field Infrared Survey Explorer and its subsequent NEOWISE mission, the body's albedo amounts to 0.21 and 0.51, while the Collaborative Asteroid Lightcurve Link assumes an albedo of 0.24, which is a typical value for a silicaceous asteroid.

text: The

text: S-type

text: asteroid is a member of the

text: Flora family

text: , one of the largest groups of stony asteroids in the main-belt. It orbits the Sun at a distance of 2.0–2.5

text: AU

text: once every 3 years and 4 months (1,226 days). Its orbit is

text: tilted

text: by 5 degrees to the plane of the

text: ecliptic

text: and shows an

text: orbital eccentricity

text: of 0.09. It has a well-determined

text: rotation period

text: of 5.32 hours. According to the space-based

text: Wide-field Infrared Survey Explorer

text: and its subsequent

text: NEOWISE

text: mission, the body's

text: albedo

text: amounts to 0.21 and 0.51, while the Collaborative Asteroid Lightcurve Link assumes an albedo of 0.24, which is a typical value for a silicaceous asteroid.

answers: NDQ_002095

answers: orbit Earth

answers: NDQ_002097

answers: orbital eccentricity

answers: NDQ_002099

answers: orbits the sun

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: The S-type asteroid

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How many years ago was the S-type asteroid discovered?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: How does the S-type asteroid orbit the Sun?

answers: NDQ_002118

answers: None of the above choices are true

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: Which satellites make detailed images of continents and coasts?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: How many degrees to the plane of the ecliptic does the S-type asteroid orbit?

answers: NDQ_002124

answers: who was the first astronaut to walk on the Moon

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: The S-type asteroid

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: NDQ_002132

answers: unanswerable

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: The S-type asteroid is a member of what family?

answers: NDQ_002135

answers: NEOWISE mission

answers: NDQ_002136

answers: orbital eccentricity

answers: NDQ_002137

answers: Infrared

answers: NDQ_002138

answers: orbital eccentricity of 0.09

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Sun

answers: NDQ_002097

answers: orbital eccentricity of 0.09.

answers: NDQ_002099

answers: orbital eccentricity of 0.09.

answers: NDQ_002100

answers: main-belt.

answers: NDQ_002103

answers: NEOWISE mission,

answers: NDQ_002108

answers: space-based Wide-field Infrared Survey Explorer

answers: NDQ_002111

answers: Wide-field Infrared Survey Explorer

answers: NDQ_002113

answers: 0.09.

answers: NDQ_002114

answers: The S-type asteroid

answers: NDQ_002115

answers: NEOWISE mission,

answers: NDQ_002116

answers: orbital eccentricity of 0.09.

answers: NDQ_002117

answers: Wide-field Infrared Survey Explorer

answers: NDQ_002118

answers: The S-type asteroid

answers: NDQ_002119

answers: 3 years and 4 months

answers: NDQ_002120

answers: Wide-field Infrared Survey Explorer

answers: NDQ_002121

answers: orbital eccentricity of 0.09.

answers: NDQ_002122

answers: orbital eccentricity of 0.09.

answers: NDQ_002123

answers: Wide-field Infrared Survey Explorer

answers: NDQ_002124

answers: orbital eccentricity of 0.09.

answers: NDQ_002125

answers: Wide-field Infrared Survey Explorer

answers: NDQ_002126

answers: orbital eccentricity

answers: NDQ_002127

answers: orbital eccentricity of 0.09.

answers: NDQ_002128

answers: Sun

answers: NDQ_002129

answers: Wide-field Infrared Survey Explorer

answers: NDQ_002130

answers: Wide-field Infrared Survey Explorer

answers: NDQ_002131

answers: The S-type asteroid

answers: NDQ_002132

answers: Wide-field Infrared Survey Explorer

answers: NDQ_002133

answers: space-based Wide-field Infrared Survey Explorer

answers: NDQ_002134

answers: orbital eccentricity of 0.09.

answers: NDQ_002135

answers: NEOWISE mission,

answers: NDQ_002136

answers: orbital eccentricity

answers: NDQ_002137

answers: Wide-field Infrared

answers: NDQ_002138

answers: orbital eccentricity of 0.09.

answers: NDQ_002139

answers: Wide-field Infrared Survey Explorer

text: David Young in Sputnik Music states that it "is a cauldron-bubble of inner-city paranoia, whirring synthesizer and a pulsing beat that grows more claustrophobic and agitated until roughly the last ninety seconds or so, in which the track more or less explodes into technicolour."

text: David Young in

text: Sputnik Music

text: states that it "is a cauldron-bubble of inner-city paranoia, whirring synthesizer and a pulsing beat that grows more claustrophobic and agitated until roughly the last ninety seconds or so, in which the track more or less explodes into technicolour."

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: law of conservation of energy

answers: NDQ_002099

answers: explodes

answers: NDQ_002100

answers: unanswerable

answers: NDQ_002103

answers: unmanned

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: what is the first object mentioned?

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: unanswerable

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: undefined

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: unanswerable

answers: NDQ_002130

answers: Sputnik

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: Sputnik Music

answers: NDQ_002134

answers: gravitational force is equal to the force of gravity

answers: NDQ_002135

answers: Sputnik

answers: NDQ_002136

answers: gravity

answers: NDQ_002137

answers: data from satellites

answers: NDQ_002138

answers: is a satellite in a low orbit

answers: NDQ_002139

answers: David Young

answers: NDQ_002095

answers: Sputnik

answers: NDQ_002097

answers: whirring synthesizer

answers: NDQ_002099

answers: explodes into technicolour."

answers: NDQ_002100

answers: Sputnik

answers: NDQ_002103

answers: Sputnik

answers: NDQ_002108

answers: Sputnik

answers: NDQ_002111

answers: Sputnik

answers: NDQ_002113

answers: Sputnik Music

answers: NDQ_002114

answers: Sputnik Music

answers: NDQ_002115

answers: Sputnik

answers: NDQ_002116

answers: David Young in Sputnik Music

answers: NDQ_002117

answers: David Young in Sputnik Music

answers: NDQ_002118

answers: Sputnik

answers: NDQ_002119

answers: Sputnik

answers: NDQ_002120

answers: technicolour."

answers: NDQ_002121

answers: Sputnik Music

answers: NDQ_002122

answers: Sputnik Music

answers: NDQ_002123

answers: Sputnik

answers: NDQ_002124

answers: Sputnik Music

answers: NDQ_002125

answers: Sputnik Music

answers: NDQ_002126

answers: cauldron-bubble

answers: NDQ_002127

answers: whirring synthesizer

answers: NDQ_002128

answers: Sputnik

answers: NDQ_002129

answers: Sputnik

answers: NDQ_002130

answers: Sputnik

answers: NDQ_002131

answers: whirring synthesizer

answers: NDQ_002132

answers: Sputnik

answers: NDQ_002133

answers: Sputnik

answers: NDQ_002134

answers: explodes into technicolour."

answers: NDQ_002135

answers: Sputnik

answers: NDQ_002136

answers: inner-city paranoia,

answers: NDQ_002137

answers: whirring synthesizer

answers: NDQ_002138

answers: Sputnik

answers: NDQ_002139

answers: David Young

text: Exploration of energization and Radiation in Geospace (ERG) is a scientific satellite to study the Van Allen belts.  It was developed by the Institute of Space and Astronautical Science of JAXA.

text: Exploration of energization and Radiation in Geospace (ERG) is a scientific

text: satellite

text: to study the

text: Van Allen belt

text: s.  It was developed by the

entity_name: Institute of Space and Astronautical Science

text: Institute of Space and Astronautical Science

text: of

text: JAXA

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: JAXA

answers: NDQ_002103

answers: first

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: None of the above choices.

answers: NDQ_002121

answers: It was developed by the Institute of Space and Astronautical Science

answers: NDQ_002122

answers: Which of the following is not a law: Newton's Third Law of Motion?

answers: NDQ_002123

answers: Which of the following is not a type of satellite: Exploration of energization and Radiation in Geospace?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: acceleration

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: ERG

answers: NDQ_002130

answers: JAXA

answers: NDQ_002131

answers: van allen belts

answers: NDQ_002132

answers: ERG

answers: NDQ_002133

answers: 20th century

answers: NDQ_002134

answers: gravitational force is equal to the force of gravitational attraction

answers: NDQ_002135

answers: ERG

answers: NDQ_002136

answers: gravity

answers: NDQ_002137

answers: ERG

answers: NDQ_002138

answers: is a type of

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Van Allen belts.

answers: NDQ_002097

answers: Van Allen belts.

answers: NDQ_002099

answers: Exploration of energization and Radiation in Geospace

answers: NDQ_002100

answers: JAXA.

answers: NDQ_002103

answers: Exploration of energization and Radiation in Geospace

answers: NDQ_002108

answers: Exploration of energization and Radiation in Geospace

answers: NDQ_002111

answers: Astronautical Science

answers: NDQ_002113

answers: Exploration of energization and Radiation in Geospace

answers: NDQ_002114

answers: Exploration of energization and Radiation in Geospace

answers: NDQ_002115

answers: Exploration of energization and Radiation in Geospace

answers: NDQ_002116

answers: satellite

answers: NDQ_002117

answers: Astronautical Science

answers: NDQ_002118

answers: Exploration of energization and Radiation in Geospace

answers: NDQ_002119

answers: Exploration of energization and Radiation in Geospace

answers: NDQ_002120

answers: Exploration of energization and Radiation in Geospace

answers: NDQ_002121

answers: Exploration of energization and Radiation in Geospace

answers: NDQ_002122

answers: Exploration of energization and Radiation in Geospace

answers: NDQ_002123

answers: Exploration of energization and Radiation in Geospace

answers: NDQ_002124

answers: Exploration of energization and Radiation in Geospace

answers: NDQ_002125

answers: Exploration of energization and Radiation in Geospace

answers: NDQ_002126

answers: Exploration of energization and Radiation in Geospace

answers: NDQ_002127

answers: energization

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Exploration of energization and Radiation in Geospace

answers: NDQ_002130

answers: JAXA.

answers: NDQ_002131

answers: Exploration of energization and Radiation in Geospace

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: Astronautical Science

answers: NDQ_002134

answers: Van Allen belts.

answers: NDQ_002135

answers: Exploration of energization and Radiation in Geospace

answers: NDQ_002136

answers: Space

answers: NDQ_002137

answers: Van Allen belts.

answers: NDQ_002138

answers: Exploration of energization and Radiation in Geospace

answers: NDQ_002139

answers: Exploration of energization and Radiation in Geospace

text: The game launched with 10 planets: Tatooine, Naboo, Corellia, Talus, Rori, Dantooine, Lok, Yavin IV, the forest moon of Endor, and Dathomir. In the second expansion, Rage of the Wookiees, the Wookiee home planet Kashyyyk was added. In the third expansion, Trials of Obi-Wan, the planet Mustafar was added. Each of the original 10 planets are represented by approximately 225 square kilometers (15 km x 15 km maps) of game space. In contrast, the expansion planets of Kashyyyk and Mustafar are smaller, constructed differently (e.g. instances) and in some cases imposed different rules than the original, such as terrain that is not traversable (i.e. mountains or hills that cannot be climbed over). In addition to the 12 planets, there are 12 space zones, each encompassing approximately 3400 cubic kilometers (15 km cubes) of fully navigable space. Nine of them are associated with one or more of the playable planets: Tattoo (Tatooine), Naboo (Naboo and Rori), Corellia (Corellia and Talus), Dantooine, Karthakk (Lok), Yavin, Endor, Dathomir, and Kashyyyk. (Mustafar has no associated space zone.)  Kessel and Deep Space have no planets and are used for high-level gameplay and player-versus-player combat. The Ord Mantell sector was released in January 2008 as a new space-only zone, though there is a space station there (called Nova Orion) where pilots can land and acquire quests. The planet Hoth was added in November 2008 as part of an instance, but could only be explored during the events of the Battle of Echo Base.

text: The game launched with 10 planets:

text: Tatooine

text: Naboo

text: Corellia

text: Talus

text: Rori

text: Dantooine

text: Lok

text: Yavin IV

text: , the

text: forest moon of Endor

text: , and

text: Dathomir

text: . In the second

text: expansion

text: , Rage of the Wookiees, the Wookiee home planet

text: Kashyyyk

text: was added. In the third expansion, Trials of Obi-Wan, the planet

text: Mustafar

text: was added. Each of the original 10 planets are represented by approximately 225 square kilometers (15 km x 15 km maps) of game space. In contrast, the expansion planets of Kashyyyk and Mustafar are smaller, constructed differently (e.g.

text: instances

text: ) and in some cases imposed different rules than the original, such as terrain that is not traversable (i.e. mountains or hills that cannot be climbed over). In addition to the 12 planets, there are 12 space zones, each encompassing approximately 3400 cubic kilometers (15 km cubes) of fully navigable space. Nine of them are associated with one or more of the playable planets: Tattoo (Tatooine), Naboo (Naboo and Rori), Corellia (Corellia and Talus), Dantooine, Karthakk (Lok), Yavin, Endor, Dathomir, and Kashyyyk. (Mustafar has no associated space zone.)

text: Kessel

text: and Deep Space have no planets and are used for high-level gameplay and player-versus-player combat. The

text: Ord Mantell

text: sector was released in January 2008 as a new space-only zone, though there is a space station there (called Nova Orion) where pilots can land and acquire quests. The planet

text: Hoth

text: was added in November 2008 as part of an instance, but could only be explored during the events of the Battle of Echo Base.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: mountains or hills that cannot be climbed over

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: Tatooine

answers: NDQ_002103

answers: Kessel

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How many planets are represented by approximately 225 square kilometers?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: U.S.

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is the forest moon of Endor?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: What do Landsat satellites make detailed images of?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: What are placed in high orbits over Earth?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: fully navigable space

answers: NDQ_002127

answers: Kessel and Deep Space

answers: NDQ_002128

answers: Endor

answers: NDQ_002129

answers: Yavin IV

answers: NDQ_002130

answers: Ord Mantell

answers: NDQ_002131

answers: Kessel and Deep Space have no planets and are used for high-level gameplay

answers: NDQ_002132

answers: Kessel and Deep Space

answers: NDQ_002133

answers: Battle of Echo Base

answers: NDQ_002134

answers: The planets of Kashyyyk and Mustafar are smaller, constructed differently

answers: NDQ_002135

answers: Battle of Echo Base

answers: NDQ_002136

answers: Space Stations

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Cannot be climbed over

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: the playable planets:

answers: NDQ_002097

answers: mountains or hills that cannot be climbed over).

answers: NDQ_002099

answers: planets

answers: NDQ_002100

answers: Obi-Wan,

answers: NDQ_002103

answers: Ord Mantell

answers: NDQ_002108

answers: Kessel and Deep Space

answers: NDQ_002111

answers: Ord Mantell

answers: NDQ_002113

answers: Tattoo

answers: NDQ_002114

answers: Kessel and Deep Space

answers: NDQ_002115

answers: The Ord Mantell

answers: NDQ_002116

answers: Kessel and Deep Space have no planets

answers: NDQ_002117

answers: planets

answers: NDQ_002118

answers: Kessel and Deep Space have no planets

answers: NDQ_002119

answers: (Mustafar has no associated space zone.)

answers: NDQ_002120

answers: Kessel and Deep Space have no planets

answers: NDQ_002121

answers: Kessel and Deep Space have no planets

answers: NDQ_002122

answers: Kessel and Deep Space

answers: NDQ_002123

answers: The Ord Mantell

answers: NDQ_002124

answers: Ord Mantell

answers: NDQ_002125

answers: Kessel and Deep Space

answers: NDQ_002126

answers: navigable space.

answers: NDQ_002127

answers: planets

answers: NDQ_002128

answers: planets

answers: NDQ_002129

answers: Dantooine,

answers: NDQ_002130

answers: Kessel and Deep Space

answers: NDQ_002131

answers: one or more of the playable planets:

answers: NDQ_002132

answers: Kessel and Deep Space

answers: NDQ_002133

answers: 2008

answers: NDQ_002134

answers: Kessel and Deep Space have no planets

answers: NDQ_002135

answers: Battle of Echo Base.

answers: NDQ_002136

answers: planets

answers: NDQ_002137

answers: Kessel and Deep Space have no planets

answers: NDQ_002138

answers: space station

answers: NDQ_002139

answers: (Corellia and Talus),

text: One of two traditional high schools serving the Wayne-Westland Community Schools, John Glenn High School is located in the city of Westland, Michigan. The school, which opened in 1964, was named for astronaut John Glenn, who just two years prior had become the first American to orbit the earth. The "space" theme dominates at JGHS, including the nickname (Rockets), yearbook (the Satellite), newspaper (the Explorer, formerly the Echo), and school store (the Gantry).

text: One of two traditional high schools serving the

text: Wayne-Westland Community Schools

text: , John Glenn High School is located in the city of

text: Westland, Michigan

text: . The school, which opened in 1964, was named for

text: astronaut

text: John Glenn

text: , who just two years prior had become the first American to orbit the earth. The "space" theme dominates at JGHS, including the nickname (Rockets), yearbook (the Satellite), newspaper (the

text: Explorer

text: , formerly the

text: Echo

text: ), and school store (the Gantry).

answers: NDQ_002095

answers: orbit the earth

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: orbit the earth

answers: NDQ_002100

answers: American

answers: NDQ_002103

answers: two years prior

answers: NDQ_002108

answers: No

answers: NDQ_002111

answers: How many years before John Glenn became the first American to orbit the earth?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S.

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: what is the first American to orbit the earth

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many years after John Glenn became the first American to orbit the earth?

answers: NDQ_002119

answers: Earth

answers: NDQ_002120

answers: What does the "space" theme dominate at JGHS?

answers: NDQ_002121

answers: the law of conservation of momentum

answers: NDQ_002122

answers: Which of the following is not a law: Newton's Third Law of Motion?

answers: NDQ_002123

answers: How many years prior did John Glenn become the first American to orbit the earth?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: space

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: the Satellite

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: NDQ_002132

answers: Rockets

answers: NDQ_002133

answers: unanswerable

answers: NDQ_002134

answers: Newton's third law of motion states that Newton's third law of motion states that

answers: NDQ_002135

answers: John Glenn High School

answers: NDQ_002136

answers: Earth

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: yearbook

answers: NDQ_002139

answers: Glenn

answers: NDQ_002095

answers: orbit the earth.

answers: NDQ_002097

answers: orbit the earth.

answers: NDQ_002099

answers: orbit the earth.

answers: NDQ_002100

answers: American

answers: NDQ_002103

answers: 1964,

answers: NDQ_002108

answers: 1964,

answers: NDQ_002111

answers: "space" theme dominates at JGHS,

answers: NDQ_002113

answers: (Rockets),

answers: NDQ_002114

answers: American

answers: NDQ_002115

answers: (Rockets),

answers: NDQ_002116

answers: orbit the earth.

answers: NDQ_002117

answers: orbit the earth.

answers: NDQ_002118

answers: "space"

answers: NDQ_002119

answers: two years prior had become the first American to orbit the earth.

answers: NDQ_002120

answers: earth.

answers: NDQ_002121

answers: orbit the earth.

answers: NDQ_002122

answers: "space"

answers: NDQ_002123

answers: orbit the earth.

answers: NDQ_002124

answers: John Glenn,

answers: NDQ_002125

answers: orbit the earth.

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: "space"

answers: NDQ_002128

answers: the earth.

answers: NDQ_002129

answers: orbit the earth.

answers: NDQ_002130

answers: (Rockets),

answers: NDQ_002131

answers: orbit the earth.

answers: NDQ_002132

answers: (Rockets),

answers: NDQ_002133

answers: 1964,

answers: NDQ_002134

answers: orbit the earth.

answers: NDQ_002135

answers: John Glenn,

answers: NDQ_002136

answers: "space"

answers: NDQ_002137

answers: earth.

answers: NDQ_002138

answers: (the Satellite),

answers: NDQ_002139

answers: John Glenn,

text: President George H. W. Bush continued to support space development, announcing the bold Space Exploration Initiative, and ordering a 20 percent increase in NASA's budget in a tight budget era. The Bush administration also commissioned another report on the future of NASA, the Advisory Committee on the Future of the United States Space Program, also known as the Augustine Report.

text: President George H. W. Bush

text: continued to support space development, announcing the bold

text: Space Exploration Initiative

text: , and ordering a 20 percent increase in NASA's budget in a tight budget era. The Bush administration also commissioned another report on the future of NASA, the

entity_name: Advisory Committee on the Future of the United States Space Program

text: Advisory Committee on the Future of the United States Space Program

text: , also known as the Augustine Report.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: law of conservation of energy

answers: NDQ_002099

answers: can go into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: Space Exploration

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat satellites or NASA?

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: Which of the following is not a law: Newton's Third Law of Motion?

answers: NDQ_002123

answers: Which of the following is not a type of satellite: Imaging satellites, Space Exploration Initiative, or NASA?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: Space Exploration Initiative

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: can not be

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: Augustine Report

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: Space Exploration Initiative

answers: NDQ_002136

answers: Space Exploration Initiative

answers: NDQ_002137

answers: data from satellites

answers: NDQ_002138

answers: can be found in a low orbit

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: space development, announcing the bold Space Exploration Initiative,

answers: NDQ_002097

answers: Space Exploration Initiative,

answers: NDQ_002099

answers: Space Exploration Initiative,

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: Space Exploration Initiative,

answers: NDQ_002108

answers: Space Exploration Initiative,

answers: NDQ_002111

answers: Space Exploration Initiative,

answers: NDQ_002113

answers: Space Exploration Initiative,

answers: NDQ_002114

answers: Space Exploration Initiative,

answers: NDQ_002115

answers: Space Exploration Initiative,

answers: NDQ_002116

answers: Space Exploration Initiative,

answers: NDQ_002117

answers: Space Exploration Initiative,

answers: NDQ_002118

answers: Space Exploration Initiative,

answers: NDQ_002119

answers: Space Exploration Initiative,

answers: NDQ_002120

answers: Space Exploration Initiative,

answers: NDQ_002121

answers: Space Exploration Initiative,

answers: NDQ_002122

answers: Space Exploration Initiative,

answers: NDQ_002123

answers: Space Exploration Initiative,

answers: NDQ_002124

answers: Space Exploration Initiative,

answers: NDQ_002125

answers: Space Exploration Initiative,

answers: NDQ_002126

answers: space development, announcing the bold Space Exploration Initiative,

answers: NDQ_002127

answers: space development,

answers: NDQ_002128

answers: space development, announcing the bold Space Exploration Initiative,

answers: NDQ_002129

answers: Space Exploration Initiative,

answers: NDQ_002130

answers: NASA's

answers: NDQ_002131

answers: Space Exploration Initiative,

answers: NDQ_002132

answers: Space Exploration Initiative,

answers: NDQ_002133

answers: Space Exploration Initiative,

answers: NDQ_002134

answers: Space Exploration Initiative,

answers: NDQ_002135

answers: Space Exploration Initiative,

answers: NDQ_002136

answers: tight budget era.

answers: NDQ_002137

answers: space development,

answers: NDQ_002138

answers: tight budget era.

answers: NDQ_002139

answers: George H. W. Bush

text: His book Rockets – the Future of Travel Beyond the Stratosphere (1944) describes the early rockets at VfR and more futuristic projects to reach the moon using a 3-stage rocket "as high as 1/3 of the Empire State Building" – a very good estimate of the height of the Saturn V rocket designed 20 years later.  His works from the 1950s and '60s are regarded as classics of popular science and include The Conquest of Space 1949 (with Chesley Bonestell), The Conquest of the Moon (with Wernher von Braun and Fred Whipple, 1953), and Beyond the Solar System (1964). His book, Rockets, Missiles, and Space Travel, (1957) was cited in the Space Handbook: Astronautics and its Applications, a staff report of the Select Committee on Astronautics and Space Exploration of the U.S. House of Representatives, which provided non-technical information about spaceflight to U.S. policy makers. Ley participated in "Man in Space", a 1955 episode of Disneyland which explained spaceflight to a large television audience. Fellow Galaxy columnist Floyd C. Gale wrote that Ley "has become as familiar to TV audiences as Howdy Doody". In the late 1950s, he designed for Monogram models a range of space vehicles. The kits included informational booklets on space travel written by Ley. He also consulted for the Tom Corbett, Space Cadet series of children's science fiction books and TV series, as well as the 1959 feature film entitled "The Space Explorers." Robert A. Heinlein honored him by mentioning a future "Leyport" on the Moon in his 1952 juvenile novel The Rolling Stones.

text: His book Rockets – the Future of Travel Beyond the Stratosphere (1944) describes the early rockets at VfR and more futuristic projects to reach the moon using a 3-stage rocket "as high as 1/3 of the

text: Empire State Building

text: " – a very good estimate of the height of the

text: Saturn V

text: rocket designed 20 years later.  His works from the 1950s and '60s are regarded as classics of popular science and include

text: The Conquest of Space

text: 1949 (with

text: Chesley Bonestell

text: ), The Conquest of the Moon (with

text: Wernher von Braun

text: and

text: Fred Whipple

text: , 1953), and Beyond the Solar System (1964). His book, Rockets, Missiles, and Space Travel, (1957) was cited in the Space Handbook: Astronautics and its Applications, a staff report of the

entity_name: United States House Committee on Science, Space and Technology

text: Select Committee on Astronautics and Space Exploration

text: of the U.S. House of Representatives, which provided non-technical information about spaceflight to U.S. policy makers. Ley participated in "

text: Man in Space

text: ", a 1955 episode of

text: Disneyland

text: which explained spaceflight to a large television audience. Fellow Galaxy columnist Floyd C. Gale wrote that Ley "has become as familiar to TV audiences as

text: Howdy Doody

text: ". In the late 1950s, he designed for

text: Monogram models

text: a range of space vehicles. The kits included informational booklets on space travel written by Ley. He also consulted for the

text: Tom Corbett, Space Cadet

text: series of children's science fiction books and TV series, as well as the 1959 feature film entitled "

text: The Space Explorers

text: Robert A. Heinlein

text: honored him by mentioning a future "Leyport" on the

text: Moon

text: in his 1952 juvenile novel

text: The Rolling Stones

answers: NDQ_002095

answers: reach the moon

answers: NDQ_002097

answers: the Stratosphere

answers: NDQ_002099

answers: reaches the moon

answers: NDQ_002100

answers: U.S

answers: NDQ_002103

answers: The Conquest of the Moon

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: Why did Ley participate in "Man in Space"

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S.

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: What does Landsat satellites make detailed images of?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: How many years after The Conquest of Space did Ley participate in "Man in Space"?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: gravity

answers: NDQ_002128

answers: the Solar System

answers: NDQ_002129

answers: Saturn V rocket

answers: NDQ_002130

answers: House of Representatives

answers: NDQ_002131

answers: The kits included informational booklets on space travel written by Ley

answers: NDQ_002132

answers: unanswerable

answers: NDQ_002133

answers: 1944

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: the 1950s

answers: NDQ_002136

answers: gravitational pull

answers: NDQ_002137

answers: a 3-stage rocket

answers: NDQ_002138

answers: The Conquest of the Moon

answers: NDQ_002139

answers: Wernher von Braun

answers: NDQ_002095

answers: the moon

answers: NDQ_002097

answers: spaceflight

answers: NDQ_002099

answers: reach the moon

answers: NDQ_002100

answers: U.S.

answers: NDQ_002103

answers: Ley.

answers: NDQ_002108

answers: Ley.

answers: NDQ_002111

answers: Ley.

answers: NDQ_002113

answers: Ley.

answers: NDQ_002114

answers: Ley.

answers: NDQ_002115

answers: a 3-stage rocket "as high as 1/3 of the Empire State Building"

answers: NDQ_002116

answers: Ley.

answers: NDQ_002117

answers: Ley.

answers: NDQ_002118

answers: space travel written by Ley.

answers: NDQ_002119

answers: Ley.

answers: NDQ_002120

answers: Howdy Doody".

answers: NDQ_002121

answers: Ley.

answers: NDQ_002122

answers: Ley.

answers: NDQ_002123

answers: Ley.

answers: NDQ_002124

answers: Ley

answers: NDQ_002125

answers: Ley.

answers: NDQ_002126

answers: space travel

answers: NDQ_002127

answers: a large television audience.

answers: NDQ_002128

answers: Solar System

answers: NDQ_002129

answers: 1/3 of the Empire State Building"

answers: NDQ_002130

answers: U.S. House of Representatives,

answers: NDQ_002131

answers: Disneyland

answers: NDQ_002132

answers: space vehicles.

answers: NDQ_002133

answers: 1/3 of the Empire State Building"

answers: NDQ_002134

answers: Ley

answers: NDQ_002135

answers: Saturn V

answers: NDQ_002136

answers: Ley

answers: NDQ_002137

answers: Ley.

answers: NDQ_002138

answers: Howdy Doody".

answers: NDQ_002139

answers: Ley

text: 1st Aero used the methods of orbital prediction developed by Dr. Eberhart W. Wahl at Project Space Track in 1957, which computed ephemerides based on standard Keplerian orbits.  This excellent technique became less and less useful as a satellite got lower into the atmosphere, encountering drag, which made it difficult to forecast the ephemeris of the satellite accurately.  Because of this, in 1959, Lt Cotter at Space Track had the questionable pleasure of being the first person to lose track of an artificial earth satellite, Explorer IV, for which he was the Department of Defense orbital analyst.  The Smithsonian Astrophysical Observatory lost it a day or two later and only Mr. Arthur S. Leonard, of the Sacramento Moonwatch Team, was able to continue tracking somewhat longer, using his own special observational methods.

text: 1st Aero used the methods of orbital prediction developed by Dr. Eberhart W. Wahl at Project Space Track in 1957, which computed ephemerides based on standard Keplerian orbits.  This excellent technique became less and less useful as a satellite got lower into the atmosphere, encountering drag, which made it difficult to forecast the ephemeris of the satellite accurately.  Because of this, in 1959, Lt Cotter at Space Track had the questionable pleasure of being the first person to lose track of an artificial earth satellite, Explorer IV, for which he was the Department of Defense orbital analyst.  The Smithsonian Astrophysical Observatory lost it a day or two later and only Mr. Arthur S. Leonard, of the Sacramento Moonwatch Team, was able to continue tracking somewhat longer, using his own special observational methods.

answers: NDQ_002095

answers: lose track of

answers: NDQ_002097

answers: drag

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: the atmosphere

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: It's impossible to say

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: what is the first person to lose track of an artificial earth satellite

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: Which of the following is not a type of satellite: Imaging satellites are placed in high orbits over Earth.

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: drag

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Explorer IV

answers: NDQ_002130

answers: Department of Defense

answers: NDQ_002131

answers: drag

answers: NDQ_002132

answers: artificial earth satellite

answers: NDQ_002133

answers: 1957

answers: NDQ_002134

answers: gravitational force is inverse proportional to mass

answers: NDQ_002135

answers: 1957

answers: NDQ_002136

answers: drag

answers: NDQ_002137

answers: Keplerian orbit

answers: NDQ_002138

answers: encountering drag

answers: NDQ_002139

answers: Arthur S. Leonard

answers: NDQ_002095

answers: lose track of an artificial earth satellite,

answers: NDQ_002097

answers: drag,

answers: NDQ_002099

answers: drag,

answers: NDQ_002100

answers: Department of Defense

answers: NDQ_002103

answers: orbital prediction

answers: NDQ_002108

answers: 1957,

answers: NDQ_002111

answers: orbital prediction

answers: NDQ_002113

answers: 1st Aero used the methods of orbital prediction

answers: NDQ_002114

answers: 1st Aero used the methods of orbital prediction

answers: NDQ_002115

answers: 1957,

answers: NDQ_002116

answers: earth

answers: NDQ_002117

answers: artificial earth satellite,

answers: NDQ_002118

answers: artificial earth satellite,

answers: NDQ_002119

answers: 1957,

answers: NDQ_002120

answers: Explorer IV,

answers: NDQ_002121

answers: drag,

answers: NDQ_002122

answers: drag,

answers: NDQ_002123

answers: artificial earth satellite,

answers: NDQ_002124

answers: Mr. Arthur S. Leonard,

answers: NDQ_002125

answers: Explorer IV,

answers: NDQ_002126

answers: orbits.

answers: NDQ_002127

answers: drag,

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Explorer IV,

answers: NDQ_002130

answers: Department of Defense

answers: NDQ_002131

answers: drag,

answers: NDQ_002132

answers: artificial earth satellite,

answers: NDQ_002133

answers: 1957,

answers: NDQ_002134

answers: drag,

answers: NDQ_002135

answers: 1957,

answers: NDQ_002136

answers: drag,

answers: NDQ_002137

answers: Keplerian orbits.

answers: NDQ_002138

answers: drag,

answers: NDQ_002139

answers: Arthur S. Leonard,

text: The organisation has a commitment to the theme of space exploration. Since 1999, they have presented a variety of projects that explore sub-orbital space, outer space, the International Space Station (ISS), and more recently, the moon. Their work in zero gravity includes projects with Kitsou Dubois and the MIR (Microgravity Interdisciplinary Research) consortium (2000 to 2004). They were recently commissioned by the European Space Agency to develop a cultural policy for the orbiting International Space Station. In 2006, Arts Catalyst presented Space Soon: Art and Human Spaceflight, a five-day event at the Roundhouse (venue), London, that included new work by Aleksandra Mir, N55 (art collective)/Neal White, and London Fieldworks, with talks by astronaut turned artist Alan Bean, the fourth man to walk on the moon, NASA artist in residence Laurie Anderson and many others. In 2008, The Arts Catalyst presented 'Less Remote: The Futures of Space Exploration - An Arts and Humanities Symposium' at the 59th International Astronautical Congress in Glasgow, Scotland. In 2011, Arts Catalyst organised the exhibition, Republic of the Moon, with FACT Liverpool, about reimagining the future of the Moon.

text: The organisation has a commitment to the theme of space exploration. Since 1999, they have presented a variety of projects that explore sub-orbital space, outer space, the International Space Station (ISS), and more recently, the moon. Their work in zero gravity includes projects with Kitsou Dubois and the MIR (Microgravity Interdisciplinary Research) consortium (2000 to 2004). They were recently commissioned by the European Space Agency to develop a cultural policy for the orbiting International Space Station. In 2006, Arts Catalyst presented Space Soon: Art and Human Spaceflight, a five-day event at the

text: Roundhouse (venue)

text: , London, that included new work by

text: Aleksandra Mir

text: N55 (art collective)

text: /Neal White, and London Fieldworks, with talks by astronaut turned artist

text: Alan Bean

text: , the fourth man to walk on the moon, NASA artist in residence

text: Laurie Anderson

text: and many others. In 2008, The Arts Catalyst presented 'Less Remote: The Futures of Space Exploration - An Arts and Humanities Symposium' at the 59th

text: International Astronautical Congress

text: in Glasgow, Scotland. In 2011, Arts Catalyst organised the exhibition, Republic of the Moon, with FACT Liverpool, about reimagining the future of the Moon.

answers: NDQ_002095

answers: orbit the Moon

answers: NDQ_002097

answers: gravity

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: How many years did it take for the International Space Station to be built?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: How many nations have put a human on the moon?

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is the International Space Station?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: the moon

answers: NDQ_002120

answers: Which satellites make detailed images of continents and coasts?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What is the International Space Station (ISS)?

answers: NDQ_002123

answers: Which of the following is not a satellite: the International Space Station (ISS), the International Space Station (ISS), or the moon?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: gravity

answers: NDQ_002128

answers: International Space Station

answers: NDQ_002129

answers: International Space Station

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: zero gravity

answers: NDQ_002132

answers: zero gravity

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: gravitational force is

answers: NDQ_002135

answers: the International Space Station

answers: NDQ_002136

answers: gravity

answers: NDQ_002137

answers: zero gravity

answers: NDQ_002138

answers: sub-orbital space

answers: NDQ_002139

answers: Alan Bean

answers: NDQ_002095

answers: moon.

answers: NDQ_002097

answers: gravity

answers: NDQ_002099

answers: zero gravity

answers: NDQ_002100

answers: Scotland.

answers: NDQ_002103

answers: International Space Station

answers: NDQ_002108

answers: moon,

answers: NDQ_002111

answers: Art and Human Spaceflight,

answers: NDQ_002113

answers: Spaceflight,

answers: NDQ_002114

answers: fourth man to walk on the moon,

answers: NDQ_002115

answers: fourth man to walk on the moon,

answers: NDQ_002116

answers: sub-orbital space, outer space, the International Space Station

answers: NDQ_002117

answers: sub-orbital

answers: NDQ_002118

answers: International Space Station

answers: NDQ_002119

answers: moon,

answers: NDQ_002120

answers: Arts Catalyst organised the exhibition, Republic of the Moon,

answers: NDQ_002121

answers: zero gravity

answers: NDQ_002122

answers: zero gravity

answers: NDQ_002123

answers: International Space Station

answers: NDQ_002124

answers: fourth

answers: NDQ_002125

answers: fourth man to walk on the moon,

answers: NDQ_002126

answers: orbiting

answers: NDQ_002127

answers: gravity

answers: NDQ_002128

answers: International Space Station

answers: NDQ_002129

answers: International Space Station

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: zero gravity

answers: NDQ_002132

answers: zero gravity

answers: NDQ_002133

answers: 59th International Astronautical Congress

answers: NDQ_002134

answers: zero gravity

answers: NDQ_002135

answers: International Space Station

answers: NDQ_002136

answers: gravity

answers: NDQ_002137

answers: zero gravity

answers: NDQ_002138

answers: sub-orbital

answers: NDQ_002139

answers: Alan Bean,

text: Next Space Technologies for Exploration Partnerships (NextSTEP) is a NASA program using a public-private partnership model that seeks commercial development of deep space exploration capabilities to support more extensive human space flight missions in the Proving Ground around and beyond cislunar space—the space near Earth that extends just beyond the moon.

text: Next Space Technologies for Exploration Partnerships (NextSTEP) is a

text: NASA

text: program using a public-private partnership model that seeks commercial development of deep space exploration capabilities to support more extensive human space flight missions in the Proving Ground around and beyond cislunar space—the space near Earth that extends just beyond the moon.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: before the moon

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: the moon

answers: NDQ_002120

answers: None of the above choices.

answers: NDQ_002121

answers: None of the above choices.

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: None of the above choices are available

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: the moon

answers: NDQ_002129

answers: NextSTEP

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: can be described as

answers: NDQ_002132

answers: NextSTEP

answers: NDQ_002133

answers: 20th century

answers: NDQ_002134

answers: gravitational force is inversely proportional to mass

answers: NDQ_002135

answers: NextSTEP

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: is a satellite in a low orbit

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: cislunar space—the

answers: NDQ_002097

answers: cislunar space—the

answers: NDQ_002099

answers: human space flight missions

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: cislunar space—the

answers: NDQ_002108

answers: cislunar space—the

answers: NDQ_002111

answers: cislunar space—the

answers: NDQ_002113

answers: cislunar space—the

answers: NDQ_002114

answers: Next Space Technologies for Exploration Partnerships

answers: NDQ_002115

answers: cislunar space—the

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: cislunar space—the

answers: NDQ_002118

answers: moon.

answers: NDQ_002119

answers: Next Space Technologies for Exploration Partnerships

answers: NDQ_002120

answers: cislunar space—the

answers: NDQ_002121

answers: cislunar space—the

answers: NDQ_002122

answers: cislunar space—the

answers: NDQ_002123

answers: cislunar space—the

answers: NDQ_002124

answers: Next Space Technologies for Exploration Partnerships

answers: NDQ_002125

answers: cislunar space—the

answers: NDQ_002126

answers: cislunar space—the

answers: NDQ_002127

answers: cislunar space—the

answers: NDQ_002128

answers: moon.

answers: NDQ_002129

answers: cislunar space—the

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: cislunar space—the

answers: NDQ_002132

answers: cislunar space—the

answers: NDQ_002133

answers: moon.

answers: NDQ_002134

answers: cislunar space—the

answers: NDQ_002135

answers: human space flight missions

answers: NDQ_002136

answers: cislunar space—the

answers: NDQ_002137

answers: cislunar space—the

answers: NDQ_002138

answers: cislunar space—the

answers: NDQ_002139

answers: NASA

text: Independence, then known as Explorer, was displayed at the Kennedy Space Center Visitor Complex atop cement pilings and secured with steel cabling. Visitor access was provided by a gantry-style tower with ramps and an elevator for accessibility. Inside, visitors could view a mock-up payload, a mannequin wearing an early model of the orange launch/entry pressure suit used by shuttle astronauts, and a mock cockpit with controls and instruments. Adjacent to Explorer were two solid rocket boosters mated to a full-size mock-up of an external tank (originally used by Stennis Space Center for fit tests).

text: Independence, then known as Explorer, was displayed at the

text: Kennedy Space Center Visitor Complex

text: atop cement pilings and secured with steel cabling. Visitor access was provided by a gantry-style tower with ramps and an elevator for accessibility. Inside, visitors could view a

text: mock-up

text: payload

text: , a mannequin wearing an early model of the orange launch/entry pressure suit used by shuttle astronauts, and a mock cockpit with controls and instruments. Adjacent to Explorer were two

text: solid rocket boosters

text: mated to a full-size mock-up of an

text: external tank

text: (originally used by

text: Stennis Space Center

text: for fit tests).

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: Newton's Law of Gravity

answers: NDQ_002099

answers: lifts off

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: solid rocket boosters

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

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

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: Which of the following is not a law: Newton's Third Law of Motion?

answers: NDQ_002123

answers: Which of the following is not a type of satellite: Imaging satellites are placed in high orbits over Earth

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: solid rocket boosters

answers: NDQ_002128

answers: unanswerable

answers: NDQ_002129

answers: Independence, then known as Explorer

answers: NDQ_002130

answers: Kennedy Space Center

answers: NDQ_002131

answers: NDQ_002132

answers: Independence

answers: NDQ_002133

answers: Kennedy Space Center

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: Kennedy Space Center

answers: NDQ_002136

answers: solid rocket boosters

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: Explorer

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: launch/entry

answers: NDQ_002097

answers: cement pilings and secured with steel cabling.

answers: NDQ_002099

answers: boosters

answers: NDQ_002100

answers: Kennedy

answers: NDQ_002103

answers: launch/entry pressure suit

answers: NDQ_002108

answers: Kennedy Space Center Visitor Complex

answers: NDQ_002111

answers: mock cockpit with controls and instruments.

answers: NDQ_002113

answers: Kennedy Space Center Visitor Complex

answers: NDQ_002114

answers: Kennedy Space Center Visitor Complex

answers: NDQ_002115

answers: Kennedy Space Center Visitor Complex

answers: NDQ_002116

answers: Kennedy Space Center Visitor Complex

answers: NDQ_002117

answers: shuttle astronauts,

answers: NDQ_002118

answers: Kennedy Space Center Visitor Complex

answers: NDQ_002119

answers: Kennedy Space Center Visitor Complex

answers: NDQ_002120

answers: Kennedy Space Center Visitor Complex

answers: NDQ_002121

answers: steel cabling.

answers: NDQ_002122

answers: two solid rocket boosters

answers: NDQ_002123

answers: Kennedy Space Center Visitor Complex

answers: NDQ_002124

answers: Explorer, was displayed at the Kennedy Space Center Visitor Complex

answers: NDQ_002125

answers: Kennedy Space Center Visitor Complex

answers: NDQ_002126

answers: ramps

answers: NDQ_002127

answers: pressure

answers: NDQ_002128

answers: Explorer,

answers: NDQ_002129

answers: Independence,

answers: NDQ_002130

answers: Kennedy Space Center

answers: NDQ_002131

answers: Explorer, was displayed at the Kennedy Space Center Visitor Complex

answers: NDQ_002132

answers: Independence,

answers: NDQ_002133

answers: Kennedy Space Center

answers: NDQ_002134

answers: steel cabling.

answers: NDQ_002135

answers: Independence,

answers: NDQ_002136

answers: steel cabling.

answers: NDQ_002137

answers: steel cabling.

answers: NDQ_002138

answers: Explorer,

answers: NDQ_002139

answers: Independence,

text: Until the rise of space travel in the twentieth century, there was little distinction between orbital and celestial mechanics. At the time of Sputnik, the field was termed 'space dynamics'. The fundamental techniques, such as those used to solve the Keplerian problem (determining position as a function of time), are therefore the same in both fields. Furthermore, the history of the fields is almost entirely shared.

text: Until the rise of

text: space travel

text: in the twentieth century, there was little distinction between orbital and celestial mechanics. At the time of

text: Sputnik

text: , the field was termed 'space dynamics'. The fundamental techniques, such as those used to solve the

text: Keplerian problem

text: (determining position as a function of time), are therefore the same in both fields. Furthermore, the history of the fields is almost entirely shared.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: determined position as a function of time

answers: NDQ_002099

answers: can travel in space

answers: NDQ_002100

answers: unanswerable

answers: NDQ_002103

answers: Sputnik

answers: NDQ_002108

answers: yes

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: Sputnik

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: orbital

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Sputnik

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: what is the first field mentioned?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbital

answers: NDQ_002127

answers: gravity

answers: NDQ_002128

answers: orbital

answers: NDQ_002129

answers: Keplerian problem

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Keplerian problem

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: twentieth century

answers: NDQ_002134

answers: determining position as a function of time

answers: NDQ_002135

answers: Sputnik

answers: NDQ_002136

answers: Keplerian problem

answers: NDQ_002137

answers: Keplerian problem

answers: NDQ_002138

answers: Keplerian problem

answers: NDQ_002139

answers: Sputnik

answers: NDQ_002095

answers: space travel

answers: NDQ_002097

answers: (determining position as a function of time),

answers: NDQ_002099

answers: (determining position as a function of time),

answers: NDQ_002100

answers: Until the rise of space travel in the twentieth century,

answers: NDQ_002103

answers: Sputnik,

answers: NDQ_002108

answers: Sputnik,

answers: NDQ_002111

answers: Until the rise of space travel in the twentieth century,

answers: NDQ_002113

answers: Until the rise of space travel in the twentieth century,

answers: NDQ_002114

answers: Until the rise of space travel in the twentieth century,

answers: NDQ_002115

answers: Sputnik,

answers: NDQ_002116

answers: orbital and celestial mechanics.

answers: NDQ_002117

answers: orbital and celestial mechanics.

answers: NDQ_002118

answers: Until the rise of space travel

answers: NDQ_002119

answers: Sputnik,

answers: NDQ_002120

answers: Until the rise of space travel in the twentieth century,

answers: NDQ_002121

answers: orbital and celestial mechanics.

answers: NDQ_002122

answers: orbital and celestial mechanics.

answers: NDQ_002123

answers: orbital and celestial mechanics.

answers: NDQ_002124

answers: Until the rise of space travel in the twentieth century,

answers: NDQ_002125

answers: Until the rise of space travel in the twentieth century,

answers: NDQ_002126

answers: orbital

answers: NDQ_002127

answers: orbital and celestial mechanics.

answers: NDQ_002128

answers: orbital

answers: NDQ_002129

answers: Sputnik,

answers: NDQ_002130

answers: Sputnik,

answers: NDQ_002131

answers: space travel

answers: NDQ_002132

answers: orbital and celestial mechanics.

answers: NDQ_002133

answers: twentieth century,

answers: NDQ_002134

answers: (determining position as a function of time),

answers: NDQ_002135

answers: Sputnik,

answers: NDQ_002136

answers: space travel

answers: NDQ_002137

answers: Keplerian problem

answers: NDQ_002138

answers: Keplerian problem

answers: NDQ_002139

answers: Sputnik,

text: On March 6, 2015, the Dawn spacecraft began to orbit Ceres, becoming the first spacecraft to orbit a dwarf planet. On 14 July 2015, the New Horizons space probe flew by Pluto and its five moons. Dawn has also explored the former dwarf planet, Vesta. Phoebe has been explored by Cassini (most recently) and Voyager 2, which also explored Triton. These three are thought to be former dwarf planets and therefore their exploration helps in the study of the evolution of dwarf planets.

text: On March 6, 2015, the

text: Dawn

text: spacecraft began to orbit

text: Ceres

text: , becoming the first spacecraft to orbit a dwarf planet. On 14 July 2015, the

text: New Horizons

text: space probe flew by

text: Pluto

text: and its five moons. Dawn has also explored the former dwarf planet, Vesta. Phoebe has been explored by Cassini (most recently) and Voyager 2, which also explored

text: Triton

text: . These three are thought to be former dwarf planets and therefore their exploration helps in the study of the evolution of dwarf planets.

answers: NDQ_002095

answers: unanswerable

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: March 6, 2015

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How did the Dawn spacecraft orbit Ceres?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices are true

answers: NDQ_002119

answers: Neil Armstrong walked

answers: NDQ_002120

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

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: Which happened first, Dawn spacecraft began to orbit Ceres or Dawn spacecraft began to orbit a dwarf planet?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: dwarf planet

answers: NDQ_002129

answers: Ceres

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: Dawn

answers: NDQ_002133

answers: unanswerable

answers: NDQ_002134

answers: Pluto and its moons orbit a dwarf planet.

answers: NDQ_002135

answers: Dawn spacecraft

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: Pluto

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: orbit a dwarf planet.

answers: NDQ_002097

answers: On March 6, 2015, the Dawn spacecraft began to orbit Ceres,

answers: NDQ_002099

answers: Dawn spacecraft began to orbit Ceres,

answers: NDQ_002100

answers: 2015,

answers: NDQ_002103

answers: 2015,

answers: NDQ_002108

answers: 2015,

answers: NDQ_002111

answers: Dawn spacecraft began to orbit Ceres,

answers: NDQ_002113

answers: Dawn spacecraft began to orbit Ceres,

answers: NDQ_002114

answers: 2015,

answers: NDQ_002115

answers: Dawn spacecraft began to orbit Ceres,

answers: NDQ_002116

answers: moons.

answers: NDQ_002117

answers: spacecraft

answers: NDQ_002118

answers: Dawn spacecraft began to orbit Ceres,

answers: NDQ_002119

answers: 2015,

answers: NDQ_002120

answers: On March 6, 2015, the Dawn spacecraft began to orbit Ceres,

answers: NDQ_002121

answers: Dawn spacecraft began to orbit Ceres,

answers: NDQ_002122

answers: Dawn spacecraft began to orbit Ceres,

answers: NDQ_002123

answers: Dawn spacecraft began to orbit Ceres,

answers: NDQ_002124

answers: 2015, the Dawn spacecraft began to orbit Ceres,

answers: NDQ_002125

answers: Dawn spacecraft began to orbit Ceres,

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: spacecraft to orbit a dwarf planet.

answers: NDQ_002128

answers: spacecraft

answers: NDQ_002129

answers: Dawn spacecraft began to orbit Ceres,

answers: NDQ_002130

answers: 2015,

answers: NDQ_002131

answers: Dawn spacecraft

answers: NDQ_002132

answers: Dawn spacecraft

answers: NDQ_002133

answers: 2015,

answers: NDQ_002134

answers: evolution of dwarf planets.

answers: NDQ_002135

answers: 2015,

answers: NDQ_002136

answers: spacecraft

answers: NDQ_002137

answers: five moons.

answers: NDQ_002138

answers: dwarf planet.

answers: NDQ_002139

answers: 2015, the Dawn spacecraft began to orbit Ceres,

text: Space exploration has often been used as a proxy competition for geopolitical rivalries such as the Cold War. The early era of space exploration was driven by a "Space Race" between the Soviet Union and the United States. The launch of the first human-made object to orbit Earth, the Soviet Union's Sputnik 1, on 4 October 1957, and the first Moon landing by the American Apollo 11 mission on 20 July 1969 are often taken as landmarks for this initial period. The Soviet space program achieved many of the first milestones, including the first living being in orbit in 1957, the first human spaceflight (Yuri Gagarin aboard Vostok 1) in 1961, the first spacewalk (by Aleksei Leonov) on 18 March 1965, the first automatic landing on another celestial body in 1966, and the launch of the first space station (Salyut 1) in 1971.

text: Space exploration has often been used as a proxy competition for geopolitical rivalries such as the

text: Cold War

text: . The early era of space exploration was driven by a "

text: Space Race

text: " between the

text: Soviet Union

text: and the

text: United States

text: . The launch of the first human-made object to orbit

text: Earth

text: , the Soviet Union's

text: Sputnik 1

text: , on 4 October 1957, and the first

text: Moon landing

text: by the American

text: Apollo 11

text: mission on 20 July 1969 are often taken as landmarks for this initial period. The

text: Soviet space program

text: achieved many of the first milestones, including the first living being in orbit in 1957, the first

text: human spaceflight

text: Yuri Gagarin

text: aboard

text: Vostok 1

text: ) in 1961, the first

text: spacewalk

text: (by

text: Aleksei Leonov

text: ) on 18 March 1965, the

text: first automatic landing

text: on another celestial body in 1966, and the launch of the first

text: space station

text: Salyut 1

text: ) in 1971.

answers: NDQ_002095

answers: no

answers: NDQ_002097

answers: the first automatic landing

answers: NDQ_002099

answers: orbit Earth

answers: NDQ_002100

answers: Soviet Union and the United States

answers: NDQ_002103

answers: 4 October 1957

answers: NDQ_002108

answers: yes

answers: NDQ_002111

answers: How many years after the launch of the first human-made object to orbit Earth, the Soviet Union's Sputnik 1, did the American Apollo 11 mission?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: how many satellites are in orbit around earth

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Which satellites make detailed images of continents and coasts

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: Which happened first, the launch of the first human-made object to orbit Earth, or the first Moon landing by the American Apollo 11 mission?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Earth

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: Salyut 1

answers: NDQ_002130

answers: Apollo 11

answers: NDQ_002131

answers: Sputnik 1

answers: NDQ_002132

answers: Salyut 1

answers: NDQ_002133

answers: 1957

answers: NDQ_002134

answers: gravitational force is equal to the force of gravity

answers: NDQ_002135

answers: Space Race

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: Sputnik 1

answers: NDQ_002139

answers: unanswerable

answers: NDQ_002095

answers: orbit Earth,

answers: NDQ_002097

answers: automatic landing on another celestial body

answers: NDQ_002099

answers: automatic landing on another celestial body

answers: NDQ_002100

answers: Soviet Union and the United States.

answers: NDQ_002103

answers: Sputnik 1,

answers: NDQ_002108

answers: 1957,

answers: NDQ_002111

answers: automatic landing on another celestial body

answers: NDQ_002113

answers: Sputnik 1,

answers: NDQ_002114

answers: American Apollo 11

answers: NDQ_002115

answers: Apollo 11 mission

answers: NDQ_002116

answers: Earth,

answers: NDQ_002117

answers: human-made object to orbit Earth,

answers: NDQ_002118

answers: Sputnik 1,

answers: NDQ_002119

answers: the first spacewalk

answers: NDQ_002120

answers: Sputnik 1,

answers: NDQ_002121

answers: Sputnik 1,

answers: NDQ_002122

answers: Sputnik 1,

answers: NDQ_002123

answers: Sputnik 1,

answers: NDQ_002124

answers: Apollo 11

answers: NDQ_002125

answers: Apollo 11

answers: NDQ_002126

answers: orbit Earth,

answers: NDQ_002127

answers: automatic landing on another celestial body

answers: NDQ_002128

answers: Earth,

answers: NDQ_002129

answers: Sputnik 1,

answers: NDQ_002130

answers: Apollo 11

answers: NDQ_002131

answers: Sputnik 1,

answers: NDQ_002132

answers: space station (Salyut 1)

answers: NDQ_002133

answers: 4 October 1957,

answers: NDQ_002134

answers: automatic landing on another celestial body

answers: NDQ_002135

answers: Sputnik 1,

answers: NDQ_002136

answers: "Space Race"

answers: NDQ_002137

answers: Earth,

answers: NDQ_002138

answers: Sputnik 1,

answers: NDQ_002139

answers: Apollo 11

text: They Explored the Moon was a one-off comic of four pages, released in 1969 to commemorate the second landing on the moon by Apollo 12. It was initially published in black and white in the Paris Match magazine (No. 1073, 29 Novembre 1969, pp. 30–33) five days after the return of the crew to earth, and was later released as part of a hardback book. On the front cover is an image of Tintin and his friends welcoming the Apollo 11 crew (or, more specifically, Neil Armstrong) onto the moon, as a joke that Tintin reached the moon years before in the book Explorers on the Moon.

text: They Explored the Moon was a one-off comic of four pages, released in 1969 to commemorate the second landing on the moon by

text: Apollo 12

text: . It was initially published in black and white in the

text: Paris Match

text: magazine (No. 1073, 29 Novembre 1969, pp. 30–33) five days after the return of the crew to earth, and was later released as part of a hardback book. On the front cover is an image of

text: Tintin

text: and his friends welcoming the

text: Apollo 11

text: crew (or, more specifically,

text: Neil Armstrong

text: ) onto the moon, as a joke that Tintin reached the moon years before in the book

text: Explorers on the Moon

answers: NDQ_002095

answers: return to earth

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: returns to Earth

answers: NDQ_002100

answers: France

answers: NDQ_002103

answers: on the moon

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: Why did Tintin and his friends welcome the Apollo 11 crew?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: The United States

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: the moon

answers: NDQ_002120

answers: What did Tintin and his friends welcome to the moon?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: How many years after the landing on the moon by Apollo 12 was the comic released?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: Earth

answers: NDQ_002127

answers: Earth

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: the moon

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: NDQ_002132

answers: Apollo 12

answers: NDQ_002133

answers: 1960s

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: Apollo 11

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: What is a satellite in a low orbit?

answers: NDQ_002139

answers: Neil Armstrong

answers: NDQ_002095

answers: moon

answers: NDQ_002097

answers: 30–33)

answers: NDQ_002099

answers: landing on the moon by Apollo 12.

answers: NDQ_002100

answers: Paris

answers: NDQ_002103

answers: landing on the moon by Apollo 12.

answers: NDQ_002108

answers: 1969 to commemorate the second landing on the moon by Apollo 12.

answers: NDQ_002111

answers: 12.

answers: NDQ_002113

answers: Apollo 12.

answers: NDQ_002114

answers: Apollo 12.

answers: NDQ_002115

answers: Apollo 12.

answers: NDQ_002116

answers: earth,

answers: NDQ_002117

answers: Apollo 12.

answers: NDQ_002118

answers: 12.

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: 12.

answers: NDQ_002121

answers: 12.

answers: NDQ_002122

answers: 12.

answers: NDQ_002123

answers: 12.

answers: NDQ_002124

answers: Neil Armstrong)

answers: NDQ_002125

answers: Apollo 12.

answers: NDQ_002126

answers: landing on the moon by Apollo 12.

answers: NDQ_002127

answers: 12.

answers: NDQ_002128

answers: earth,

answers: NDQ_002129

answers: moon by Apollo 12.

answers: NDQ_002130

answers: Apollo 12.

answers: NDQ_002131

answers: Apollo 12.

answers: NDQ_002132

answers: Apollo 12.

answers: NDQ_002133

answers: Apollo 11

answers: NDQ_002134

answers: second landing on the moon by Apollo 12.

answers: NDQ_002135

answers: Apollo 12.

answers: NDQ_002136

answers: earth,

answers: NDQ_002137

answers: earth,

answers: NDQ_002138

answers: 12.

answers: NDQ_002139

answers: Neil Armstrong)

text: The non-rotating skyhook is not the same as a surface to geostationary orbit space elevator. The non-rotating skyhook is a much shorter version that would not touch the surface of the Earth and would be much lighter in mass. It would work by hanging a cable from a relatively low altitude orbit to just above the Earth's atmosphere. Since the lower end of the cable would be moving at less than orbital velocity for its altitude, a launch vehicle flying to the bottom of the skyhook would  be able to carry a larger payload while being assisted into orbit by the device. This type of skyhook would start out as short as 200 km and grow to over 4,000 km in length using a bootstrap method that would take advantage of the reduction in launch costs that come with increases in tether length.  With a long enough cable, single-stage to skyhook flight with a reusable launch vehicle would become possible.

text: The non-rotating skyhook is not the same as a surface to geostationary orbit

text: space elevator

text: . The non-rotating skyhook is a much shorter version that would not touch the surface of the Earth and would be much lighter in mass. It would work by hanging a cable from a relatively low altitude orbit to just above the Earth's atmosphere. Since the lower end of the cable would be moving at less than

text: orbital velocity

text: for its altitude, a launch vehicle flying to the bottom of the skyhook would  be able to carry a larger payload while being assisted into orbit by the device. This type of skyhook would start out as short as 200 km and grow to over 4,000 km in length using a bootstrap method that would take advantage of the reduction in launch costs that come with increases in tether length.  With a long enough cable, single-stage to skyhook flight with a reusable launch vehicle would become possible.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: orbital velocity

answers: NDQ_002099

answers: can carry more payload

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: How would a launch vehicle flying to the bottom of the skyhook be assisted into orbit by the device?

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: How did the non-rotating skyhook work?

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: How would the non-rotating skyhook work?

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: The non-rotating skyhook is not the same as a surface to geostationary orbit space elevator

answers: NDQ_002121

answers: It would work by hanging a cable from a relatively low altitude orbit

answers: NDQ_002122

answers: How would the non-rotating skyhook work?

answers: NDQ_002123

answers: Which of the following is not a type of skyhook: surface to geostationary orbit space elevator or imaging satellites?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: assist into orbit by the device

answers: NDQ_002128

answers: a satellite

answers: NDQ_002129

answers: 4,000 km in length

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: The non-rotating skyhook is not the same as a surface to geostationary orbit space elevator

answers: NDQ_002132

answers: non-rotating skyhook

answers: NDQ_002133

answers: unanswerable

answers: NDQ_002134

answers: The lower end of the cable would be moving at less than orbital velocity

answers: NDQ_002135

answers: unanswerable

answers: NDQ_002136

answers: orbital velocity

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: can be assisted into orbit by the device

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: surface to geostationary orbit space elevator.

answers: NDQ_002097

answers: orbital velocity

answers: NDQ_002099

answers: larger payload

answers: NDQ_002100

answers: The non-rotating skyhook

answers: NDQ_002103

answers: flying to the bottom of the skyhook

answers: NDQ_002108

answers: The non-rotating skyhook

answers: NDQ_002111

answers: orbital velocity

answers: NDQ_002113

answers: The non-rotating skyhook

answers: NDQ_002114

answers: The non-rotating skyhook

answers: NDQ_002115

answers: The non-rotating skyhook

answers: NDQ_002116

answers: orbit

answers: NDQ_002117

answers: launch vehicle

answers: NDQ_002118

answers: surface to geostationary orbit space elevator.

answers: NDQ_002119

answers: The non-rotating skyhook

answers: NDQ_002120

answers: The non-rotating skyhook

answers: NDQ_002121

answers: orbital velocity

answers: NDQ_002122

answers: orbital velocity

answers: NDQ_002123

answers: surface to geostationary orbit

answers: NDQ_002124

answers: The non-rotating skyhook

answers: NDQ_002125

answers: Earth

answers: NDQ_002126

answers: orbital velocity

answers: NDQ_002127

answers: orbital velocity

answers: NDQ_002128

answers: surface to geostationary orbit space elevator.

answers: NDQ_002129

answers: 4,000 km

answers: NDQ_002130

answers: surface to geostationary orbit space elevator.

answers: NDQ_002131

answers: launch vehicle

answers: NDQ_002132

answers: non-rotating skyhook

answers: NDQ_002133

answers: surface to geostationary orbit space elevator.

answers: NDQ_002134

answers: orbital velocity

answers: NDQ_002135

answers: The non-rotating skyhook

answers: NDQ_002136

answers: orbital velocity

answers: NDQ_002137

answers: cable

answers: NDQ_002138

answers: low altitude

answers: NDQ_002139

answers: The non-rotating skyhook

text: His most important work, published in 1903, was Exploration of Outer Space by Means of Rocket Devices (). Tsiolkovsky calculated, using the Tsiolkovsky equation, that the horizontal speed required for a minimal orbit around the Earth is 8,000 m/s (5 miles per second) and that this could be achieved by means of a multistage rocket fueled by liquid oxygen and liquid hydrogen. In the article "Exploration of Outer Space by Means of Rocket Devices", it was proved for the first time that a rocket could perform space flight. In this article and its subsequent sequels (1911 and 1914), he developed some ideas of missiles and considered the use of liquid rocket engines.

text: His most important work, published in 1903, was Exploration of Outer Space by Means of Rocket Devices (). Tsiolkovsky calculated, using the

text: Tsiolkovsky equation

text: , that the horizontal speed required for a minimal

text: orbit

text: around the Earth is 8,000 m/s (5 miles per second) and that this could be achieved by means of a

text: multistage rocket

text: fueled by

text: liquid oxygen

text: and

text: liquid hydrogen

text: . In the article "Exploration of Outer Space by Means of Rocket Devices", it was proved for the first time that a rocket could perform space flight. In this article and its subsequent sequels (1911 and 1914), he developed some ideas of missiles and considered the use of liquid rocket engines.

answers: NDQ_002095

answers: orbit the Earth

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can perform space flight

answers: NDQ_002100

answers: Russia

answers: NDQ_002103

answers: performed space flight

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: No

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: orbit around the Earth

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: Landsat satellites

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: How many miles per second is the horizontal speed required for a minimal orbit around the Earth

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: horizontal speed

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: Tsiolkovsky

answers: NDQ_002130

answers: United States Space Agency

answers: NDQ_002131

answers: Tsiolkovsky

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: unknown

answers: NDQ_002134

answers: horizontal speed required for a minimal orbit around the Earth

answers: NDQ_002135

answers: Exploration of Outer Space

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: GPS to locate the Earth.

answers: NDQ_002138

answers: is a satellite in a low orbit

answers: NDQ_002139

answers: Tsiolkovsky

answers: NDQ_002095

answers: space flight.

answers: NDQ_002097

answers: horizontal speed

answers: NDQ_002099

answers: fueled by liquid oxygen and liquid hydrogen.

answers: NDQ_002100

answers: 1903,

answers: NDQ_002103

answers: multistage rocket

answers: NDQ_002108

answers: 1903,

answers: NDQ_002111

answers: it was proved for the first time that a rocket could perform space flight.

answers: NDQ_002113

answers: Tsiolkovsky

answers: NDQ_002114

answers: Exploration of Outer Space by Means of Rocket Devices

answers: NDQ_002115

answers: it was proved for the first time that a rocket could perform space flight.

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: multistage rocket

answers: NDQ_002118

answers: 8,000 m/s

answers: NDQ_002119

answers: 1903,

answers: NDQ_002120

answers: 8,000 m/s

answers: NDQ_002121

answers: Tsiolkovsky equation,

answers: NDQ_002122

answers: 8,000 m/s

answers: NDQ_002123

answers: 8,000 m/s

answers: NDQ_002124

answers: Tsiolkovsky

answers: NDQ_002125

answers: Exploration of Outer Space by Means of Rocket Devices

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: liquid rocket engines.

answers: NDQ_002128

answers: orbit around the Earth

answers: NDQ_002129

answers: 8,000 m/s

answers: NDQ_002130

answers: Rocket Devices

answers: NDQ_002131

answers: missiles

answers: NDQ_002132

answers: Rocket Devices

answers: NDQ_002133

answers: 1903,

answers: NDQ_002134

answers: 8,000 m/s

answers: NDQ_002135

answers: "Exploration of Outer Space by Means of Rocket Devices",

answers: NDQ_002136

answers: horizontal speed

answers: NDQ_002137

answers: Tsiolkovsky equation,

answers: NDQ_002138

answers: 8,000 m/s

answers: NDQ_002139

answers: Tsiolkovsky

text: After completing the spaceship, Barbicane, Nicholl, and Sharpe board it and, amid much fanfare, take off. Once they are in outer space, the strongly religious Nicholl reveals that he has sabotaged the vessel, believing that Barbicane has flouted God's laws. When it is discovered that Virginia has stowed away, Nicholl cooperates with Barbicane in a desperate attempt to save her. Sharpe is knocked out, and he and Virginia are placed in the safest compartment of the ship. Barbicane and Nicholl then fire rockets that send the young couple on their way back to Earth, while the two scientists land on the Moon in another section, with no way off. They are able to signal to the young couple that they have reached the Moon safely.

text: After completing the spaceship, Barbicane, Nicholl, and Sharpe board it and, amid much fanfare, take off. Once they are in outer space, the strongly religious Nicholl reveals that he has sabotaged the vessel, believing that Barbicane has flouted God's laws. When it is discovered that Virginia has stowed away, Nicholl cooperates with Barbicane in a desperate attempt to save her. Sharpe is knocked out, and he and Virginia are placed in the safest compartment of the ship. Barbicane and Nicholl then fire rockets that send the young couple on their way back to Earth, while the two scientists land on the Moon in another section, with no way off. They are able to signal to the young couple that they have reached the Moon safely.

answers: NDQ_002095

answers: reach the Moon

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: after completing the spaceship

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: yes

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices.

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

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

answers: NDQ_002121

answers: None of the above choices.

answers: NDQ_002122

answers: What does Barbicane and Nicholl then fire?

answers: NDQ_002123

answers: Which of the following is not mentioned in the passage: Barbicane, Nicholl, and Sharpe

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: the force that pushes a rocket

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: the Moon

answers: NDQ_002130

answers: The United States

answers: NDQ_002131

answers: spaceship

answers: NDQ_002132

answers: unanswerable

answers: NDQ_002133

answers: Earth

answers: NDQ_002134

answers: gravitational force is inversely proportional to

answers: NDQ_002135

answers: Barbicane

answers: NDQ_002136

answers: God's laws

answers: NDQ_002137

answers: Earth's

answers: NDQ_002138

answers: is stowed away

answers: NDQ_002139

answers: Nicholl

answers: NDQ_002095

answers: the Moon

answers: NDQ_002097

answers: God's laws.

answers: NDQ_002099

answers: rockets that send the young couple on their way back to Earth,

answers: NDQ_002100

answers: Earth,

answers: NDQ_002103

answers: fire rockets

answers: NDQ_002108

answers: Moon

answers: NDQ_002111

answers: scientists land on the Moon

answers: NDQ_002113

answers: rockets

answers: NDQ_002114

answers: the two scientists land on the Moon

answers: NDQ_002115

answers: the two scientists land on the Moon

answers: NDQ_002116

answers: Earth,

answers: NDQ_002117

answers: Moon

answers: NDQ_002118

answers: Moon

answers: NDQ_002119

answers: Moon

answers: NDQ_002120

answers: Moon

answers: NDQ_002121

answers: outer space,

answers: NDQ_002122

answers: rockets

answers: NDQ_002123

answers: Moon

answers: NDQ_002124

answers: the two scientists land on the Moon

answers: NDQ_002125

answers: the Moon

answers: NDQ_002126

answers: Moon

answers: NDQ_002127

answers: fire rockets

answers: NDQ_002128

answers: Moon

answers: NDQ_002129

answers: Moon

answers: NDQ_002130

answers: spaceship,

answers: NDQ_002131

answers: Moon

answers: NDQ_002132

answers: Moon

answers: NDQ_002133

answers: Moon

answers: NDQ_002134

answers: Moon

answers: NDQ_002135

answers: Barbicane and Nicholl then fire rockets

answers: NDQ_002136

answers: God's laws.

answers: NDQ_002137

answers: Earth,

answers: NDQ_002138

answers: Earth,

answers: NDQ_002139

answers: Barbicane, Nicholl, and Sharpe

text: 2166 - Space exploration goes beyond Neptune into Pluto's orbit.

text: 2166 - Space exploration goes beyond Neptune into Pluto's orbit.

answers: NDQ_002095

answers: orbit Pluto

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: germany and russia

answers: NDQ_002103

answers: in space

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: What happened to rockets in 2166?

answers: NDQ_002113

answers: The invention of gunpowder allowed rockets to travel to space

answers: NDQ_002114

answers: NDQ_002115

answers: in 2166

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: before 2166

answers: NDQ_002118

answers: in 2166

answers: NDQ_002119

answers: in space

answers: NDQ_002120

answers: In the 21st century, satellites make detailed images of what?

answers: NDQ_002121

answers: It can't go backwards.

answers: NDQ_002122

answers: When a rocket is launched into space, it will travel at the speed of light.

answers: NDQ_002123

answers: What is the name of Pluto's moon?

answers: NDQ_002124

answers: who was the first astronaut to walk on the moon?

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: gravity

answers: NDQ_002128

answers: Pluto

answers: NDQ_002129

answers: in the solar system

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: can be driven

answers: NDQ_002132

answers: asteroid

answers: NDQ_002133

answers: 21st century

answers: NDQ_002134

answers: gravitational force is equal to the force of gravity

answers: NDQ_002135

answers: 2166

answers: NDQ_002136

answers: gravitational force

answers: NDQ_002137

answers: numeric coordinates

answers: NDQ_002138

answers: can be seen from Earth.

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: beyond Neptune into Pluto's orbit.

answers: NDQ_002097

answers: Pluto's orbit.

answers: NDQ_002099

answers: Space exploration

answers: NDQ_002100

answers: 2166

answers: NDQ_002103

answers: 2166

answers: NDQ_002108

answers: 2166

answers: NDQ_002111

answers: 2166

answers: NDQ_002113

answers: 2166

answers: NDQ_002114

answers: Space exploration goes beyond Neptune into Pluto's orbit.

answers: NDQ_002115

answers: 2166

answers: NDQ_002116

answers: Pluto's

answers: NDQ_002117

answers: Space exploration goes beyond Neptune into Pluto's orbit.

answers: NDQ_002118

answers: 2166

answers: NDQ_002119

answers: 2166

answers: NDQ_002120

answers: 2166

answers: NDQ_002121

answers: Space exploration goes beyond Neptune into Pluto's orbit.

answers: NDQ_002122

answers: Pluto's orbit.

answers: NDQ_002123

answers: 2166

answers: NDQ_002124

answers: 2166

answers: NDQ_002125

answers: Space exploration goes beyond Neptune into Pluto's orbit.

answers: NDQ_002126

answers: orbit.

answers: NDQ_002127

answers: Space exploration goes beyond Neptune into Pluto's orbit.

answers: NDQ_002128

answers: Pluto's

answers: NDQ_002129

answers: Pluto's orbit.

answers: NDQ_002130

answers: 2166

answers: NDQ_002131

answers: Space exploration goes beyond Neptune into Pluto's orbit.

answers: NDQ_002132

answers: Pluto's orbit.

answers: NDQ_002133

answers: 2166

answers: NDQ_002134

answers: Space exploration goes beyond Neptune into Pluto's orbit.

answers: NDQ_002135

answers: 2166

answers: NDQ_002136

answers: Space exploration

answers: NDQ_002137

answers: Neptune

answers: NDQ_002138

answers: Pluto's orbit.

answers: NDQ_002139

answers: Space exploration goes beyond Neptune

text: According to the surveys carried out by the Infrared Astronomical Satellite, IRAS, the Japanese Akari satellite, and the U.S. Wide-field Infrared Survey Explorer with its NEOWISE mission, the asteroid's surface has an albedo in the range of 0.07 to 0.14. Although the Collaborative Asteroid Lightcurve Link (CALL) derives a low albedo in accordance with the space-based surveys, CALL classifies the dark Themistian body as a stony S-type rather than a carbonaceous C-type asteroid.

text: According to the surveys carried out by the Infrared Astronomical Satellite,

text: IRAS

text: , the Japanese

text: Akari

text: satellite, and the U.S.

text: Wide-field Infrared Survey Explorer

text: with its

text: NEOWISE

text: mission, the asteroid's surface has an

text: albedo

text: in the range of 0.07 to 0.14. Although the Collaborative Asteroid Lightcurve Link (CALL) derives a low albedo in accordance with the space-based surveys, CALL classifies the dark Themistian body as a stony

text: S-type

text: rather than a carbonaceous

text: C-type

text: asteroid.

answers: NDQ_002095

answers: asteroid

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: U.S

answers: NDQ_002103

answers: spaced

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: Which of the following is not a type of asteroid: C-type or S-type?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: Lightcurve

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: Japanese Akari satellite

answers: NDQ_002130

answers: Wide-field Infrared Survey Explorer

answers: NDQ_002131

answers: NDQ_002132

answers: Akari satellite

answers: NDQ_002133

answers: unanswerable

answers: NDQ_002134

answers: albedo in the range of 0.07 to 0.14

answers: NDQ_002135

answers: IRAS

answers: NDQ_002136

answers: albedo

answers: NDQ_002137

answers: Infrared Astronomical

answers: NDQ_002138

answers: Infrared Astronomical Satellite

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: asteroid's

answers: NDQ_002097

answers: According to the surveys carried out by the Infrared Astronomical

answers: NDQ_002099

answers: Infrared Astronomical Satellite,

answers: NDQ_002100

answers: Japanese

answers: NDQ_002103

answers: Infrared Astronomical Satellite,

answers: NDQ_002108

answers: Infrared Astronomical Satellite,

answers: NDQ_002111

answers: Infrared Astronomical Satellite,

answers: NDQ_002113

answers: 0.07 to 0.14.

answers: NDQ_002114

answers: 0.07 to 0.14.

answers: NDQ_002115

answers: Infrared Astronomical Satellite,

answers: NDQ_002116

answers: satellite,

answers: NDQ_002117

answers: Infrared Astronomical Satellite,

answers: NDQ_002118

answers: 0.07 to 0.14.

answers: NDQ_002119

answers: Infrared Astronomical Satellite,

answers: NDQ_002120

answers: Infrared Astronomical Satellite,

answers: NDQ_002121

answers: asteroid's

answers: NDQ_002122

answers: 0.07 to 0.14.

answers: NDQ_002123

answers: Infrared Astronomical Satellite,

answers: NDQ_002124

answers: NEOWISE mission,

answers: NDQ_002125

answers: NEOWISE mission,

answers: NDQ_002126

answers: Lightcurve

answers: NDQ_002127

answers: Infrared Astronomical Satellite,

answers: NDQ_002128

answers: asteroid's

answers: NDQ_002129

answers: Japanese Akari satellite,

answers: NDQ_002130

answers: U.S. Wide-field Infrared Survey Explorer

answers: NDQ_002131

answers: Infrared Astronomical Satellite,

answers: NDQ_002132

answers: Infrared Astronomical Satellite,

answers: NDQ_002133

answers: Japanese Akari satellite,

answers: NDQ_002134

answers: 0.07 to 0.14.

answers: NDQ_002135

answers: NEOWISE mission,

answers: NDQ_002136

answers: space-based surveys,

answers: NDQ_002137

answers: Infrared Astronomical Satellite,

answers: NDQ_002138

answers: Japanese Akari satellite,

answers: NDQ_002139

answers: U.S. Wide-field Infrared Survey Explorer

text: Deep space exploration (also deep-space exploration) is the term used for the exploration of deep space, within or away from the Solar System. It is the branch of astronomy, astronautics and space technology that is involved with exploring the distant regions of outer space. Physical exploration of space is conducted both by human spaceflights (deep-space astronautics) and by robotic spacecraft.

text: Deep space exploration (also deep-space exploration) is the term used for the exploration of

text: deep space

text: , within or away from the

text: Solar System

text: . It is the branch of

text: astronomy

text: astronautics

text: and

text: space technology

text: that is involved with exploring the distant regions of outer space. Physical

text: exploration of space

text: is conducted both by

text: human spaceflight

text: s (deep-space astronautics) and by

text: robotic spacecraft

answers: NDQ_002095

answers: deep space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: Deep space exploration

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is the Solar System?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: deep-space exploration

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: What is the term used for the exploration of deep space?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: Which is not a type of spacecraft?

answers: NDQ_002124

answers: Alan Shepherd

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Spacecraft

answers: NDQ_002128

answers: Solar System

answers: NDQ_002129

answers: What is the largest artificial satellite?

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: spacecraft

answers: NDQ_002132

answers: robotic spacecraft

answers: NDQ_002133

answers: Solar System

answers: NDQ_002134

answers: Deep space exploration is the branch of astronomy that is involved with exploring the distant regions of outer space

answers: NDQ_002135

answers: Deep Space Exploration

answers: NDQ_002136

answers: Solar System

answers: NDQ_002137

answers: Deep Space Exploration

answers: NDQ_002138

answers: deep-space exploration

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: deep space, within or away from the Solar System.

answers: NDQ_002097

answers: within or away from the Solar System.

answers: NDQ_002099

answers: within or away from the Solar System.

answers: NDQ_002100

answers: within or away from the Solar System.

answers: NDQ_002103

answers: Deep space exploration

answers: NDQ_002108

answers: human spaceflights

answers: NDQ_002111

answers: Deep space exploration

answers: NDQ_002113

answers: robotic spacecraft.

answers: NDQ_002114

answers: human spaceflights

answers: NDQ_002115

answers: robotic spacecraft.

answers: NDQ_002116

answers: Deep space exploration

answers: NDQ_002117

answers: robotic spacecraft.

answers: NDQ_002118

answers: Deep space exploration

answers: NDQ_002119

answers: robotic spacecraft.

answers: NDQ_002120

answers: Deep space exploration

answers: NDQ_002121

answers: deep space, within or away from the Solar System.

answers: NDQ_002122

answers: robotic spacecraft.

answers: NDQ_002123

answers: robotic spacecraft.

answers: NDQ_002124

answers: Deep space exploration

answers: NDQ_002125

answers: robotic spacecraft.

answers: NDQ_002126

answers: Deep space exploration

answers: NDQ_002127

answers: robotic spacecraft.

answers: NDQ_002128

answers: Solar System.

answers: NDQ_002129

answers: robotic spacecraft.

answers: NDQ_002130

answers: astronomy, astronautics

answers: NDQ_002131

answers: robotic spacecraft.

answers: NDQ_002132

answers: robotic

answers: NDQ_002133

answers: Solar System.

answers: NDQ_002134

answers: deep space, within or away from the Solar System.

answers: NDQ_002135

answers: human spaceflights

answers: NDQ_002136

answers: Solar System.

answers: NDQ_002137

answers: Solar System.

answers: NDQ_002138

answers: Solar System.

answers: NDQ_002139

answers: astronautics

text: According to the surveys carried out by the Infrared Astronomical Satellite IRAS, the Japanese Akari satellite, and NASA's Wide-field Infrared Survey Explorer (WISE) with its subsequent NEOWISE mission, the asteroid's surface has an albedo between 0.095 and 0.106. While the Collaborative Asteroid Lightcurve Link agrees with the space-based IRAS and Akari surveys on a diameter of approximately 27 kilometers, the results from WISE and NEOWISE found a larger diameter of 31.5 to 32.7 kilometers, respectively.

text: According to the surveys carried out by the Infrared Astronomical Satellite

text: IRAS

text: , the Japanese

text: Akari

text: satellite, and NASA's

text: Wide-field Infrared Survey Explorer

text: (WISE) with its subsequent

text: NEOWISE

text: mission, the asteroid's surface has an

text: albedo

text: between 0.095 and 0.106. While the Collaborative Asteroid Lightcurve Link agrees with the space-based IRAS and Akari surveys on a diameter of approximately 27 kilometers, the results from WISE and NEOWISE found a larger diameter of 31.5 to 32.7 kilometers, respectively.

answers: NDQ_002095

answers: asteroid

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: Japanese

answers: NDQ_002103

answers: space-based

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: no

answers: NDQ_002121

answers: no

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: How are the surveys carried out?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: Lightcurve

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: IRAS

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: NDQ_002132

answers: IRAS

answers: NDQ_002133

answers: unanswerable

answers: NDQ_002134

answers: albedo is a measure of

answers: NDQ_002135

answers: IRAS

answers: NDQ_002136

answers: albedo

answers: NDQ_002137

answers: Infrared

answers: NDQ_002138

answers: IRAS

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: asteroid's

answers: NDQ_002097

answers: 0.106.

answers: NDQ_002099

answers: 0.106.

answers: NDQ_002100

answers: Japanese

answers: NDQ_002103

answers: NASA's Wide-field Infrared Survey Explorer

answers: NDQ_002108

answers: Infrared Astronomical Satellite

answers: NDQ_002111

answers: Infrared Astronomical Satellite IRAS,

answers: NDQ_002113

answers: 0.106.

answers: NDQ_002114

answers: 0.106.

answers: NDQ_002115

answers: Infrared Astronomical Satellite IRAS,

answers: NDQ_002116

answers: satellite,

answers: NDQ_002117

answers: satellite,

answers: NDQ_002118

answers: 0.106.

answers: NDQ_002119

answers: Infrared Astronomical Satellite

answers: NDQ_002120

answers: NASA's Wide-field Infrared Survey Explorer

answers: NDQ_002121

answers: 0.106.

answers: NDQ_002122

answers: NASA's Wide-field Infrared Survey Explorer

answers: NDQ_002123

answers: NASA's Wide-field Infrared Survey Explorer

answers: NDQ_002124

answers: NEOWISE mission,

answers: NDQ_002125

answers: NASA's Wide-field Infrared Survey Explorer

answers: NDQ_002126

answers: Lightcurve

answers: NDQ_002127

answers: Infrared Survey Explorer

answers: NDQ_002128

answers: asteroid's

answers: NDQ_002129

answers: Japanese Akari satellite,

answers: NDQ_002130

answers: NASA's

answers: NDQ_002131

answers: Infrared Astronomical Satellite

answers: NDQ_002132

answers: Wide-field Infrared Survey Explorer

answers: NDQ_002133

answers: Japanese Akari satellite,

answers: NDQ_002134

answers: 0.095 and 0.106.

answers: NDQ_002135

answers: NASA's Wide-field Infrared Survey Explorer

answers: NDQ_002136

answers: space-based

answers: NDQ_002137

answers: Infrared

answers: NDQ_002138

answers: Japanese Akari satellite,

answers: NDQ_002139

answers: NASA's

text: CSTS (Crew Space Transportation System) or ACTS (Advanced Crew Transportation System) is a human spaceflight system proposal.  It was originally a joint project between the European Space Agency (ESA) and the Russian Space Agency (FKA), but is now solely an ESA project.  It aims to design a spacecraft for low Earth orbit operations such as servicing the International Space Station but also capable of exploration of the Moon and beyond. This study was conceived as a basic strategic plan to keep a viable European human space program alive because NASA officials had announced that NASA's Vision for Space Exploration Orion spacecraft, subsequently cancelled, would be developed without participation of international partners.

text: CSTS (Crew Space Transportation System) or ACTS (Advanced Crew Transportation System) is a

text: human spaceflight

text: system proposal.  It was originally a joint project between the

text: European Space Agency (ESA)

text: and the

text: Russian Space Agency (FKA)

text: , but is now solely an ESA project.  It aims to design a spacecraft for

text: low Earth orbit

text: operations such as servicing the

text: International Space Station

text: but also capable of exploration of the Moon and beyond. This study was conceived as a basic strategic plan to keep a viable European human space program alive because NASA officials had announced that NASA's

text: Vision for Space Exploration

text: Orion spacecraft

text: , subsequently cancelled, would be developed without participation of international partners.

answers: NDQ_002095

answers: orbit Earth

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: Russian Space Agency

answers: NDQ_002103

answers: The International Space Station

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: It was originally a joint project

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: The United States

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices

answers: NDQ_002119

answers: Neil Armstrong walked

answers: NDQ_002120

answers: Landsat

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: Which of the following is not a type of orbit: low Earth orbit or orbit over Earth?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: International Space Station

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: NDQ_002132

answers: No

answers: NDQ_002133

answers: Russian Space Agency

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: CSTS

answers: NDQ_002136

answers: Earth

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: Earth

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Earth orbit

answers: NDQ_002097

answers: CSTS

answers: NDQ_002099

answers: low Earth orbit operations such as servicing the International Space Station

answers: NDQ_002100

answers: European Space Agency (ESA) and the Russian Space Agency

answers: NDQ_002103

answers: low Earth orbit operations such as servicing the International Space Station

answers: NDQ_002108

answers: Earth orbit operations such as servicing the International Space Station

answers: NDQ_002111

answers: CSTS

answers: NDQ_002113

answers: CSTS

answers: NDQ_002114

answers: CSTS

answers: NDQ_002115

answers: Moon

answers: NDQ_002116

answers: Earth orbit

answers: NDQ_002117

answers: Earth orbit

answers: NDQ_002118

answers: Earth orbit operations such as servicing the International Space Station

answers: NDQ_002119

answers: CSTS

answers: NDQ_002120

answers: CSTS

answers: NDQ_002121

answers: low Earth orbit

answers: NDQ_002122

answers: low Earth orbit operations such as servicing the International Space Station

answers: NDQ_002123

answers: low Earth orbit

answers: NDQ_002124

answers: CSTS

answers: NDQ_002125

answers: Moon

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Earth orbit operations such as servicing the International Space Station

answers: NDQ_002128

answers: Earth orbit

answers: NDQ_002129

answers: International Space Station but also capable of exploration of the Moon

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: CSTS

answers: NDQ_002132

answers: NASA's Vision for Space Exploration Orion

answers: NDQ_002133

answers: Russian Space Agency

answers: NDQ_002134

answers: low Earth orbit operations

answers: NDQ_002135

answers: International Space Station

answers: NDQ_002136

answers: cancelled, would be developed without participation of international partners.

answers: NDQ_002137

answers: Earth

answers: NDQ_002138

answers: servicing the International Space Station

answers: NDQ_002139

answers: NASA

text: Several of the missions involved extravehicular activity (EVA), "space walks" or "Moon walks" outside of the spacecraft. These were of three types: testing the lunar EVA suit in Earth orbit (Apollo 9), exploring the lunar surface, and retrieving film canisters from the Scientific Instrument Module stored in the Service Module.

text: Several of the missions involved

text: extravehicular activity

text: (EVA), "space walks" or "Moon walks" outside of the spacecraft. These were of three types: testing the lunar EVA suit in Earth orbit (

text: Apollo 9

text: ), exploring the lunar surface, and retrieving film canisters from the

text: Scientific Instrument Module

text: stored in the Service Module.

answers: NDQ_002095

answers: Earth orbit

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: United States and China

answers: NDQ_002103

answers: spacecraft

answers: NDQ_002108

answers: It's impossible to say

answers: NDQ_002111

answers: What is the last time rockets were developed before scientists knew how they worked?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: Apollo 9

answers: NDQ_002120

answers: Which of the following is not a type of mission: testing the lunar EVA suit in Earth orbit (Apollo 9), exploring the lunar surface (Apollo 9), retrieving film canisters from the Scientific Instrument Module stored in the Service Module?

answers: NDQ_002121

answers: The law of conservation of momentum.

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: Which of the following is not a type of mission: testing the lunar EVA suit in Earth orbit?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Earth

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: Apollo 9

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: space walk

answers: NDQ_002132

answers: EVA

answers: NDQ_002133

answers: spacecraft

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: Apollo 9

answers: NDQ_002136

answers: Earth

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Earth

answers: NDQ_002139

answers: Apollo 9

answers: NDQ_002095

answers: Earth orbit

answers: NDQ_002097

answers: Several of the missions involved extravehicular activity

answers: NDQ_002099

answers: Service Module.

answers: NDQ_002100

answers: Earth

answers: NDQ_002103

answers: Earth orbit

answers: NDQ_002108

answers: (Apollo 9),

answers: NDQ_002111

answers: Several of the missions involved extravehicular activity (EVA),

answers: NDQ_002113

answers: Several of the missions involved extravehicular activity (EVA),

answers: NDQ_002114

answers: "Moon walks" outside of the spacecraft.

answers: NDQ_002115

answers: (Apollo 9),

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: Several of the missions involved extravehicular activity (EVA),

answers: NDQ_002118

answers: Several

answers: NDQ_002119

answers: "space walks" or "Moon walks" outside of the spacecraft.

answers: NDQ_002120

answers: Several of the missions involved extravehicular activity (EVA),

answers: NDQ_002121

answers: Earth orbit

answers: NDQ_002122

answers: extravehicular activity

answers: NDQ_002123

answers: Earth orbit

answers: NDQ_002124

answers: (Apollo 9),

answers: NDQ_002125

answers: (Apollo 9),

answers: NDQ_002126

answers: "space walks"

answers: NDQ_002127

answers: spacecraft.

answers: NDQ_002128

answers: Earth orbit

answers: NDQ_002129

answers: (Apollo 9),

answers: NDQ_002130

answers: Several of the missions involved extravehicular activity

answers: NDQ_002131

answers: "space walks" or "Moon walks" outside of the spacecraft.

answers: NDQ_002132

answers: extravehicular activity (EVA),

answers: NDQ_002133

answers: (Apollo 9),

answers: NDQ_002134

answers: extravehicular activity

answers: NDQ_002135

answers: (Apollo 9),

answers: NDQ_002136

answers: Earth

answers: NDQ_002137

answers: "Moon walks" outside of the spacecraft.

answers: NDQ_002138

answers: Earth

answers: NDQ_002139

answers: (Apollo 9),

text: John McConnell was born on March 22, 1915 in Davis City, Iowa. He was the son of a traveling Pentecostal evangelist. His first interest in the Earth began in 1939 while partnering with Albert Nobell, a chemist, in the Nobell Research Laboratory in Los Angeles that built a factory for manufacture of plastic. Realizing how much the manufacture of plastic polluted the Earth, his concern for ecology grew, notably during this time when concern for the environment was rare. Afterward, he was a lifetime believer in care of the environment, founded on his Christian passion for peace and love. Leading into World War II, he believed that love and prayer could be more powerful than bombs. "On October 31, 1957, right after the first Sputnik, John McConnell wrote an editorial entitled, "Make Our Satellite A Symbol Of Hope", calling for peaceful cooperation in the exploration of Space with a visible "Star of Hope" Satellite." Because of this event he was recognized all around the United States. This led him to create a Star of Hope organization to foster International Cooperation in Space.

text: John McConnell was born on March 22, 1915 in

text: Davis City, Iowa

text: . He was the son of a traveling Pentecostal evangelist. His first interest in the Earth began in 1939 while partnering with Albert Nobell, a chemist, in the Nobell Research Laboratory in Los Angeles that built a factory for manufacture of

text: plastic

text: . Realizing how much the manufacture of plastic polluted the Earth, his concern for

text: ecology

text: grew, notably during this time when concern for the environment was rare. Afterward, he was a lifetime believer in care of the environment, founded on his Christian passion for peace and love. Leading into

text: World War II

text: , he believed that love and prayer could be more powerful than bombs. "On October 31, 1957, right after the first

text: Sputnik

text: , John McConnell wrote an editorial entitled, "Make Our Satellite A Symbol Of Hope", calling for peaceful cooperation in the exploration of

text: Space

text: with a visible "Star of Hope" Satellite." Because of this event he was recognized all around the United States. This led him to create a Star of Hope organization to foster International Cooperation in Space.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: Sputnik

answers: NDQ_002108

answers: Yes

answers: NDQ_002111

answers: What did John McConnell believe could be more powerful than bombs?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: What did McConnell call for?

answers: NDQ_002118

answers: How many years after John McConnell wrote an editorial entitled, "Make Our Satellite A Symbol Of Hope" was the first Sputnik?

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

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

answers: NDQ_002121

answers: Why did John McConnell believe that love and prayer could be more powerful than bombs?

answers: NDQ_002122

answers: Which of the following is not a law: Newton's Third Law of Motion?

answers: NDQ_002123

answers: Which happened first, the first Sputnik or John McConnell wrote an editorial?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: a

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Sputnik

answers: NDQ_002130

answers: Sputnik

answers: NDQ_002131

answers: Sputnik

answers: NDQ_002132

answers: Sputnik

answers: NDQ_002133

answers: World War II

answers: NDQ_002134

answers: gravitational force is equal to

answers: NDQ_002135

answers: World War II

answers: NDQ_002136

answers: love and prayer

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: What did McConnell believe could be more powerful than bombs?

answers: NDQ_002139

answers: John McConnell

answers: NDQ_002095

answers: Space

answers: NDQ_002097

answers: John McConnell was born on March 22, 1915

answers: NDQ_002099

answers: Space

answers: NDQ_002100

answers: United States.

answers: NDQ_002103

answers: Sputnik,

answers: NDQ_002108

answers: Sputnik,

answers: NDQ_002111

answers: Sputnik,

answers: NDQ_002113

answers: Sputnik,

answers: NDQ_002114

answers: Sputnik,

answers: NDQ_002115

answers: Sputnik,

answers: NDQ_002116

answers: Sputnik,

answers: NDQ_002117

answers: Sputnik,

answers: NDQ_002118

answers: first Sputnik,

answers: NDQ_002119

answers: 1957,

answers: NDQ_002120

answers: "Make Our Satellite A Symbol Of Hope",

answers: NDQ_002121

answers: Sputnik,

answers: NDQ_002122

answers: Sputnik,

answers: NDQ_002123

answers: visible "Star of Hope" Satellite."

answers: NDQ_002124

answers: John McConnell

answers: NDQ_002125

answers: Sputnik,

answers: NDQ_002126

answers: Earth

answers: NDQ_002127

answers: Sputnik,

answers: NDQ_002128

answers: Satellite

answers: NDQ_002129

answers: Sputnik,

answers: NDQ_002130

answers: International Cooperation in Space.

answers: NDQ_002131

answers: Sputnik,

answers: NDQ_002132

answers: Sputnik,

answers: NDQ_002133

answers: Sputnik,

answers: NDQ_002134

answers: love and prayer could be more powerful than bombs.

answers: NDQ_002135

answers: Sputnik,

answers: NDQ_002136

answers: peaceful cooperation

answers: NDQ_002137

answers: Satellite

answers: NDQ_002138

answers: visible "Star of Hope" Satellite."

answers: NDQ_002139

answers: John McConnell

text: To an observer on the earth, a satellite in a geostationary orbit appears motionless, in a fixed position in the sky.  This is because it revolves around the earth at the earth's own angular velocity (360 degrees every 24 hours, in an equatorial orbit).

text: To an observer on the earth, a satellite in a geostationary orbit appears motionless, in a fixed position in the sky.  This is because it revolves around the earth at the earth's own

text: angular velocity

text: (360 degrees every 24 hours, in an

text: equatorial orbit

answers: NDQ_002095

answers: orbit the sun

answers: NDQ_002097

answers: angular velocity

answers: NDQ_002099

answers: orbits the earth

answers: NDQ_002100

answers: unanswerable

answers: NDQ_002103

answers: before a satellite

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: None of the above choices.

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: It's impossible to say

answers: NDQ_002119

answers: space

answers: NDQ_002120

answers: None of the above choices.

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: None of the above choices.

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: angular

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: saturn

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: can be

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: 18th century

answers: NDQ_002134

answers: angular velocity is proportional to the mass of the object

answers: NDQ_002135

answers: the 1940s

answers: NDQ_002136

answers: Earth's own angular velocity

answers: NDQ_002137

answers: angular velocity

answers: NDQ_002138

answers: appears motionless

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: satellite in a geostationary orbit

answers: NDQ_002097

answers: angular velocity

answers: NDQ_002099

answers: motionless, in a fixed position in the sky.

answers: NDQ_002100

answers: earth,

answers: NDQ_002103

answers: satellite in a geostationary orbit

answers: NDQ_002108

answers: satellite

answers: NDQ_002111

answers: satellite in a geostationary orbit

answers: NDQ_002113

answers: To an observer on the earth,

answers: NDQ_002114

answers: To an observer on the earth,

answers: NDQ_002115

answers: satellite in a geostationary orbit

answers: NDQ_002116

answers: satellite in a geostationary orbit

answers: NDQ_002117

answers: geostationary orbit

answers: NDQ_002118

answers: a satellite in a geostationary orbit

answers: NDQ_002119

answers: satellite in a geostationary orbit

answers: NDQ_002120

answers: a satellite in a geostationary orbit appears motionless,

answers: NDQ_002121

answers: earth's own angular velocity

answers: NDQ_002122

answers: angular velocity

answers: NDQ_002123

answers: geostationary orbit

answers: NDQ_002124

answers: To an observer on the earth,

answers: NDQ_002125

answers: To an observer on the earth,

answers: NDQ_002126

answers: angular velocity

answers: NDQ_002127

answers: earth's own angular velocity

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: satellite in a geostationary orbit

answers: NDQ_002130

answers: satellite

answers: NDQ_002131

answers: satellite in a geostationary orbit appears motionless,

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: satellite

answers: NDQ_002134

answers: angular velocity

answers: NDQ_002135

answers: satellite in a geostationary orbit

answers: NDQ_002136

answers: revolves around the earth at the earth's own angular velocity

answers: NDQ_002137

answers: a satellite

answers: NDQ_002138

answers: geostationary orbit

answers: NDQ_002139

answers: satellite in a geostationary orbit

text: After his return, his parents left Earth to find new worlds to colonize on the exploratory spaceship 'The Starfarer', and were not seen again. According to one version of his story, Chris then vowed to go to Space Academy so he could journey to find them when he was older, and after graduating from Space Academy '99' was appended to his name because of his 99% rating at the Academy, and he later became the greatest space explorer of his day. Another version of Chris's story has him not returning to Earth, but traveling in space to find the last surviving aliens to continue his training with them, appending the KL to his name in honor of the alien race, the K'l, and the 99 in acknowledgement that there were only 98 of the aliens left alive when he was with them. Whatever the correct version, accompanied by Halk, a Martian scientist (once Chief Scientist of Mars), Jero, a Venusian, and a pet chameleon dog, Loopy, whose color changes according to his mood, he discovered many alien worlds (and a sub-atomic universe) in his spaceship 'The Pioneer'. In recognition of his work, he was given the authority to protect the people of the new worlds he discovered from danger as 'Commissioner for Protection of Planetary Peoples'.

text: After his return, his parents left Earth to find new worlds to colonize on the exploratory spaceship 'The Starfarer', and were not seen again. According to one version of his story, Chris then vowed to go to Space Academy so he could journey to find them when he was older, and after graduating from Space Academy '99' was appended to his name because of his 99% rating at the Academy, and he later became the greatest space explorer of his day. Another version of Chris's story has him not returning to Earth, but traveling in space to find the last surviving aliens to continue his training with them, appending the KL to his name in honor of the alien race, the K'l, and the 99 in acknowledgement that there were only 98 of the aliens left alive when he was with them. Whatever the correct version, accompanied by Halk, a

text: Martian

text: scientist (once Chief Scientist of Mars), Jero, a

text: Venus

text: ian, and a pet chameleon dog, Loopy, whose color changes according to his mood, he discovered many alien worlds (and a sub-atomic universe) in his spaceship 'The Pioneer'. In recognition of his work, he was given the authority to protect the people of the new worlds he discovered from danger as 'Commissioner for Protection of Planetary Peoples'.

answers: NDQ_002095

answers: return to Earth

answers: NDQ_002097

answers: law of conservation of energy

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: Earth

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: NDQ_002111

answers: unknown

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: unknown

answers: NDQ_002116

answers: unanswerable

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: Earth

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: Which is not a valid version of Chris's story?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: unanswerable

answers: NDQ_002127

answers: 99% rating

answers: NDQ_002128

answers: spaceship

answers: NDQ_002129

answers: Venusian

answers: NDQ_002130

answers: Space Academy

answers: NDQ_002131

answers: The Starfarer

answers: NDQ_002132

answers: The Starfarer

answers: NDQ_002133

answers: Earth

answers: NDQ_002134

answers: Chris's parents left Earth to find new worlds

answers: NDQ_002135

answers: Chris's story

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: '99'

answers: NDQ_002139

answers: Chris

answers: NDQ_002095

answers: spaceship

answers: NDQ_002097

answers: color changes according to his mood,

answers: NDQ_002099

answers: 99%

answers: NDQ_002100

answers: Venusian,

answers: NDQ_002103

answers: 99%

answers: NDQ_002108

answers: 99%

answers: NDQ_002111

answers: 99%

answers: NDQ_002113

answers: 99%

answers: NDQ_002114

answers: 99%

answers: NDQ_002115

answers: 99%

answers: NDQ_002116

answers: 99%

answers: NDQ_002117

answers: 99%

answers: NDQ_002118

answers: 99%

answers: NDQ_002119

answers: Chris then vowed to go to Space Academy

answers: NDQ_002120

answers: 99%

answers: NDQ_002121

answers: 99%

answers: NDQ_002122

answers: 99%

answers: NDQ_002123

answers: 99%

answers: NDQ_002124

answers: Chris

answers: NDQ_002125

answers: Martian scientist (once Chief Scientist of Mars),

answers: NDQ_002126

answers: 99%

answers: NDQ_002127

answers: 99%

answers: NDQ_002128

answers: sub-atomic universe)

answers: NDQ_002129

answers: 99%

answers: NDQ_002130

answers: Space Academy

answers: NDQ_002131

answers: spaceship

answers: NDQ_002132

answers: 'The Starfarer',

answers: NDQ_002133

answers: 99%

answers: NDQ_002134

answers: sub-atomic universe)

answers: NDQ_002135

answers: 'The Starfarer',

answers: NDQ_002136

answers: danger

answers: NDQ_002137

answers: 99%

answers: NDQ_002138

answers: sub-atomic universe)

answers: NDQ_002139

answers: Chris

text: Communication satellites are an important part of global networks. However, there are specific low Earth orbit (LEO) global satellite constellations, such as Iridium, Globalstar and Orbcomm, which are comprised by dozens of similar satellites which are put in orbit at regularly spaced positions and form a mesh network, sometimes sending and receiving information directly among themselves. Using VSAT technology, satellite internet access has become possible.

text: Communication satellite

text: s are an important part of global networks. However, there are specific

text: low Earth orbit

text: (LEO) global

text: satellite constellation

text: s, such as

text: Iridium

text: Globalstar

text: and

text: Orbcomm

text: , which are comprised by dozens of similar satellites which are put in orbit at regularly spaced positions and form a

text: mesh network

text: , sometimes sending and receiving information directly among themselves. Using

text: VSAT

text: technology,

text: satellite internet access

text: has become possible.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: orbits the Earth

answers: NDQ_002100

answers: unanswerable

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: Which satellite constellations are comprised by dozens of similar satellites?

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: Which of the following is not a type of communication satellite?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Earth

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Orbcomm

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: satellites

answers: NDQ_002133

answers: NDQ_002134

answers: gravitational force is inversely proportional to

answers: NDQ_002135

answers: Space Race

answers: NDQ_002136

answers: Earth

answers: NDQ_002137

answers: communication satellites

answers: NDQ_002138

answers: Earth

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Earth orbit

answers: NDQ_002097

answers: regularly spaced positions

answers: NDQ_002099

answers: sending and receiving information

answers: NDQ_002100

answers: Iridium, Globalstar and Orbcomm,

answers: NDQ_002103

answers: low Earth orbit

answers: NDQ_002108

answers: Earth orbit (LEO) global satellite constellations,

answers: NDQ_002111

answers: Communication satellites

answers: NDQ_002113

answers: Communication satellites

answers: NDQ_002114

answers: Communication satellites are an important part of global networks.

answers: NDQ_002115

answers: Communication satellites

answers: NDQ_002116

answers: Earth orbit

answers: NDQ_002117

answers: dozens of similar satellites which are put in orbit at regularly spaced positions

answers: NDQ_002118

answers: dozens

answers: NDQ_002119

answers: satellites

answers: NDQ_002120

answers: Communication satellites

answers: NDQ_002121

answers: Earth orbit

answers: NDQ_002122

answers: low Earth orbit

answers: NDQ_002123

answers: low Earth orbit

answers: NDQ_002124

answers: Communication satellites are an important part of global networks.

answers: NDQ_002125

answers: Earth orbit (LEO) global satellite constellations,

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Earth orbit

answers: NDQ_002128

answers: Earth orbit

answers: NDQ_002129

answers: Earth orbit

answers: NDQ_002130

answers: Communication satellites

answers: NDQ_002131

answers: Communication satellites

answers: NDQ_002132

answers: satellites

answers: NDQ_002133

answers: Communication satellites

answers: NDQ_002134

answers: dozens of similar satellites which are put in orbit at regularly spaced positions

answers: NDQ_002135

answers: Communication satellites

answers: NDQ_002136

answers: regularly spaced positions

answers: NDQ_002137

answers: Communication satellites

answers: NDQ_002138

answers: (LEO)

answers: NDQ_002139

answers: Communication satellites are an important part of global networks.

text: The forest was started in 1976 by the city of Atchison and the Ninety-Nines, an international organization of women pilots. Fay Gillis Wells is credited as founder and original co-chairman. The forest contains trees representing all 50 American states and the 35 countries where honorees reside. Each tree has its own flag, and many have unique associations, including trees from George Washington's Mount Vernon, the Bicentennial American Spruce, a tree from Amelia Earhart's grandfather's farm, a redbud from President Dwight D. Eisenhower's farm, and an American sycamore grown from a seed taken to the moon by Command Module pilot Stuart Roosa on Apollo 14. The moon tree is dedicated to seventeen American astronauts who lost their lives furthering space exploration.

text: The forest was started in 1976 by the city of Atchison and the

text: Ninety-Nines

text: , an international organization of women pilots.

text: Fay Gillis Wells

text: is credited as founder and original co-chairman. The forest contains trees representing all 50 American states and the 35 countries where honorees reside. Each tree has its own flag, and many have unique associations, including trees from

text: George Washington

text: 's

text: Mount Vernon

text: , the Bicentennial American

text: Spruce

text: , a tree from

text: Amelia Earhart

text: 's grandfather's farm, a redbud from President

text: Dwight D. Eisenhower

text: 's farm, and an

text: American sycamore

text: grown from a seed taken to the moon by

text: Command Module

text: pilot

text: Stuart Roosa

text: on

text: Apollo 14

text: . The

text: moon tree

text: is dedicated to seventeen American

text: astronaut

text: s who lost their lives furthering space exploration.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: law of gravitation

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: American

answers: NDQ_002103

answers: Atchison

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: The moon tree is dedicated to seventeen American astronauts

answers: NDQ_002113

answers: the moon tree

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: the moon

answers: NDQ_002120

answers: None of the above choices.

answers: NDQ_002121

answers: The moon tree is dedicated to seventeen American astronauts who lost their lives

answers: NDQ_002122

answers: Which of the following is not a law: Newton's Third Law of Motion?

answers: NDQ_002123

answers: What is the moon tree dedicated to?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: the moon

answers: NDQ_002129

answers: the moon

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: NDQ_002132

answers: Apollo 14

answers: NDQ_002133

answers: American

answers: NDQ_002134

answers: The moon tree is dedicated to seventeen American astronauts who lost their lives

answers: NDQ_002135

answers: Apollo 14

answers: NDQ_002136

answers: gravity

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: What is the moon tree dedicated to?

answers: NDQ_002139

answers: Stuart Roosa

answers: NDQ_002095

answers: moon

answers: NDQ_002097

answers: moon by Command Module pilot Stuart Roosa on Apollo 14.

answers: NDQ_002099

answers: space exploration.

answers: NDQ_002100

answers: American

answers: NDQ_002103

answers: moon by Command Module pilot Stuart Roosa on Apollo 14.

answers: NDQ_002108

answers: moon

answers: NDQ_002111

answers: 14.

answers: NDQ_002113

answers: Apollo 14.

answers: NDQ_002114

answers: Apollo 14.

answers: NDQ_002115

answers: Apollo 14.

answers: NDQ_002116

answers: moon

answers: NDQ_002117

answers: Command Module pilot Stuart Roosa on Apollo 14.

answers: NDQ_002118

answers: moon by Command Module pilot Stuart Roosa on Apollo 14.

answers: NDQ_002119

answers: 1976

answers: NDQ_002120

answers: 50 American states

answers: NDQ_002121

answers: moon by Command Module pilot Stuart Roosa on Apollo 14.

answers: NDQ_002122

answers: Apollo 14.

answers: NDQ_002123

answers: moon by Command Module pilot Stuart Roosa on Apollo 14.

answers: NDQ_002124

answers: Stuart Roosa on Apollo 14.

answers: NDQ_002125

answers: moon

answers: NDQ_002126

answers: Apollo 14.

answers: NDQ_002127

answers: Command Module pilot

answers: NDQ_002128

answers: moon by Command Module pilot Stuart Roosa on Apollo 14.

answers: NDQ_002129

answers: Apollo 14.

answers: NDQ_002130

answers: Ninety-Nines,

answers: NDQ_002131

answers: Apollo 14.

answers: NDQ_002132

answers: Apollo 14.

answers: NDQ_002133

answers: Apollo 14.

answers: NDQ_002134

answers: seventeen American astronauts who lost their lives furthering space exploration.

answers: NDQ_002135

answers: Apollo 14.

answers: NDQ_002136

answers: space exploration.

answers: NDQ_002137

answers: seed

answers: NDQ_002138

answers: 14.

answers: NDQ_002139

answers: Stuart Roosa on Apollo 14.

text: The S-type asteroid is a member of the Eos family, thought to have formed from a catastrophic collision of its parent body resulting in more than 4,000 known members of the family. It orbits the Sun at a distance of 2.8–3.3 AU once every 5 years and 3 months (1,919 days). Its orbit shows an eccentricity of 0.09 and is tilted by 10 degrees to the plane of the ecliptic. It has an albedo of 0.13–0.18, according to the space-based surveys carried out by the Infrared Astronomical Satellite, IRAS, and the Wide-field Infrared Survey Explorer missions.

text: The

text: S-type

text: asteroid is a member of the

text: Eos family

text: , thought to have formed from a catastrophic collision of its parent body resulting in more than 4,000 known members of the family. It orbits the Sun at a distance of 2.8–3.3

text: AU

text: once every 5 years and 3 months (1,919 days). Its orbit shows an

text: eccentricity

text: of 0.09 and is

text: tilted

text: by 10 degrees to the plane of the

text: ecliptic

text: . It has an

text: albedo

text: of 0.13–0.18, according to the space-based surveys carried out by the Infrared Astronomical Satellite,

text: IRAS

text: , and the

text: Wide-field Infrared Survey Explorer

text: missions.

answers: NDQ_002095

answers: orbit Earth

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can travel faster

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How many years ago was the S-type asteroid formed?

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Which satellites make detailed images of continents and coasts?

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: Which of the following is not a type of satellite: Infrared Astronomical Satellite, IRAS, and the Wide-field Infrared Survey Explorer missions?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: Infrared Astronomical Satellite

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: unanswerable

answers: NDQ_002133

answers: unanswerable

answers: NDQ_002134

answers: gravitational force is proportional to mass

answers: NDQ_002135

answers: IRAS missions

answers: NDQ_002136

answers: eccentricity

answers: NDQ_002137

answers: Infrared

answers: NDQ_002138

answers: IRAS

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Sun

answers: NDQ_002097

answers: eccentricity

answers: NDQ_002099

answers: eccentricity of 0.09

answers: NDQ_002100

answers: 4,000

answers: NDQ_002103

answers: 2.8–3.3 AU

answers: NDQ_002108

answers: Infrared Astronomical Satellite,

answers: NDQ_002111

answers: eccentricity of 0.09

answers: NDQ_002113

answers: 2.8–3.3

answers: NDQ_002114

answers: The S-type asteroid

answers: NDQ_002115

answers: 2.8–3.3

answers: NDQ_002116

answers: Satellite,

answers: NDQ_002117

answers: Satellite,

answers: NDQ_002118

answers: 4,000

answers: NDQ_002119

answers: Infrared Astronomical Satellite,

answers: NDQ_002120

answers: Infrared Astronomical Satellite,

answers: NDQ_002121

answers: catastrophic collision

answers: NDQ_002122

answers: eccentricity of 0.09

answers: NDQ_002123

answers: Infrared Astronomical Satellite,

answers: NDQ_002124

answers: The S-type asteroid

answers: NDQ_002125

answers: Infrared Astronomical Satellite,

answers: NDQ_002126

answers: eccentricity

answers: NDQ_002127

answers: collision of its parent body

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: Infrared Astronomical Satellite,

answers: NDQ_002130

answers: Infrared Astronomical Satellite,

answers: NDQ_002131

answers: The S-type asteroid

answers: NDQ_002132

answers: Infrared Astronomical Satellite,

answers: NDQ_002133

answers: 2.8–3.3 AU once every 5 years and 3 months

answers: NDQ_002134

answers: eccentricity of 0.09

answers: NDQ_002135

answers: The S-type asteroid

answers: NDQ_002136

answers: eccentricity

answers: NDQ_002137

answers: Infrared Astronomical Satellite,

answers: NDQ_002138

answers: Infrared Astronomical Satellite,

answers: NDQ_002139

answers: The S-type asteroid

text: No Man's Sky is a first-person, open world survival game that allows players to engage in four principal activities: exploration, survival, combat, and trading. Players take the role of a planetary explorer, called in game as the Traveller, in an uncharted universe. They start on a random planet near a crashed spacecraft at the edge of the galaxy, and are equipped with a survival exosuit with a jetpack, and a "multitool" that can be used to scan, mine and collect resources as well as to attack or defend oneself from creatures and hostile forces. The player can collect, repair, and refuel the craft, allowing them to travel about the planet, between other planets and space stations in the local solar system, engage in space combat with alien factions, or make hyperspace jumps to other star systems. While the game is open-ended, the player may follow the guidance of the entity known as the Atlas to head towards the center of the galaxy.

text: No Man's Sky is a

text: first-person

text: open world

text: survival game

text: that allows players to engage in four principal activities: exploration, survival, combat, and trading. Players take the role of a planetary explorer, called in game as the Traveller, in an uncharted universe. They start on a random planet near a crashed spacecraft at the edge of the galaxy, and are equipped with a survival exosuit with a jetpack, and a "multitool" that can be used to scan, mine and collect resources as well as to attack or defend oneself from creatures and hostile forces. The player can collect, repair, and refuel the craft, allowing them to travel about the planet, between other planets and space stations in the local solar system, engage in space combat with alien factions, or make

text: hyperspace

text: jumps to other star systems. While the game is open-ended, the player may follow the guidance of the entity known as the Atlas to head towards the center of the galaxy.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: force

answers: NDQ_002099

answers: can travel about the planet

answers: NDQ_002100

answers: unanswerable

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: unknown

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: space stations in the local solar system

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: What are placed in high orbits over Earth?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: hyperspace

answers: NDQ_002127

answers: jetpack

answers: NDQ_002128

answers: solar system

answers: NDQ_002129

answers: a crashed spacecraft

answers: NDQ_002130

answers: Atlas

answers: NDQ_002131

answers: hyperspace jumps

answers: NDQ_002132

answers: a crashed spacecraft

answers: NDQ_002133

answers: solar system

answers: NDQ_002134

answers: hyperspace jumps to other star systems

answers: NDQ_002135

answers: No Man's Sky

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: can be used to mine resources as well as to attack or defend oneself

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: hyperspace jumps to other star systems.

answers: NDQ_002097

answers: hyperspace jumps

answers: NDQ_002099

answers: repair, and refuel

answers: NDQ_002100

answers: alien

answers: NDQ_002103

answers: space stations

answers: NDQ_002108

answers: spacecraft

answers: NDQ_002111

answers: spacecraft

answers: NDQ_002113

answers: hyperspace jumps to other star systems.

answers: NDQ_002114

answers: No Man's Sky

answers: NDQ_002115

answers: hyperspace jumps to other star systems.

answers: NDQ_002116

answers: planets and space stations in the local solar system,

answers: NDQ_002117

answers: space stations

answers: NDQ_002118

answers: space stations

answers: NDQ_002119

answers: No Man's Sky

answers: NDQ_002120

answers: planets and space stations in the local solar system,

answers: NDQ_002121

answers: hyperspace jumps to other star systems.

answers: NDQ_002122

answers: hyperspace jumps to other star systems.

answers: NDQ_002123

answers: space stations in the local solar system,

answers: NDQ_002124

answers: No Man's Sky

answers: NDQ_002125

answers: crashed spacecraft

answers: NDQ_002126

answers: travel about the planet,

answers: NDQ_002127

answers: Atlas

answers: NDQ_002128

answers: solar system,

answers: NDQ_002129

answers: space stations

answers: NDQ_002130

answers: Atlas

answers: NDQ_002131

answers: spacecraft

answers: NDQ_002132

answers: crashed spacecraft

answers: NDQ_002133

answers: space stations in the local solar system,

answers: NDQ_002134

answers: hyperspace jumps to other star systems.

answers: NDQ_002135

answers: spacecraft

answers: NDQ_002136

answers: hyperspace

answers: NDQ_002137

answers: Atlas

answers: NDQ_002138

answers: space stations in the local solar system,

answers: NDQ_002139

answers: spacecraft

text: Various types of spaceplanes have been suggested since the early twentieth century. Notable early designs include Friedrich Zander's spaceplane equipped with wings made of combustible alloys that it would burn during its ascent, and Eugen Sänger's Silbervogel bomber design. Also in Nazi Germany and then in the USA, winged versions of the V-2 rocket were considered during and after World War II, and when public interest in space exploration was high in the 1950s and '60s, winged rocket designs by Wernher von Braun and Willy Ley served to inspire science fiction artists and filmmakers.

text: Various types of spaceplanes have been suggested since the early twentieth century. Notable early designs include

text: Friedrich Zander

text: 's spaceplane equipped with wings made of combustible alloys that it would burn during its ascent, and

text: Eugen Sänger

text: 's

text: Silbervogel

text: bomber

text: design. Also in

text: Nazi Germany

text: and then in the USA, winged versions of the

text: rocket were considered during and after

text: World War II

text: , and when public interest in space exploration was high in the 1950s and '60s, winged rocket designs by

text: Wernher von Braun

text: and

text: Willy Ley

text: served to inspire

text: science fiction

text: artists and filmmakers.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: Newton's Law of Gravity

answers: NDQ_002099

answers: ascent

answers: NDQ_002100

answers: the USA

answers: NDQ_002103

answers: ascent

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: What does Landsat satellites make detailed images of?

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: Which of the following is not a spaceplane: Friedrich Zander's spaceplane equipped with wings made of combustible alloys that it would burn during its ascent, and Eugen Sänger's Silbervogel bomber design?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: What is the largest artificial satellite?

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: spaceplane

answers: NDQ_002132

answers: spaceplane

answers: NDQ_002133

answers: unanswerable

answers: NDQ_002134

answers: winged rocket designs by Wernher von Braun and Willy Ley

answers: NDQ_002135

answers: World War II

answers: NDQ_002136

answers: spaceplanes

answers: NDQ_002137

answers: combustible alloy

answers: NDQ_002138

answers: would burn during its ascent

answers: NDQ_002139

answers: Willy Ley

answers: NDQ_002095

answers: ascent,

answers: NDQ_002097

answers: combustible alloys that it would burn during its ascent,

answers: NDQ_002099

answers: ascent,

answers: NDQ_002100

answers: Nazi Germany and then in the USA,

answers: NDQ_002103

answers: ascent,

answers: NDQ_002108

answers: early twentieth century.

answers: NDQ_002111

answers: wings made of combustible alloys

answers: NDQ_002113

answers: combustible alloys

answers: NDQ_002114

answers: USA,

answers: NDQ_002115

answers: wings made of combustible alloys

answers: NDQ_002116

answers: Various types of spaceplanes

answers: NDQ_002117

answers: Various types of spaceplanes

answers: NDQ_002118

answers: Various types of spaceplanes

answers: NDQ_002119

answers: 1950s and '60s,

answers: NDQ_002120

answers: wings made of combustible alloys

answers: NDQ_002121

answers: combustible alloys that it would burn during its ascent,

answers: NDQ_002122

answers: wings made of combustible alloys

answers: NDQ_002123

answers: winged rocket designs

answers: NDQ_002124

answers: Various types of spaceplanes have been suggested since the early twentieth century.

answers: NDQ_002125

answers: Various types of spaceplanes have been suggested since the early twentieth century.

answers: NDQ_002126

answers: wings

answers: NDQ_002127

answers: wings

answers: NDQ_002128

answers: spaceplanes

answers: NDQ_002129

answers: spaceplane equipped with wings made of combustible alloys

answers: NDQ_002130

answers: winged versions of the V-2 rocket

answers: NDQ_002131

answers: wings made of combustible alloys

answers: NDQ_002132

answers: spaceplanes

answers: NDQ_002133

answers: early twentieth century.

answers: NDQ_002134

answers: wings made of combustible alloys

answers: NDQ_002135

answers: World War II,

answers: NDQ_002136

answers: combustible alloys

answers: NDQ_002137

answers: wings made of combustible alloys

answers: NDQ_002138

answers: wings made of combustible alloys

answers: NDQ_002139

answers: Willy Ley

text: In February 1977, the  OV-101 test vehicle began glide tests. OV-101 was christened space shuttle Enterprise after a concerted letter-writing campaign by Star Trek fans. Like the shuttlecraft of Star Trek: The Original Series, the Space Shuttle orbiters were used interchangeably to carry crew, cargo or exploration payloads. In orbital missions from 1981 to 2011, the Space Shuttle became symbolic of humanity's reach into Space.

text: In February 1977, the  OV-101 test vehicle began glide tests. OV-101 was christened

text: space shuttle Enterprise

text: after a concerted letter-writing campaign by Star Trek fans. Like the shuttlecraft of Star Trek: The Original Series, the Space Shuttle orbiters were used interchangeably to carry crew, cargo or exploration payloads. In orbital missions from 1981 to 2011, the

text: Space Shuttle

text: became symbolic of humanity's reach into Space.

answers: NDQ_002095

answers: Space

answers: NDQ_002097

answers: glide

answers: NDQ_002099

answers: glides

answers: NDQ_002100

answers: Soviet Union

answers: NDQ_002103

answers: glide tests

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: How did the Space Shuttle become symbolic of humanity's reach into Space?

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: Which of the following is not a law: Newton's Third Law of Motion?

answers: NDQ_002123

answers: Which happened first, the OV-101 test vehicle began glide tests or the Space Shuttle became symbolic of humanity's reach into Space?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: glide

answers: NDQ_002127

answers: glide

answers: NDQ_002128

answers: space shuttle

answers: NDQ_002129

answers: 2011

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: glide tests

answers: NDQ_002132

answers: unanswerable

answers: NDQ_002133

answers: 1977

answers: NDQ_002134

answers: gravitational force is proportional to the mass of the object

answers: NDQ_002135

answers: Star Trek: The Original Series

answers: NDQ_002136

answers: Space Shuttle

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: OV-101

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: glide tests.

answers: NDQ_002097

answers: glide tests.

answers: NDQ_002099

answers: carry crew, cargo or exploration payloads.

answers: NDQ_002100

answers: humanity's

answers: NDQ_002103

answers: glide tests.

answers: NDQ_002108

answers: 1981 to 2011,

answers: NDQ_002111

answers: OV-101 test vehicle began glide tests.

answers: NDQ_002113

answers: In February 1977,

answers: NDQ_002114

answers: In February 1977,

answers: NDQ_002115

answers: OV-101 test vehicle began glide tests.

answers: NDQ_002116

answers: orbital missions

answers: NDQ_002117

answers: glide tests.

answers: NDQ_002118

answers: the Space Shuttle became symbolic of humanity's reach into Space.

answers: NDQ_002119

answers: 1977,

answers: NDQ_002120

answers: In February 1977,

answers: NDQ_002121

answers: glide tests.

answers: NDQ_002122

answers: glide tests.

answers: NDQ_002123

answers: orbital missions

answers: NDQ_002124

answers: 1977,

answers: NDQ_002125

answers: orbital missions from 1981 to 2011,

answers: NDQ_002126

answers: glide

answers: NDQ_002127

answers: glide

answers: NDQ_002128

answers: orbital

answers: NDQ_002129

answers: OV-101

answers: NDQ_002130

answers: Space Shuttle

answers: NDQ_002131

answers: glide tests.

answers: NDQ_002132

answers: cargo or exploration payloads.

answers: NDQ_002133

answers: 1977,

answers: NDQ_002134

answers: glide tests.

answers: NDQ_002135

answers: OV-101

answers: NDQ_002136

answers: humanity's reach into Space.

answers: NDQ_002137

answers: OV-101

answers: NDQ_002138

answers: OV-101

answers: NDQ_002139

answers: 2011,

text: While at NASA, Newell drafted the first national plan for unmanned exploration of the moon and planets, developed NASA's procedure for scientific experiment selection, and was responsible for NASA's university programs. His influence peaked in the 1963-1967 period, when his Office of Space Science and Applications (OSSA) operated effectively as a nearly independent space program, not only selecting experiments and contracting for satellites and space probes but also contracting for launch vehicles and acting as the "executive agent" for space launch for other U.S. and allied agencies. The first civil weather, communications, and earth resources satellites date from this period.

text: While at NASA, Newell drafted the first national plan for unmanned exploration of the moon and planets, developed NASA's procedure for scientific experiment selection, and was responsible for NASA's university programs. His influence peaked in the 1963-1967 period, when his Office of Space Science and Applications (OSSA) operated effectively as a nearly independent space program, not only selecting experiments and contracting for satellites and space probes but also contracting for launch vehicles and acting as the "executive agent" for space launch for other U.S. and allied agencies. The first civil weather, communications, and earth resources satellites date from this period.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch satellites

answers: NDQ_002100

answers: U.S.

answers: NDQ_002103

answers: space

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: How many satellites are in orbit around Earth

answers: NDQ_002119

answers: the moon

answers: NDQ_002120

answers: Which satellites make detailed images of continents and coasts

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: What are the first civil weather, communications, and earth resources satellites placed in?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: Earth resources

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Earth resources satellites

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unmanned

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 1963-1967 period

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: 1963-1967

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: earth resources

answers: NDQ_002139

answers: Newell

answers: NDQ_002095

answers: moon and planets,

answers: NDQ_002097

answers: weather,

answers: NDQ_002099

answers: launch vehicles and acting as the "executive agent" for space launch

answers: NDQ_002100

answers: U.S.

answers: NDQ_002103

answers: launch vehicles and acting as the "executive agent" for space launch

answers: NDQ_002108

answers: 1963-1967

answers: NDQ_002111

answers: 1963-1967

answers: NDQ_002113

answers: 1963-1967

answers: NDQ_002114

answers: 1963-1967

answers: NDQ_002115

answers: The first civil weather, communications, and earth resources satellites

answers: NDQ_002116

answers: earth resources satellites

answers: NDQ_002117

answers: launch vehicles

answers: NDQ_002118

answers: The first civil weather, communications, and earth resources satellites

answers: NDQ_002119

answers: 1963-1967

answers: NDQ_002120

answers: earth resources satellites

answers: NDQ_002121

answers: The first civil weather, communications, and earth resources satellites

answers: NDQ_002122

answers: launch vehicles

answers: NDQ_002123

answers: weather, communications, and earth resources satellites

answers: NDQ_002124

answers: Newell

answers: NDQ_002125

answers: 1963-1967

answers: NDQ_002126

answers: earth resources satellites

answers: NDQ_002127

answers: launch vehicles

answers: NDQ_002128

answers: satellites and space probes

answers: NDQ_002129

answers: earth resources satellites

answers: NDQ_002130

answers: NASA,

answers: NDQ_002131

answers: launch vehicles

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 1963-1967

answers: NDQ_002134

answers: The first civil weather, communications, and earth resources satellites

answers: NDQ_002135

answers: 1963-1967

answers: NDQ_002136

answers: launch vehicles

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: civil weather, communications, and earth resources satellites

answers: NDQ_002139

answers: Newell

text: Taking place in S.D 368 (A.D 2454), 2 years after Star Ocean: The Second Story and the defeat of the 10 Wise Men, all the characters have since moved on with their lives. Claude has taken Rena, Leon, and Precis to live on Earth with him. While constantly being sent on missions into space, Claude's relationship with Rena doesn't change much at all. Ashton, Celine, Dias, Noel, Chisato, and Bowman still live on Planet Expel. Ernest and Opera are treasure hunting when their ship crash lands on Planet Edifice. Opera manages to send out an S.O.S. to Precis, who then rounds up the entire gang (sans Claude and Rena, who are on a Federation mission) in her self-built ship and heads to the planet. They are also mysteriously pulled down through the planet's atmosphere and crash-land. They decide to explore their surroundings and search for their missing comrades, hoping that Claude and Rena will rescue them, but they too crash-land on Edifice later on in the game.

text: Taking place in S.D 368 (A.D 2454), 2 years after

text: Star Ocean: The Second Story

text: and the defeat of the 10 Wise Men, all the characters have since moved on with their lives. Claude has taken Rena, Leon, and Precis to live on Earth with him. While constantly being sent on missions into space, Claude's relationship with Rena doesn't change much at all. Ashton, Celine, Dias, Noel, Chisato, and Bowman still live on Planet Expel. Ernest and Opera are treasure hunting when their ship crash lands on Planet Edifice. Opera manages to send out an S.O.S. to Precis, who then rounds up the entire gang (sans Claude and Rena, who are on a Federation mission) in her self-built ship and heads to the planet. They are also mysteriously pulled down through the planet's atmosphere and crash-land. They decide to explore their surroundings and search for their missing comrades, hoping that Claude and Rena will rescue them, but they too crash-land on Edifice later on in the game.

answers: NDQ_002095

answers: Earth

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: Earth

answers: NDQ_002103

answers: How many years after Star Ocean: The Second Story does this take place?

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: What happened to the 10 Wise Men?

answers: NDQ_002113

answers: What allowed rockets to travel to space?

answers: NDQ_002114

answers: the U.S.

answers: NDQ_002115

answers: What was the first use of rockets in space?

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: What does Opera manage to send out to Precis?

answers: NDQ_002118

answers: How many are in orbit around Earth?

answers: NDQ_002119

answers: Earth

answers: NDQ_002120

answers: What is the name of the Federation mission?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What law helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: What are placed in high orbits over Earth?

answers: NDQ_002124

answers: Who was the first astronaut to walk on the Moon?

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: Claude

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: Edifice

answers: NDQ_002130

answers: Federation

answers: NDQ_002131

answers: Claude

answers: NDQ_002132

answers: self-built ship

answers: NDQ_002133

answers: 2454

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: Star Ocean: The Second Story

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: What does Opera manage to send out to Precis?

answers: NDQ_002139

answers: Bowman

answers: NDQ_002095

answers: space,

answers: NDQ_002097

answers: atmosphere

answers: NDQ_002099

answers: missions into space,

answers: NDQ_002100

answers: Federation

answers: NDQ_002103

answers: constantly being sent on missions into space,

answers: NDQ_002108

answers: (A.D 2454),

answers: NDQ_002111

answers: S.D 368

answers: NDQ_002113

answers: S.D 368

answers: NDQ_002114

answers: Earth

answers: NDQ_002115

answers: Planet Edifice.

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: self-built

answers: NDQ_002118

answers: constantly being sent on missions into space,

answers: NDQ_002119

answers: 2 years after Star Ocean: The Second Story

answers: NDQ_002120

answers: Earth

answers: NDQ_002121

answers: space,

answers: NDQ_002122

answers: constantly being sent on missions

answers: NDQ_002123

answers: constantly being sent on missions into space,

answers: NDQ_002124

answers: Earth

answers: NDQ_002125

answers: Planet Edifice.

answers: NDQ_002126

answers: atmosphere

answers: NDQ_002127

answers: atmosphere

answers: NDQ_002128

answers: Planet Expel.

answers: NDQ_002129

answers: Edifice.

answers: NDQ_002130

answers: Federation

answers: NDQ_002131

answers: ship

answers: NDQ_002132

answers: self-built ship

answers: NDQ_002133

answers: (A.D 2454),

answers: NDQ_002134

answers: pulled down through the planet's atmosphere

answers: NDQ_002135

answers: Federation mission)

answers: NDQ_002136

answers: Federation mission)

answers: NDQ_002137

answers: atmosphere

answers: NDQ_002138

answers: Planet Edifice.

answers: NDQ_002139

answers: Claude

text: The space rocket industry in Ukraine has been managed by the National Space Agency of Ukraine since 1992. The agency includes 30 enterprises, scientific research institutes, and design offices. Pivdenne Design Bureau is in general responsible for creating the Zenit-3SL carrier rocket. The National Space Agency of Ukraine is involved in cooperation with American Rockwell Int., as well as the Sea Launch project. The first stage core of the U.S. Orbital ATK Antares rocket was designed and is manufactured in Ukraine by Yuzhnoye SDO.

text: The space rocket industry in Ukraine has been managed by the

text: National Space Agency of Ukraine

text: since 1992. The agency includes 30 enterprises, scientific research institutes, and design offices.

text: Pivdenne Design Bureau

text: is in general responsible for creating the

text: carrier rocket. The National Space Agency of Ukraine is involved in cooperation with American

text: Rockwell Int.

text: , as well as the

text: Sea Launch

text: project. The

text: first stage core

text: of the U.S.

text: Orbital ATK

text: Antares

text: rocket was designed and is manufactured in Ukraine by

text: Yuzhnoye SDO

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: Newton's Law of Gravity

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: U.S.

answers: NDQ_002103

answers: Sea Launch

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: the U.S.

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many enterprises, scientific research institutes, and design offices does the National Space Agency of Ukraine have?

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Which satellites make detailed images of continents and coasts?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: Which of the following is not a law: Newton's Third Law of Motion?

answers: NDQ_002123

answers: How many enterprises, scientific research institutes, and design offices does the National Space Agency of Ukraine have?

answers: NDQ_002124

answers: who was the first astronaut to walk on the Moon

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: carrier rocket

answers: NDQ_002128

answers: Orbital

answers: NDQ_002129

answers: U.S. Orbital ATK Antares

answers: NDQ_002130

answers: American Rockwell Int

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: Orbital

answers: NDQ_002133

answers: 1992

answers: NDQ_002134

answers: the speed of light is proportional to the distance travelled

answers: NDQ_002135

answers: the Sea Launch project

answers: NDQ_002136

answers: Space Launch Project

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: U.S. Orbital

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Sea Launch project.

answers: NDQ_002097

answers: The space rocket industry in Ukraine has been managed by the National Space Agency

answers: NDQ_002099

answers: carrier rocket.

answers: NDQ_002100

answers: American

answers: NDQ_002103

answers: Sea Launch

answers: NDQ_002108

answers: 1992.

answers: NDQ_002111

answers: 1992.

answers: NDQ_002113

answers: American Rockwell Int., as well as the Sea Launch project.

answers: NDQ_002114

answers: Ukraine has been managed by the National Space Agency of Ukraine

answers: NDQ_002115

answers: National Space Agency of Ukraine since 1992.

answers: NDQ_002116

answers: Orbital

answers: NDQ_002117

answers: carrier rocket.

answers: NDQ_002118

answers: 1992.

answers: NDQ_002119

answers: 1992.

answers: NDQ_002120

answers: American Rockwell Int.,

answers: NDQ_002121

answers: U.S. Orbital ATK Antares rocket

answers: NDQ_002122

answers: Zenit-3SL

answers: NDQ_002123

answers: American Rockwell Int., as well as the Sea Launch project.

answers: NDQ_002124

answers: American Rockwell Int.,

answers: NDQ_002125

answers: U.S. Orbital ATK Antares rocket

answers: NDQ_002126

answers: American Rockwell Int.,

answers: NDQ_002127

answers: carrier rocket.

answers: NDQ_002128

answers: Orbital

answers: NDQ_002129

answers: U.S. Orbital ATK Antares

answers: NDQ_002130

answers: Orbital ATK Antares

answers: NDQ_002131

answers: Sea Launch project.

answers: NDQ_002132

answers: carrier rocket.

answers: NDQ_002133

answers: 1992.

answers: NDQ_002134

answers: Sea Launch project.

answers: NDQ_002135

answers: Sea Launch project.

answers: NDQ_002136

answers: carrier rocket.

answers: NDQ_002137

answers: Zenit-3SL carrier rocket.

answers: NDQ_002138

answers: Zenit-3SL

answers: NDQ_002139

answers: ATK Antares

text: Although provision for the rocket engine was retained, by this time the day of the high-altitude bomber seemed to be over, and the SEPR rocket engine was rarely or never fitted in practice. In the first place, it required removal of the aircraft's cannon, and in the second, apparently it had a reputation for setting the aircraft on fire. The space for the rocket engine was used for additional fuel, and the rocket nozzle was replaced by a ventral fin at first, and an airfield arresting assembly later.

text: Although provision for the rocket engine was retained, by this time the day of the high-altitude bomber seemed to be over, and the SEPR rocket engine was rarely or never fitted in practice. In the first place, it required removal of the aircraft's cannon, and in the second, apparently it had a reputation for setting the aircraft on fire. The space for the rocket engine was used for additional fuel, and the rocket nozzle was replaced by a ventral fin at first, and an airfield arresting assembly later.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be refueled

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: on fire

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: Yes

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: None of the above choices are true

answers: NDQ_002122

answers: Which of the following is not a law: Newton's Third Law of Motion?

answers: NDQ_002123

answers: Which of the following is not a type of satellite: imaging satellites or high-altitude bombers?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: engine

answers: NDQ_002128

answers: NDQ_002129

answers: unanswerable

answers: NDQ_002130

answers: The Space Race

answers: NDQ_002131

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: unanswerable

answers: NDQ_002134

answers: a rocket nozzle is used for what purpose?

answers: NDQ_002135

answers: the day of the high-altitude bomber

answers: NDQ_002136

answers: rocket engines

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: can be found in a low orbit

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: high-altitude

answers: NDQ_002097

answers: high-altitude

answers: NDQ_002099

answers: fuel,

answers: NDQ_002100

answers: rocket engine

answers: NDQ_002103

answers: high-altitude bomber

answers: NDQ_002108

answers: rocket engine

answers: NDQ_002111

answers: the SEPR rocket engine was rarely or never fitted in practice.

answers: NDQ_002113

answers: fuel,

answers: NDQ_002114

answers: the SEPR rocket engine

answers: NDQ_002115

answers: the rocket nozzle was replaced by a ventral fin

answers: NDQ_002116

answers: the SEPR rocket engine

answers: NDQ_002117

answers: rocket engine

answers: NDQ_002118

answers: the SEPR rocket engine

answers: NDQ_002119

answers: by this time the day of the high-altitude bomber

answers: NDQ_002120

answers: rocket engine was used for additional fuel,

answers: NDQ_002121

answers: rocket engine

answers: NDQ_002122

answers: rocket nozzle was replaced by a ventral fin

answers: NDQ_002123

answers: high-altitude bomber

answers: NDQ_002124

answers: the SEPR rocket engine

answers: NDQ_002125

answers: the SEPR rocket engine

answers: NDQ_002126

answers: ventral fin

answers: NDQ_002127

answers: ventral fin

answers: NDQ_002128

answers: rocket engine

answers: NDQ_002129

answers: SEPR rocket engine

answers: NDQ_002130

answers: rocket engine

answers: NDQ_002131

answers: airfield arresting assembly

answers: NDQ_002132

answers: rocket engine

answers: NDQ_002133

answers: high-altitude bomber

answers: NDQ_002134

answers: ventral fin

answers: NDQ_002135

answers: SEPR

answers: NDQ_002136

answers: fuel,

answers: NDQ_002137

answers: rocket engine

answers: NDQ_002138

answers: high-altitude bomber

answers: NDQ_002139

answers: rocket engine

text: The Ghana Space Science and Technology Centre (GSSTC) was opened officially on 2 May 2012 as Ghana’s first space science, space exploration, astronomy and technology space agency. GSSTC and Ghana Space Agency (GhSA) aims to become an arena of excellence in space science, space exploration and space technology through teaching, learning, private spaceflight and space research commercialisation. The centre and space agency will also allow scientists and astronauts to conduct research into natural resource management, weather forecasting, agriculture and national security.

text: The Ghana Space Science and Technology Centre (GSSTC) was opened officially on 2 May 2012 as Ghana’s first

text: space science

text: space exploration

text: astronomy

text: and technology

text: space agency

text: . GSSTC and Ghana Space Agency (GhSA) aims to become an arena of excellence in space science, space exploration and

text: space technology

text: through teaching, learning,

text: private spaceflight

text: and space research commercialisation. The centre and

text: space agency

text: will also allow scientists and astronauts to conduct research into natural resource management, weather forecasting, agriculture and national security.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: Ghana

answers: NDQ_002103

answers: private spaceflight

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: Ghana Space Science and Technology Centre

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: The U.S.

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: private spaceflight

answers: NDQ_002118

answers: How many satellites are in orbit around Earth

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Ghana Space Science and Technology Centre

answers: NDQ_002121

answers: the law of conservation of momentum

answers: NDQ_002122

answers: Newtons Third Law of Motion helps explain how a rocket will travel in space

answers: NDQ_002123

answers: GSSTC and Ghana Space Agency (GhSA)

answers: NDQ_002124

answers: GSSTC and Ghana Space Agency

answers: NDQ_002125

answers: space probes on Mars

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: The Ghana Space Science and Technology Centre

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: The largest artificial satellite

answers: NDQ_002130

answers: Ghana Space Science and Technology Centre

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: private spaceflight

answers: NDQ_002133

answers: 2 May 2012

answers: NDQ_002134

answers: gravitational force is proportional to the mass of the object

answers: NDQ_002135

answers: Ghana Space Science and Technology Centre

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: GPS receivers to measure the Earth's magnetic field.

answers: NDQ_002138

answers: Ghana Space Science and Technology Centre

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: spaceflight

answers: NDQ_002097

answers: weather forecasting,

answers: NDQ_002099

answers: private spaceflight

answers: NDQ_002100

answers: The Ghana

answers: NDQ_002103

answers: private spaceflight

answers: NDQ_002108

answers: private spaceflight

answers: NDQ_002111

answers: astronauts

answers: NDQ_002113

answers: private spaceflight

answers: NDQ_002114

answers: The Ghana Space Science and Technology Centre

answers: NDQ_002115

answers: private spaceflight

answers: NDQ_002116

answers: The Ghana Space Science and Technology Centre

answers: NDQ_002117

answers: private spaceflight

answers: NDQ_002118

answers: The Ghana Space Science and Technology Centre

answers: NDQ_002119

answers: astronauts

answers: NDQ_002120

answers: Ghana Space Agency (GhSA)

answers: NDQ_002121

answers: private spaceflight

answers: NDQ_002122

answers: private spaceflight

answers: NDQ_002123

answers: weather forecasting,

answers: NDQ_002124

answers: private spaceflight

answers: NDQ_002125

answers: private spaceflight

answers: NDQ_002126

answers: private spaceflight

answers: NDQ_002127

answers: astronauts

answers: NDQ_002128

answers: spaceflight

answers: NDQ_002129

answers: private spaceflight

answers: NDQ_002130

answers: Ghana Space Agency

answers: NDQ_002131

answers: The Ghana Space Science and Technology Centre

answers: NDQ_002132

answers: private spaceflight

answers: NDQ_002133

answers: 2 May 2012

answers: NDQ_002134

answers: private spaceflight and space research commercialisation.

answers: NDQ_002135

answers: private spaceflight

answers: NDQ_002136

answers: private spaceflight

answers: NDQ_002137

answers: private spaceflight

answers: NDQ_002138

answers: private spaceflight

answers: NDQ_002139

answers: astronauts

text: Sputnik Islands is a pair of ice-covered islands, one much larger than the other, located between Capes Cheetham and Williams in the entrance to Ob' Bay. The islands were photographed from the air by U.S. Navy Operation Highjump, 1946-47. Surveyed by the Soviet Antarctic Expedition, 1958, and named after the first Soviet artificial earth satellite.

text: Sputnik Islands is a pair of ice-covered islands, one much larger than the other, located between

text: Capes Cheetham

text: and

text: Williams

text: in the entrance to

text: Ob' Bay

text: . The islands were photographed from the air by

text: U.S. Navy Operation Highjump

text: , 1946-47. Surveyed by the

text: Soviet Antarctic Expedition

text: , 1958, and named after the first Soviet artificial earth satellite.

answers: NDQ_002095

answers: Earth

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched

answers: NDQ_002100

answers: Soviet

answers: NDQ_002103

answers: from the air

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: How did Sputnik Islands get its name?

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: It's impossible to say

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

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

answers: NDQ_002121

answers: Why was the first Soviet artificial earth satellite named after Sputnik Islands?

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: Which happened first, the Soviet Antarctic Expedition or the Sputnik Islands were photographed from the air?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Sputnik Islands

answers: NDQ_002130

answers: U.S. Navy

answers: NDQ_002131

answers: Sputnik Islands

answers: NDQ_002132

answers: artificial

answers: NDQ_002133

answers: Soviet Antarctic Expedition

answers: NDQ_002134

answers: gravitational force is equal to the force of gravity

answers: NDQ_002135

answers: Sputnik Islands

answers: NDQ_002136

answers: gravity

answers: NDQ_002137

answers: artificial earth satellites

answers: NDQ_002138

answers: can be named after

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: earth satellite.

answers: NDQ_002097

answers: Sputnik Islands

answers: NDQ_002099

answers: air by U.S. Navy Operation Highjump,

answers: NDQ_002100

answers: U.S.

answers: NDQ_002103

answers: Soviet artificial earth satellite.

answers: NDQ_002108

answers: Sputnik Islands

answers: NDQ_002111

answers: 1946-47.

answers: NDQ_002113

answers: Sputnik Islands

answers: NDQ_002114

answers: U.S. Navy Operation Highjump,

answers: NDQ_002115

answers: Soviet artificial earth satellite.

answers: NDQ_002116

answers: earth satellite.

answers: NDQ_002117

answers: earth satellite.

answers: NDQ_002118

answers: Soviet artificial earth satellite.

answers: NDQ_002119

answers: 1946-47.

answers: NDQ_002120

answers: Soviet artificial earth satellite.

answers: NDQ_002121

answers: earth satellite.

answers: NDQ_002122

answers: Sputnik Islands

answers: NDQ_002123

answers: Soviet artificial earth satellite.

answers: NDQ_002124

answers: Sputnik Islands

answers: NDQ_002125

answers: U.S. Navy Operation Highjump,

answers: NDQ_002126

answers: Highjump,

answers: NDQ_002127

answers: U.S. Navy Operation Highjump,

answers: NDQ_002128

answers: satellite.

answers: NDQ_002129

answers: first Soviet artificial earth satellite.

answers: NDQ_002130

answers: U.S. Navy

answers: NDQ_002131

answers: Highjump,

answers: NDQ_002132

answers: artificial earth satellite.

answers: NDQ_002133

answers: Soviet artificial earth satellite.

answers: NDQ_002134

answers: ice-covered islands,

answers: NDQ_002135

answers: Soviet Antarctic Expedition,

answers: NDQ_002136

answers: air by U.S. Navy Operation Highjump,

answers: NDQ_002137

answers: earth satellite.

answers: NDQ_002138

answers: Soviet artificial earth satellite.

answers: NDQ_002139

answers: U.S. Navy Operation Highjump,

text: For a spacecraft to reach the Moon, Earth escape velocity of  is not required, but a velocity close to this places the craft into an Earth orbit with a very high apogee which, if launched at the correct time, takes it to a point where the Moon's gravity will capture it.

text: For a spacecraft to reach the Moon,

text: Earth escape velocity

text: of  is not required, but a velocity close to this places the craft into an Earth orbit with a very high

text: apogee

text: which, if launched at the correct time, takes it to a point where the Moon's gravity will capture it.

answers: NDQ_002095

answers: reach the Moon

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched at different times

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: the correct time

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: yes

answers: NDQ_002122

answers: Which of the following is not a law: Newton's Third Law of Motion?

answers: NDQ_002123

answers: Why would a satellite be placed in an orbit with a high apogee?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: gravity

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: is not required

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: is not required

answers: NDQ_002132

answers: is not required

answers: NDQ_002133

answers: 18th century

answers: NDQ_002134

answers: gravitational force pulls objects towards one another

answers: NDQ_002135

answers: unanswerable

answers: NDQ_002136

answers: gravity

answers: NDQ_002137

answers: Earth's gravitational pull

answers: NDQ_002138

answers: would have a high apogee

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: the Moon,

answers: NDQ_002097

answers: Earth escape velocity

answers: NDQ_002099

answers: launched at the correct time,

answers: NDQ_002100

answers: Earth

answers: NDQ_002103

answers: at the correct time,

answers: NDQ_002108

answers: Earth escape velocity

answers: NDQ_002111

answers: For a spacecraft to reach the Moon, Earth escape velocity

answers: NDQ_002113

answers: For a spacecraft to reach the Moon, Earth escape velocity

answers: NDQ_002114

answers: Earth escape velocity

answers: NDQ_002115

answers: For a spacecraft to reach the Moon,

answers: NDQ_002116

answers: Earth orbit

answers: NDQ_002117

answers: Earth escape velocity

answers: NDQ_002118

answers: Earth orbit with a very high apogee

answers: NDQ_002119

answers: Moon,

answers: NDQ_002120

answers: Earth escape velocity

answers: NDQ_002121

answers: Earth escape velocity

answers: NDQ_002122

answers: Earth escape velocity

answers: NDQ_002123

answers: a very high apogee

answers: NDQ_002124

answers: Earth escape velocity

answers: NDQ_002125

answers: Moon,

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: gravity

answers: NDQ_002128

answers: Earth orbit

answers: NDQ_002129

answers: Moon,

answers: NDQ_002130

answers: For a spacecraft

answers: NDQ_002131

answers: Earth escape velocity

answers: NDQ_002132

answers: spacecraft

answers: NDQ_002133

answers: spacecraft

answers: NDQ_002134

answers: Earth escape velocity of is not required,

answers: NDQ_002135

answers: Earth escape velocity

answers: NDQ_002136

answers: gravity

answers: NDQ_002137

answers: Earth escape velocity

answers: NDQ_002138

answers: high apogee

answers: NDQ_002139

answers: For a spacecraft

text: Interplanetary Flight: An Introduction to Astronautics is a short, modestly technical introduction to space exploration written by Arthur C. Clarke, and published in 1950. It includes material accessible to readers with a high-school level of science and technical education, covering the elements of orbital mechanics, rocket design and performance, various applications of Earth satellites, a discussion of the more interesting and accessible destinations in the Solar System (such as they were understood at the time of writing),  and in a final chapter covering the rationale and value of human expansion off the Earth.

text: Interplanetary Flight: An Introduction to Astronautics is a short, modestly technical introduction to

text: space exploration

text: written by

text: Arthur C. Clarke

text: , and published in 1950. It includes material accessible to readers with a high-school level of science and technical education, covering the elements of

text: orbital mechanics

text: rocket

text: design and performance, various applications of Earth

text: satellite

text: s, a discussion of the more interesting and accessible destinations in the Solar System (such as they were understood at the time of writing),  and in a final chapter covering the rationale and value of human expansion off the Earth.

answers: NDQ_002095

answers: Earth.

answers: NDQ_002097

answers: orbital mechanics

answers: NDQ_002099

answers: performs better

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: Spacecraft

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: How many years after the publication of Interplanetary Flight: An Introduction to Astronautics was the book written?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: The U.S.

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: How do satellites get into orbit?

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Which of the following is not covered in Interplanetary Flight: An Introduction to Astronautics?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: Which of the following is not covered in Interplanetary Flight: An Introduction to Astronautics: various applications of Earth satellites

answers: NDQ_002124

answers: Who was the first astronaut to walk on the Moon?

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: gravity

answers: NDQ_002128

answers: Earth satellite

answers: NDQ_002129

answers: Earth satellites

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: interplanetary flight

answers: NDQ_002132

answers: Earth satellites

answers: NDQ_002133

answers: 1950s

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: Interplanetary Flight

answers: NDQ_002136

answers: orbital mechanics

answers: NDQ_002137

answers: Earth satellites

answers: NDQ_002138

answers: Earth

answers: NDQ_002139

answers: Arthur C Clarke

answers: NDQ_002095

answers: destinations in the Solar System

answers: NDQ_002097

answers: orbital mechanics,

answers: NDQ_002099

answers: rocket design and performance,

answers: NDQ_002100

answers: 1950.

answers: NDQ_002103

answers: rocket design and performance, various applications of Earth satellites,

answers: NDQ_002108

answers: 1950.

answers: NDQ_002111

answers: Interplanetary Flight: An Introduction to Astronautics

answers: NDQ_002113

answers: Interplanetary Flight: An Introduction to Astronautics

answers: NDQ_002114

answers: Interplanetary Flight: An Introduction to Astronautics

answers: NDQ_002115

answers: Interplanetary Flight: An Introduction to Astronautics

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: rocket

answers: NDQ_002118

answers: Earth satellites,

answers: NDQ_002119

answers: 1950.

answers: NDQ_002120

answers: Earth satellites,

answers: NDQ_002121

answers: orbital mechanics,

answers: NDQ_002122

answers: orbital mechanics,

answers: NDQ_002123

answers: Earth satellites,

answers: NDQ_002124

answers: Interplanetary Flight: An Introduction to Astronautics

answers: NDQ_002125

answers: Interplanetary Flight: An Introduction to Astronautics

answers: NDQ_002126

answers: orbital

answers: NDQ_002127

answers: orbital mechanics,

answers: NDQ_002128

answers: Earth satellites,

answers: NDQ_002129

answers: Earth

answers: NDQ_002130

answers: Astronautics

answers: NDQ_002131

answers: Interplanetary Flight: An Introduction to Astronautics

answers: NDQ_002132

answers: Earth satellites,

answers: NDQ_002133

answers: Earth satellites,

answers: NDQ_002134

answers: orbital mechanics,

answers: NDQ_002135

answers: Interplanetary Flight: An Introduction to Astronautics

answers: NDQ_002136

answers: orbital mechanics,

answers: NDQ_002137

answers: Earth satellites,

answers: NDQ_002138

answers: Earth satellites,

answers: NDQ_002139

answers: Arthur C. Clarke,

text: Historically, there has been a long history of cooperation between the Soviet Union and India in Space. Examples include Aryabhata it was India's first satellite, named after an Indian astronomer of the same name. It was launched by the Soviet Union on 19 April 1975 from Kapustin Yar using a Kosmos-3M launch vehicle. During President Vladimir Putin's visit to India in December 2004, two space-related bilateral agreements were signed viz. Inter-Governmental umbrella Agreement on co-operation in the outer space for peaceful purposes and the Inter Space Agency Agreement on co-operation in the Russian satellite navigation system GLONASS. Subsequently, a number of follow-up agreements on GLONASS have been signed. In November 2007, the two countries have signed an agreement on joint lunar exploration. These space co-operation programmes are under implementation.Chandrayaan-2 is a joint lunar exploration mission proposed by the Indian Space Research Organisation (ISRO) and the Russian Federal Space Agency (RKA) and has a projected cost of 4.25 billion (US$90 million). The mission, proposed to be launched in 2017 by a Geosynchronous Satellite Launch Vehicle (GSLV) launch vehicle, includes a lunar orbiter and a rover made in India as well as one lander built by Russia.

text: Historically, there has been a long history of cooperation between the Soviet Union and India in Space. Examples include

text: Aryabhata

text: it was India's first

text: satellite

text: , named after an Indian

text: astronomer

text: of the

text: same name

text: . It was launched by the Soviet Union on 19 April 1975 from

text: Kapustin Yar

text: using a

text: launch vehicle. During President

text: Vladimir Putin

text: 's visit to India in December 2004, two space-related bilateral agreements were signed viz. Inter-Governmental umbrella Agreement on co-operation in the outer space for peaceful purposes and the Inter Space Agency Agreement on co-operation in the Russian satellite navigation system

text: GLONASS

text: . Subsequently, a number of follow-up agreements on GLONASS have been signed. In November 2007, the two countries have signed an agreement on joint lunar exploration. These space co-operation programmes are under implementation.

text: is a joint lunar exploration mission proposed by the

text: Indian Space Research Organisation

text: (ISRO) and the

text: Russian Federal Space Agency

text: (RKA) and has a projected cost of 4.25 billion (US$90 million). The mission, proposed to be launched in 2017 by a

text: Geosynchronous Satellite Launch Vehicle

text: (GSLV) launch vehicle, includes a lunar orbiter and a rover made in India as well as one lander built by Russia.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched

answers: NDQ_002100

answers: Soviet Union

answers: NDQ_002103

answers: Kosmos-3M

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: It was launched by the Soviet Union

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: What is the name of the Russian satellite navigation system?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: How many years after the launch of Aryabhata was it launched by the Soviet Union?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: a launch vehicle

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Chandrayaan-2

answers: NDQ_002130

answers: Indian Space Research Organisation

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: unanswerable

answers: NDQ_002133

answers: Soviet Union

answers: NDQ_002134

answers: gravitational force is proportional to

answers: NDQ_002135

answers: Aryabhata

answers: NDQ_002136

answers: Gravity

answers: NDQ_002137

answers: Russian satellites

answers: NDQ_002138

answers: Aryabhata

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: lunar

answers: NDQ_002097

answers: Inter-Governmental umbrella Agreement on co-operation in the outer space

answers: NDQ_002099

answers: Kosmos-3M launch vehicle.

answers: NDQ_002100

answers: Soviet Union and India

answers: NDQ_002103

answers: Kapustin Yar

answers: NDQ_002108

answers: 1975

answers: NDQ_002111

answers: Kosmos-3M launch vehicle.

answers: NDQ_002113

answers: Aryabhata

answers: NDQ_002114

answers: Soviet Union on 19 April 1975

answers: NDQ_002115

answers: Aryabhata it was India's first satellite,

answers: NDQ_002116

answers: lunar orbiter

answers: NDQ_002117

answers: Kosmos-3M launch vehicle.

answers: NDQ_002118

answers: lunar exploration.

answers: NDQ_002119

answers: 1975

answers: NDQ_002120

answers: GLONASS.

answers: NDQ_002121

answers: Kosmos-3M launch vehicle.

answers: NDQ_002122

answers: Kosmos-3M launch vehicle.

answers: NDQ_002123

answers: Russian satellite navigation system GLONASS.

answers: NDQ_002124

answers: 2007,

answers: NDQ_002125

answers: lunar

answers: NDQ_002126

answers: orbiter

answers: NDQ_002127

answers: Kosmos-3M launch vehicle.

answers: NDQ_002128

answers: lunar orbiter

answers: NDQ_002129

answers: 4.25 billion

answers: NDQ_002130

answers: (ISRO) and the Russian Federal Space Agency

answers: NDQ_002131

answers: Kosmos-3M launch vehicle.

answers: NDQ_002132

answers: lunar orbiter

answers: NDQ_002133

answers: 19 April 1975

answers: NDQ_002134

answers: co-operation in the outer space for peaceful purposes

answers: NDQ_002135

answers: 19 April 1975

answers: NDQ_002136

answers: peaceful purposes

answers: NDQ_002137

answers: Russian satellite navigation

answers: NDQ_002138

answers: Aryabhata

answers: NDQ_002139

answers: Aryabhata

text: Ansari is a member of the X PRIZE Foundation’s Vision Circle, as well as its Board of Trustees. Along with her brother-in-law, Amir Ansari, she made a multimillion-dollar contribution to the X PRIZE foundation on May 5, 2004, the 43rd anniversary of Alan Shepard's sub-orbital spaceflight. The X PRIZE was officially renamed the Ansari X PRIZE in honor of their donation. As demonstrated by her commitment to the X PRIZE and through presentations at Space Enthusiast conferences, Ansari is a spokesperson for the "privatization of space", a process enabling commercially viable companies to government-independently send equipment and/or people into space for exploration and other purposes.

text: Ansari is a member of the X PRIZE Foundation’s Vision Circle, as well as its Board of Trustees. Along with her brother-in-law,

text: Amir Ansari

text: , she made a multimillion-dollar contribution to the X PRIZE foundation on May 5, 2004, the 43rd anniversary of

text: Alan Shepard

text: 's sub-orbital spaceflight. The X PRIZE was officially renamed the Ansari X PRIZE in honor of their donation. As demonstrated by her commitment to the X PRIZE and through presentations at Space Enthusiast conferences, Ansari is a spokesperson for the "privatization of space", a process enabling commercially viable companies to government-independently send equipment and/or people into space for exploration and other purposes.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: sub-orbital

answers: NDQ_002099

answers: can be sent into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: commercially

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: orbits a smaller object

answers: NDQ_002117

answers: commercially

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: unanswerable

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: sub-orbital

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: orbital

answers: NDQ_002129

answers: unanswerable

answers: NDQ_002130

answers: X PRIZE Foundation

answers: NDQ_002131

answers: X PRIZE

answers: NDQ_002132

answers: unanswerable

answers: NDQ_002133

answers: 43rd anniversary

answers: NDQ_002134

answers: Ansari is a spokesperson for what?

answers: NDQ_002135

answers: X PRIZE

answers: NDQ_002136

answers: commercially viable companies

answers: NDQ_002137

answers: Ansari's name

answers: NDQ_002138

answers: sub-orbital

answers: NDQ_002139

answers: Alan Shepard

answers: NDQ_002095

answers: sub-orbital spaceflight.

answers: NDQ_002097

answers: "privatization of space",

answers: NDQ_002099

answers: equipment and/or people into space for exploration and other purposes.

answers: NDQ_002100

answers: 2004,

answers: NDQ_002103

answers: government-independently send equipment and/or people into space

answers: NDQ_002108

answers: Alan Shepard's sub-orbital spaceflight.

answers: NDQ_002111

answers: "privatization of space",

answers: NDQ_002113

answers: "privatization of space",

answers: NDQ_002114

answers: 2004,

answers: NDQ_002115

answers: Alan Shepard's sub-orbital spaceflight.

answers: NDQ_002116

answers: sub-orbital

answers: NDQ_002117

answers: commercially viable companies

answers: NDQ_002118

answers: "privatization of space",

answers: NDQ_002119

answers: 2004,

answers: NDQ_002120

answers: "privatization of space",

answers: NDQ_002121

answers: "privatization of space",

answers: NDQ_002122

answers: "privatization of space",

answers: NDQ_002123

answers: "privatization of space",

answers: NDQ_002124

answers: Alan Shepard's

answers: NDQ_002125

answers: Alan Shepard's sub-orbital spaceflight.

answers: NDQ_002126

answers: sub-orbital spaceflight.

answers: NDQ_002127

answers: sub-orbital spaceflight.

answers: NDQ_002128

answers: sub-orbital

answers: NDQ_002129

answers: sub-orbital

answers: NDQ_002130

answers: X PRIZE Foundation’s

answers: NDQ_002131

answers: "privatization of space",

answers: NDQ_002132

answers: equipment

answers: NDQ_002133

answers: Alan Shepard's sub-orbital spaceflight.

answers: NDQ_002134

answers: "privatization of space",

answers: NDQ_002135

answers: Alan Shepard's

answers: NDQ_002136

answers: "privatization

answers: NDQ_002137

answers: 2004,

answers: NDQ_002138

answers: sub-orbital

answers: NDQ_002139

answers: Alan Shepard's

text: On 31 August 2010, an experiment by the Japan Aerospace Exploration Agency (JAXA) on space tether experiment called "Tether Technologies Rocket Experiment" (T-REX), sponsored by the Japanese Aerospace Exploration Agency (ISAS/JAXA), was launched on sounding rocket S-520-25 from Uchinoura Space Center, Japan, reaching a maximum altitude of 309 km. T-Rex was developed by an international team led by the Kanagawa Institute of Technology/Nihon University to test a new type of electrodynamic tether (EDT). The 300–m tape tether deployed as scheduled and a video of deployment was transmitted to the ground. Successful tether deployment was verified, as was the fast ignition of a hollow cathode in the space environment.

text: On 31 August 2010, an experiment by the

text: Japan Aerospace Exploration Agency

text: (JAXA) on space tether experiment called "Tether Technologies Rocket Experiment" (T-REX), sponsored by the Japanese Aerospace Exploration Agency (ISAS/JAXA), was launched on sounding rocket S-520-25 from

text: Uchinoura Space Center

text: , Japan, reaching a maximum altitude of 309 km. T-Rex was developed by an international team led by the Kanagawa Institute of Technology/Nihon University to test a new type of electrodynamic tether (EDT). The 300–m tape tether deployed as scheduled and a video of deployment was transmitted to the ground. Successful tether deployment was verified, as was the fast ignition of a hollow cathode in the space environment.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: altitude

answers: NDQ_002099

answers: can be launched

answers: NDQ_002100

answers: Japan

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: No

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: unanswerable

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: sounding

answers: NDQ_002128

answers: T-Rex

answers: NDQ_002129

answers: T-REX

answers: NDQ_002130

answers: Japan Aerospace Exploration Agency

answers: NDQ_002131

answers: T-REX

answers: NDQ_002132

answers: T-REX

answers: NDQ_002133

answers: Japanese

answers: NDQ_002134

answers: T-Rex was developed by an international team led by the Kanagawa Institute of Technology/Nihon University

answers: NDQ_002135

answers: Tether Technologies Rocket Experiment

answers: NDQ_002136

answers: tether

answers: NDQ_002137

answers: T-REX

answers: NDQ_002138

answers: T-REX

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: 309 km.

answers: NDQ_002097

answers: fast ignition

answers: NDQ_002099

answers: sounding rocket

answers: NDQ_002100

answers: Japan

answers: NDQ_002103

answers: sounding rocket S-520-25 from Uchinoura Space Center,

answers: NDQ_002108

answers: 2010,

answers: NDQ_002111

answers: fast ignition of a hollow cathode in the space environment.

answers: NDQ_002113

answers: hollow cathode

answers: NDQ_002114

answers: Japan,

answers: NDQ_002115

answers: sounding rocket S-520-25

answers: NDQ_002116

answers: On 31 August 2010,

answers: NDQ_002117

answers: sounding rocket

answers: NDQ_002118

answers: 309 km.

answers: NDQ_002119

answers: 2010,

answers: NDQ_002120

answers: "Tether Technologies Rocket Experiment" (T-REX),

answers: NDQ_002121

answers: space environment.

answers: NDQ_002122

answers: 309 km.

answers: NDQ_002123

answers: 309 km.

answers: NDQ_002124

answers: 2010,

answers: NDQ_002125

answers: 2010,

answers: NDQ_002126

answers: electrodynamic tether

answers: NDQ_002127

answers: sounding rocket S-520-25 from Uchinoura Space Center,

answers: NDQ_002128

answers: space tether

answers: NDQ_002129

answers: 309 km.

answers: NDQ_002130

answers: (ISAS/JAXA),

answers: NDQ_002131

answers: "Tether Technologies Rocket Experiment"

answers: NDQ_002132

answers: tether

answers: NDQ_002133

answers: 2010,

answers: NDQ_002134

answers: fast ignition of a hollow cathode in the space environment.

answers: NDQ_002135

answers: S-520-25

answers: NDQ_002136

answers: tether

answers: NDQ_002137

answers: electrodynamic tether

answers: NDQ_002138

answers: 309 km.

answers: NDQ_002139

answers: 2010,

text: A geocentric orbit or Earth orbit involves any object orbiting the Earth, such as the Moon or artificial satellites. In 1997 NASA estimated there were approximately 2,465 artificial satellite payloads orbiting the Earth and 6,216 pieces of space debris as tracked by the Goddard Space Flight Center. Over 16,291 previously launched objects have decayed into the Earth's atmosphere.

text: A geocentric orbit or Earth orbit involves any object

text: orbit

text: ing the

text: Earth

text: , such as the

text: Moon

text: or

text: artificial satellite

text: s. In 1997 NASA estimated there were approximately 2,465 artificial satellite payloads orbiting the Earth and 6,216 pieces of

text: space debris

text: as tracked by the

text: Goddard Space Flight Center

text: . Over 16,291 previously launched objects have

text: decayed

text: into the Earth's

text: atmosphere

answers: NDQ_002095

answers: orbit the Earth

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: orbits the Earth

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: over 16,291 previously launched objects

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How many objects have decayed into the Earth's atmosphere?

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: no

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: Which satellites make detailed images of continents and coasts?

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: Which of the following is not a type of satellite: imaging satellites or satellite payloads?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: gravity

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: What is the largest artificial satellite?

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: space debris

answers: NDQ_002132

answers: artificial satellite

answers: NDQ_002133

answers: 2000s

answers: NDQ_002134

answers: gravitational force is inversely proportional to

answers: NDQ_002135

answers: unanswerable

answers: NDQ_002136

answers: Earth

answers: NDQ_002137

answers: artificial satellites

answers: NDQ_002138

answers: orbiting the Earth

answers: NDQ_002139

answers: unanswerable

answers: NDQ_002095

answers: orbiting the Earth,

answers: NDQ_002097

answers: geocentric orbit

answers: NDQ_002099

answers: launched objects have decayed into the Earth's atmosphere.

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: A geocentric orbit

answers: NDQ_002108

answers: 1997

answers: NDQ_002111

answers: A geocentric orbit

answers: NDQ_002113

answers: A geocentric orbit

answers: NDQ_002114

answers: A geocentric orbit

answers: NDQ_002115

answers: Over 16,291

answers: NDQ_002116

answers: satellites.

answers: NDQ_002117

answers: 2,465

answers: NDQ_002118

answers: 2,465

answers: NDQ_002119

answers: 1997

answers: NDQ_002120

answers: 2,465

answers: NDQ_002121

answers: geocentric orbit

answers: NDQ_002122

answers: geocentric orbit

answers: NDQ_002123

answers: artificial satellites.

answers: NDQ_002124

answers: 2,465

answers: NDQ_002125

answers: 2,465 artificial satellite payloads orbiting the Earth

answers: NDQ_002126

answers: geocentric orbit

answers: NDQ_002127

answers: atmosphere.

answers: NDQ_002128

answers: Moon or artificial satellites.

answers: NDQ_002129

answers: 2,465

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: space debris

answers: NDQ_002132

answers: artificial satellites.

answers: NDQ_002133

answers: Over 16,291

answers: NDQ_002134

answers: geocentric orbit

answers: NDQ_002135

answers: Space Flight Center.

answers: NDQ_002136

answers: geocentric orbit

answers: NDQ_002137

answers: geocentric orbit

answers: NDQ_002138

answers: geocentric orbit

answers: NDQ_002139

answers: Goddard Space Flight Center.

text: The next 20 years were filled with speculation as to the formations' true nature, as they appeared to be symmetrically spaced and uniform in shape, looking like a series of eight or more pyramids, in at least four rows of two. In August 1996 Boston-based explorer Gregory Deyermenjian of The Explorers Club, along with Peruvian partners Paulino Mamani, Dante Núñez del Prado, Fernando Neuenschwander, Ignacio Mamani, and Machiguenga "Roberto", his wife "Grenci" and their baby daughter "Reina", were first to make an on-site exploration. Their survey identified Paratoari as natural sandstone formations, not as symmetrical in placement or as uniform in size as suggested by their image on the satellite photograph, and without any sign of the influence of ancient culture.

text: The next 20 years were filled with speculation as to the formations' true nature, as they appeared to be symmetrically spaced and uniform in shape, looking like a series of eight or more pyramids, in at least four rows of two. In August 1996

text: Boston

text: -based explorer

text: Gregory Deyermenjian

text: of

text: The Explorers Club

text: , along with Peruvian partners Paulino Mamani, Dante Núñez del Prado, Fernando Neuenschwander, Ignacio Mamani, and Machiguenga "Roberto", his wife "Grenci" and their baby daughter "Reina", were first to make an on-site exploration. Their survey identified Paratoari as natural

text: sandstone

text: formations, not as symmetrical in placement or as uniform in size as suggested by their image on the satellite photograph, and without any sign of the influence of ancient culture.

answers: NDQ_002095

answers: Paratoari

answers: NDQ_002097

answers: uniform in size

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: Peruvian

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: How many years were filled with speculation as to the formations' true nature

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: symmetrically

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: unanswerable

answers: NDQ_002130

answers: The Explorers Club

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: no

answers: NDQ_002133

answers: 20 years

answers: NDQ_002134

answers: Newton's third law states that

answers: NDQ_002135

answers: August 1996

answers: NDQ_002136

answers: influence of ancient culture

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: unanswerable

answers: NDQ_002139

answers: Paulino Mamani

answers: NDQ_002095

answers: Paratoari

answers: NDQ_002097

answers: symmetrically spaced

answers: NDQ_002099

answers: four rows of two.

answers: NDQ_002100

answers: Peruvian

answers: NDQ_002103

answers: 1996

answers: NDQ_002108

answers: 1996

answers: NDQ_002111

answers: 1996

answers: NDQ_002113

answers: 1996

answers: NDQ_002114

answers: 1996

answers: NDQ_002115

answers: 1996

answers: NDQ_002116

answers: satellite

answers: NDQ_002117

answers: satellite photograph, and without any sign of the influence of ancient culture.

answers: NDQ_002118

answers: satellite photograph,

answers: NDQ_002119

answers: 1996

answers: NDQ_002120

answers: Paratoari

answers: NDQ_002121

answers: Dante N<unk>ez del Prado,

answers: NDQ_002122

answers: eight or more pyramids, in at least four rows of two.

answers: NDQ_002123

answers: satellite photograph,

answers: NDQ_002124

answers: 1996

answers: NDQ_002125

answers: 1996

answers: NDQ_002126

answers: symmetrical

answers: NDQ_002127

answers: Fernando Neuenschwander,

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Dante N<unk>ez del Prado,

answers: NDQ_002130

answers: The Explorers Club,

answers: NDQ_002131

answers: eight or more pyramids, in at least four rows of two.

answers: NDQ_002132

answers: satellite photograph, and without any sign of the influence of ancient culture.

answers: NDQ_002133

answers: 1996

answers: NDQ_002134

answers: four rows of two.

answers: NDQ_002135

answers: 1996

answers: NDQ_002136

answers: influence of ancient culture.

answers: NDQ_002137

answers: satellite photograph,

answers: NDQ_002138

answers: satellite photograph,

answers: NDQ_002139

answers: Gregory Deyermenjian

text: Ferris constructed gaseuous simulations of the atmospheres of Jupiter and Titan and analyzed their composition using a combination of photochemistry techniques, including x-ray photoelectron spectroscopy and infrared spectroscopy. Information gained from these studies could then be directly compared to measurements of their respective planets. The analysis of atmospheric processes on other planets in our solar system not only benefits the ongoing space exploration efforts of NASA, it may also hold insight into the history of our own planet, revealing atmospheric processes that would have been important to the emergence of life on a prebiotic Earth.

text: Ferris constructed gaseuous simulations of the atmospheres of Jupiter and Titan and analyzed their composition using a combination of photochemistry techniques, including

text: x-ray photoelectron spectroscopy

text: and

text: infrared spectroscopy

text: . Information gained from these studies could then be directly compared to measurements of their respective planets. The analysis of atmospheric processes on other planets in our solar system not only benefits the ongoing space exploration efforts of NASA, it may also hold insight into the history of our own planet, revealing atmospheric processes that would have been important to the emergence of life on a prebiotic Earth.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: NASA

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices.

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: What is the first law of motion?

answers: NDQ_002123

answers: Which of the following is not a benefit of the ongoing space exploration efforts of NASA?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: Jupiter

answers: NDQ_002129

answers: Jupiter

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: NDQ_002132

answers: non-manned

answers: NDQ_002133

answers: prebiotic Earth

answers: NDQ_002134

answers: gravitational force is proportional to the mass of the object

answers: NDQ_002135

answers: NASA

answers: NDQ_002136

answers: atmospheric processes

answers: NDQ_002137

answers: a combination of photochemistry techniques

answers: NDQ_002138

answers: would have been important to the emergence of life on a prebiotic Earth

answers: NDQ_002139

answers: Ferris

answers: NDQ_002095

answers: Jupiter and Titan

answers: NDQ_002097

answers: atmospheric processes

answers: NDQ_002099

answers: space exploration

answers: NDQ_002100

answers: NASA,

answers: NDQ_002103

answers: space exploration efforts of NASA,

answers: NDQ_002108

answers: space exploration

answers: NDQ_002111

answers: Ferris constructed gaseuous simulations

answers: NDQ_002113

answers: space exploration efforts of NASA,

answers: NDQ_002114

answers: NASA,

answers: NDQ_002115

answers: prebiotic Earth.

answers: NDQ_002116

answers: planets.

answers: NDQ_002117

answers: NASA,

answers: NDQ_002118

answers: NASA,

answers: NDQ_002119

answers: Ferris

answers: NDQ_002120

answers: NASA,

answers: NDQ_002121

answers: space exploration

answers: NDQ_002122

answers: space exploration efforts of NASA,

answers: NDQ_002123

answers: NASA,

answers: NDQ_002124

answers: Ferris

answers: NDQ_002125

answers: NASA,

answers: NDQ_002126

answers: x-ray photoelectron

answers: NDQ_002127

answers: x-ray photoelectron

answers: NDQ_002128

answers: planets.

answers: NDQ_002129

answers: NASA,

answers: NDQ_002130

answers: NASA,

answers: NDQ_002131

answers: Ferris

answers: NDQ_002132

answers: NASA,

answers: NDQ_002133

answers: prebiotic Earth.

answers: NDQ_002134

answers: life on a prebiotic Earth.

answers: NDQ_002135

answers: NASA,

answers: NDQ_002136

answers: atmospheric processes

answers: NDQ_002137

answers: infrared spectroscopy.

answers: NDQ_002138

answers: NASA,

answers: NDQ_002139

answers: Ferris

text: X Band Satellite Communication operates in the part of the X band or Super High Frequency (SHF) spectrum which is designated by the International Telecommunication Union (ITU) for satellite communication, which is those frequencies in the range 7.25 GHz to 7.75 GHz (Space to Earth) and 7.9 GHz to 8.4 GHz (Earth to Space). The ITU Frequency allocation defines the primary use of this spectrum as Fixed satellite service (FSS) and a portion to Mobile Satellite Services (MSS), primarily used for ship based satellite communications.  UK Frequency Allocation Table (UK FAT) along with other NATO countries and some other countries’ (but not all) national frequency allocations tables, have an additional note detailing the primary allocation for government use.  It is important to note that the allocation of these frequencies and services is for government use and not, as commonly stated, military use.  The ITU and the UK Ofcom considers military use as just one part of government use.

text: X Band Satellite Communication operates in the part of the

text: X band

text: or

text: Super High Frequency

text: (SHF) spectrum which is designated by the

text: International Telecommunication Union

text: (ITU) for satellite communication, which is those frequencies in the range 7.25 GHz to 7.75 GHz (Space to Earth) and 7.9 GHz to 8.4 GHz (Earth to Space). The ITU

text: Frequency allocation

text: defines the primary use of this spectrum as

text: Fixed satellite service

text: (FSS) and a portion to Mobile Satellite Services (MSS), primarily used for ship based satellite communications.  UK Frequency Allocation Table (UK FAT) along with other

text: NATO

text: countries and some other countries’ (but not all) national frequency allocations tables, have an additional note detailing the primary allocation for government use.  It is important to note that the allocation of these frequencies and services is for government use and not, as commonly stated, military use.  The ITU and the UK

text: Ofcom

text: considers military use as just one part of government use.

answers: NDQ_002095

answers: Earth

answers: NDQ_002097

answers: Earth to Space

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: UK

answers: NDQ_002103

answers: Space to Earth

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How did scientists know how rockets worked?

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: Landsat satellites

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: How are satellites placed in orbits over Earth

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Earth

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: X Band Satellite Communication

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: X Band Satellite Communication

answers: NDQ_002132

answers: Mobile Satellite Services

answers: NDQ_002133

answers: Space to Earth

answers: NDQ_002134

answers: X Band Satellite Communication operates in the part of the X band or Super High Frequency

answers: NDQ_002135

answers: Space Race

answers: NDQ_002136

answers: Space to Earth

answers: NDQ_002137

answers: X band

answers: NDQ_002138

answers: Earth to Space

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: (Space to Earth)

answers: NDQ_002097

answers: X band or Super High Frequency

answers: NDQ_002099

answers: X band or Super High Frequency

answers: NDQ_002100

answers: NATO

answers: NDQ_002103

answers: (Space to Earth) and 7.9 GHz to 8.4 GHz

answers: NDQ_002108

answers: (Space

answers: NDQ_002111

answers: X Band Satellite Communication

answers: NDQ_002113

answers: X Band Satellite Communication

answers: NDQ_002114

answers: X Band Satellite Communication

answers: NDQ_002115

answers: military use.

answers: NDQ_002116

answers: (Space to Earth)

answers: NDQ_002117

answers: ship

answers: NDQ_002118

answers: military use.

answers: NDQ_002119

answers: X Band Satellite Communication

answers: NDQ_002120

answers: X Band Satellite Communication

answers: NDQ_002121

answers: X Band Satellite Communication

answers: NDQ_002122

answers: (Space to Earth) and 7.9 GHz to 8.4 GHz

answers: NDQ_002123

answers: X Band Satellite Communication

answers: NDQ_002124

answers: X Band Satellite Communication

answers: NDQ_002125

answers: military use.

answers: NDQ_002126

answers: X Band Satellite Communication

answers: NDQ_002127

answers: military

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: 8.4 GHz (Earth to Space).

answers: NDQ_002130

answers: military use. The ITU and the UK Ofcom

answers: NDQ_002131

answers: X Band Satellite Communication

answers: NDQ_002132

answers: X Band Satellite Communication

answers: NDQ_002133

answers: military use.

answers: NDQ_002134

answers: military use.

answers: NDQ_002135

answers: military

answers: NDQ_002136

answers: military use.

answers: NDQ_002137

answers: X Band Satellite Communication

answers: NDQ_002138

answers: Fixed satellite service

answers: NDQ_002139

answers: X Band Satellite Communication

text: Earth exploration-satellite service (also: meteorological-satellite radiocommunication service) is – according to Article 1.51 of the International Telecommunication Union´s (ITU) Radio Regulations (RR) – defined as «A radiocommunication service between earth stations and one or more space stations, which may include links between space stations, in which:

text: Earth exploration-satellite service (also: meteorological-satellite radiocommunication service) is – according to Article 1.51 of the

text: International Telecommunication Union´s

text: (ITU)

text: Radio Regulations

text: (RR) – defined as «A radiocommunication service between

text: earth station

text: s and one or more

text: space station

text: s, which may include links between space stations, in which:

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space.

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: by a spacecraft

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: It is not possible to say

answers: NDQ_002113

answers: the invention of gunpowder

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: astronauts on the moon

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: Earth

answers: NDQ_002118

answers: satellites

answers: NDQ_002119

answers: space

answers: NDQ_002120

answers: Landsat satellites

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: Newtons Third Law of Motion states that a rocket will travel in a straight line.

answers: NDQ_002123

answers: orbits over Earth

answers: NDQ_002124

answers: Alan Shepherd

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: gravity

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: Earth exploration-satellite

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: can be used to describe

answers: NDQ_002132

answers: Earth exploration

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: gravitational force is inversely proportional to acceleration.

answers: NDQ_002135

answers: the Cold War

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: is a satellite in a low orbit

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: space stations,

answers: NDQ_002097

answers: Earth exploration-satellite

answers: NDQ_002099

answers: links between space stations,

answers: NDQ_002100

answers: International Telecommunication Union

answers: NDQ_002103

answers: earth stations and one or more space stations,

answers: NDQ_002108

answers: Earth exploration-satellite

answers: NDQ_002111

answers: Earth exploration-satellite

answers: NDQ_002113

answers: Earth exploration-satellite service

answers: NDQ_002114

answers: Earth exploration-satellite

answers: NDQ_002115

answers: Earth exploration-satellite service

answers: NDQ_002116

answers: earth stations and one or more space stations,

answers: NDQ_002117

answers: space stations,

answers: NDQ_002118

answers: one or more space stations,

answers: NDQ_002119

answers: Earth exploration-satellite

answers: NDQ_002120

answers: meteorological-satellite radiocommunication service)

answers: NDQ_002121

answers: space stations,

answers: NDQ_002122

answers: earth stations and one or more space stations,

answers: NDQ_002123

answers: Earth exploration-satellite

answers: NDQ_002124

answers: Earth exploration-satellite service

answers: NDQ_002125

answers: Earth exploration-satellite

answers: NDQ_002126

answers: space stations,

answers: NDQ_002127

answers: space stations,

answers: NDQ_002128

answers: space stations,

answers: NDQ_002129

answers: Earth exploration-satellite

answers: NDQ_002130

answers: Earth exploration-satellite service

answers: NDQ_002131

answers: links between space stations,

answers: NDQ_002132

answers: Earth exploration-satellite

answers: NDQ_002133

answers: Earth exploration-satellite service

answers: NDQ_002134

answers: links between space stations,

answers: NDQ_002135

answers: Earth exploration-satellite

answers: NDQ_002136

answers: space stations,

answers: NDQ_002137

answers: Earth exploration-satellite

answers: NDQ_002138

answers: Earth exploration-satellite

answers: NDQ_002139

answers: Earth exploration-satellite

text: In the original treatment by Chris Bryant and Allan Scott, the USS Enterprise investigates the disappearance of the USS DaVinci. Upon arriving at the last known location, they find no other ship, but Captain James T. Kirk is struck by electromagnetic waves and leaves the Enterprise in a shuttlecraft. He pilots it out into space and disappears. Three years pass and the Enterprise returns to the area under Captain Gregory Westlake, after picking up Spock, who had retired from Starfleet and returned to Vulcan. The crew discovers a previously hidden planet at the location where Kirk vanished. They believe it to be the planet of the Titans, a mythical and powerful alien race. However, the planet is being drawn into a black hole. The Klingons also want to claim the planet. Spock travels to the surface and finds Kirk, who has been living on the planet for three years. Together, they discover the planet is inhabited by the Cygnans, who destroyed the Titans. The planet and the Enterprise enter the black hole, with the Cygnans being destroyed in the process. The ship emerges in orbit of Earth during the Paleolithic era, and the crew teach early man to make fire, in effect becoming the Titans themselves, in essence a reference to 2001: A Space Odyssey (1968).  Planet of the Titans also explored the concept of the third eye, and was later compared to the appearance of the Greek Gods in the original series episode "Who Mourns for Adonais?".

text: In the original treatment by

text: Chris Bryant

text: and

text: Allan Scott

text: , the USS Enterprise investigates the disappearance of the USS DaVinci. Upon arriving at the last known location, they find no other ship, but Captain

text: James T. Kirk

text: is struck by electromagnetic waves and leaves the Enterprise in a

text: shuttlecraft

text: . He pilots it out into space and disappears. Three years pass and the Enterprise returns to the area under Captain Gregory Westlake, after picking up

text: Spock

text: , who had retired from

text: Starfleet

text: and returned to

text: Vulcan

text: . The crew discovers a previously hidden planet at the location where Kirk vanished. They believe it to be the planet of the

text: Titan

text: s, a mythical and powerful alien race. However, the planet is being drawn into a

text: black hole

text: . The

text: Klingon

text: s also want to claim the planet. Spock travels to the surface and finds Kirk, who has been living on the planet for three years. Together, they discover the planet is inhabited by the Cygnans, who destroyed the Titans. The planet and the Enterprise enter the black hole, with the Cygnans being destroyed in the process. The ship emerges in orbit of Earth during the

text: Paleolithic

text: era, and the crew teach early man to

text: make fire

text: , in effect becoming the Titans themselves, in essence a reference to

text: 2001: A Space Odyssey

text: (1968).  Planet of the Titans also explored the concept of the

text: third eye

text: , and was later compared to the appearance of the

text: Greek Gods

text: in the original series episode "

text: Who Mourns for Adonais?

answers: NDQ_002095

answers: orbit Earth

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: USS Enterprise

answers: NDQ_002103

answers: into space

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How many years did the Paleolithic era last?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What does the ship emerges in orbit of?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: how many satellites are in orbit around earth

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: What does the ship emerge in orbit of Earth?

answers: NDQ_002121

answers: Why does the ship emerges in orbit of Earth?

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: What are placed in high orbits over Earth?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: electromagnetic waves

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: Earth

answers: NDQ_002130

answers: USS Enterprise

answers: NDQ_002131

answers: shuttlecraft

answers: NDQ_002132

answers: shuttlecraft

answers: NDQ_002133

answers: Paleolithic

answers: NDQ_002134

answers: gravitational force is equal to

answers: NDQ_002135

answers: 2001: A Space Odyssey

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: electromagnetic waves

answers: NDQ_002138

answers: is destroyed in the process.

answers: NDQ_002139

answers: Gregory Westlake

answers: NDQ_002095

answers: orbit of Earth

answers: NDQ_002097

answers: electromagnetic waves

answers: NDQ_002099

answers: pilots it out into space

answers: NDQ_002100

answers: The Klingons

answers: NDQ_002103

answers: pilots it out into space

answers: NDQ_002108

answers: Paleolithic

answers: NDQ_002111

answers: Paleolithic era,

answers: NDQ_002113

answers: fire,

answers: NDQ_002114

answers: USS Enterprise investigates the disappearance of the USS DaVinci.

answers: NDQ_002115

answers: shuttlecraft.

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: electromagnetic waves

answers: NDQ_002118

answers: Paleolithic era,

answers: NDQ_002119

answers: 2001: A Space Odyssey (1968).

answers: NDQ_002120

answers: planet of the Titans,

answers: NDQ_002121

answers: electromagnetic waves

answers: NDQ_002122

answers: electromagnetic waves

answers: NDQ_002123

answers: Planet of the Titans also explored the concept of the third eye,

answers: NDQ_002124

answers: James T. Kirk is struck by electromagnetic waves

answers: NDQ_002125

answers: USS Enterprise investigates the disappearance of the USS DaVinci.

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: electromagnetic waves

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: Earth

answers: NDQ_002130

answers: Starfleet

answers: NDQ_002131

answers: electromagnetic waves

answers: NDQ_002132

answers: shuttlecraft.

answers: NDQ_002133

answers: Paleolithic era,

answers: NDQ_002134

answers: electromagnetic waves

answers: NDQ_002135

answers: Paleolithic era,

answers: NDQ_002136

answers: electromagnetic waves

answers: NDQ_002137

answers: electromagnetic waves

answers: NDQ_002138

answers: Earth

answers: NDQ_002139

answers: James T. Kirk

text: The first artificial object sent into space was the Soviet satellite Sputnik 1, launched in 1957, which successfully orbited Earth until 4 January the following year. The American probe Explorer 6, launched in 1959, was the first satellite to image Earth from space.

text: The first artificial object sent into space was the Soviet satellite

text: Sputnik 1

text: , launched in 1957, which successfully orbited Earth until 4 January the following year. The American probe

text: Explorer 6

text: , launched in 1959, was the first satellite to image Earth from space.

answers: NDQ_002095

answers: orbit Earth

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: orbits Earth

answers: NDQ_002100

answers: Soviet

answers: NDQ_002103

answers: in 1957

answers: NDQ_002108

answers: yes

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: What was the first satellite to image Earth from space?

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: Which happened first, Sputnik 1 was launched or Explorer 6 was launched?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: Sputnik 1

answers: NDQ_002130

answers: Explorer 6

answers: NDQ_002131

answers: Sputnik 1

answers: NDQ_002132

answers: Sputnik

answers: NDQ_002133

answers: 1957

answers: NDQ_002134

answers: Sputnik 1 orbited Earth until what date?

answers: NDQ_002135

answers: Sputnik 1

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: Earth

answers: NDQ_002139

answers: unanswerable

answers: NDQ_002095

answers: orbited Earth

answers: NDQ_002097

answers: orbited Earth

answers: NDQ_002099

answers: space

answers: NDQ_002100

answers: Soviet

answers: NDQ_002103

answers: 1957,

answers: NDQ_002108

answers: 1957,

answers: NDQ_002111

answers: The first artificial object sent into space was the Soviet satellite Sputnik 1,

answers: NDQ_002113

answers: The first artificial object sent into space was the Soviet satellite Sputnik 1,

answers: NDQ_002114

answers: The first artificial object sent into space was the Soviet satellite Sputnik 1,

answers: NDQ_002115

answers: Sputnik 1,

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: The first artificial object sent into space was the Soviet satellite Sputnik 1,

answers: NDQ_002118

answers: The first artificial object sent into space was the Soviet satellite Sputnik 1,

answers: NDQ_002119

answers: 1957,

answers: NDQ_002120

answers: Explorer 6,

answers: NDQ_002121

answers: Soviet satellite Sputnik 1,

answers: NDQ_002122

answers: The first artificial object sent into space was the Soviet satellite Sputnik 1,

answers: NDQ_002123

answers: The American probe Explorer 6,

answers: NDQ_002124

answers: The first artificial object sent into space was the Soviet satellite Sputnik 1,

answers: NDQ_002125

answers: Explorer 6,

answers: NDQ_002126

answers: orbited

answers: NDQ_002127

answers: space

answers: NDQ_002128

answers: Soviet satellite Sputnik 1,

answers: NDQ_002129

answers: Explorer 6,

answers: NDQ_002130

answers: The American probe Explorer 6,

answers: NDQ_002131

answers: The first artificial object sent into space was the Soviet satellite Sputnik 1,

answers: NDQ_002132

answers: Soviet satellite Sputnik 1,

answers: NDQ_002133

answers: 1957,

answers: NDQ_002134

answers: orbited Earth until 4 January the following year.

answers: NDQ_002135

answers: 1957,

answers: NDQ_002136

answers: Earth

answers: NDQ_002137

answers: orbited Earth

answers: NDQ_002138

answers: Sputnik 1,

answers: NDQ_002139

answers: Explorer 6,

text: In most cases, the Laplace plane is very close to the equatorial plane of its primary planet (if the satellite is very close to its planet) or to the plane of the primary planet's orbit around the Sun (if the satellite is far away from its planet).  This is because the strength of the planet's perturbation on the satellite's orbit is much stronger for orbits close to the planet, but drops below the strength of the Sun's perturbation for orbits farther away.  Examples of satellites whose Laplace plane is close to their planet's equatorial plane include the satellites of Mars and the inner satellites of the giant planets.  Examples of satellites whose Laplace plane is close to their planet's orbital plane include Earth's Moon and the outer satellites of the giant planets.  Some satellites, such as Saturn's Iapetus, are situated in the transitional zone and have Laplace planes that are midway between their planet's equatorial plane and the plane of its solar orbit.

text: In most cases, the Laplace plane is very close to the equatorial plane of its primary planet (if the satellite is very close to its planet) or to the plane of the primary planet's orbit around the Sun (if the satellite is far away from its planet).  This is because the strength of the planet's perturbation on the satellite's orbit is much stronger for orbits close to the planet, but drops below the strength of the Sun's perturbation for orbits farther away.  Examples of satellites whose Laplace plane is close to their planet's equatorial plane include the

text: satellites of Mars

text: and the

text: inner satellites of the giant planets

text: .  Examples of satellites whose Laplace plane is close to their planet's orbital plane include Earth's

text: Moon

text: and the

text: outer satellites of the giant planets

text: .  Some satellites, such as Saturn's

text: Iapetus

text: , are situated in the transitional zone and have Laplace planes that are midway between their planet's equatorial plane and the plane of its solar orbit.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: the Laplace plane is very close to the equatorial plane

answers: NDQ_002099

answers: orbits farther away

answers: NDQ_002100

answers: Earth's

answers: NDQ_002103

answers: Earth's Moon

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: Earth's

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: Earth's Moon

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: landsat

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: strong for orbits close to the planet, but drops below the strength of the Sun's perturbation for orbits farther away

answers: NDQ_002123

answers: far away from its planet

answers: NDQ_002124

answers: Alan Shepherd

answers: NDQ_002125

answers: Mars

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: strength of the planet's perturbation

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Saturn's Iapetus

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: NDQ_002132

answers: satellites

answers: NDQ_002133

answers: Earth's Moon

answers: NDQ_002134

answers: Earth's Moon is situated in the transitional zone and have Laplace planes that are midway between their planet's equatorial plane and the plane of its solar orbit

answers: NDQ_002135

answers: Earth's Moon

answers: NDQ_002136

answers: strength of the planet's perturbation

answers: NDQ_002137

answers: Laplace planes

answers: NDQ_002138

answers: is closer to its planet's equatorial plane

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: the Laplace plane is very close to the equatorial plane

answers: NDQ_002097

answers: strength of the planet's perturbation

answers: NDQ_002099

answers: the Laplace plane is very close to the equatorial plane

answers: NDQ_002100

answers: Mars

answers: NDQ_002103

answers: the Laplace plane is very close to the equatorial plane

answers: NDQ_002108

answers: Mars

answers: NDQ_002111

answers: the Laplace plane is very close to the equatorial plane

answers: NDQ_002113

answers: the Laplace plane is very close to the equatorial plane

answers: NDQ_002114

answers: Mars

answers: NDQ_002115

answers: Earth's Moon

answers: NDQ_002116

answers: primary planet

answers: NDQ_002117

answers: the Laplace plane is very close to the equatorial plane

answers: NDQ_002118

answers: Earth's Moon

answers: NDQ_002119

answers: the Laplace plane is very close to the equatorial plane

answers: NDQ_002120

answers: the Laplace plane is very close to the equatorial plane

answers: NDQ_002121

answers: the strength of the planet's perturbation

answers: NDQ_002122

answers: the Laplace plane is very close to the equatorial plane

answers: NDQ_002123

answers: Saturn's Iapetus,

answers: NDQ_002124

answers: Mars

answers: NDQ_002125

answers: Mars

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: planet's perturbation

answers: NDQ_002128

answers: satellites

answers: NDQ_002129

answers: Saturn's Iapetus,

answers: NDQ_002130

answers: In most cases, the Laplace plane

answers: NDQ_002131

answers: the Laplace plane is very close to the equatorial plane

answers: NDQ_002132

answers: satellites

answers: NDQ_002133

answers: the satellites of Mars and the inner satellites of the giant planets.

answers: NDQ_002134

answers: the strength of the planet's perturbation

answers: NDQ_002135

answers: the satellites of Mars

answers: NDQ_002136

answers: the strength of the planet's perturbation

answers: NDQ_002137

answers: Laplace plane

answers: NDQ_002138

answers: drops below the strength of the Sun's perturbation

answers: NDQ_002139

answers: Saturn's Iapetus,

text: The genesis of TESS began as early as 2006, when a design was developed from private funding by individuals, Google, and The Kavli Foundation. In 2008, MIT proposed that TESS become a full NASA mission and submitted it for the Small Explorer program at Goddard Space Flight Center, but it was not selected. It was resubmitted in 2010 as an Explorers program mission, and was approved in 2013 as a Medium Explorer mission.

text: The genesis of TESS began as early as 2006, when a design was developed from private funding by individuals, Google, and

text: The Kavli Foundation

text: . In 2008, MIT proposed that TESS become a full NASA mission and submitted it for the

text: Small Explorer program

text: at

text: Goddard Space Flight Center

text: , but it was not selected. It was resubmitted in 2010 as an

text: Explorers program

text: mission, and was approved in 2013 as a Medium Explorer mission.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: Space Flight Center

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What is Newton's Third Law of Motion?

answers: NDQ_002123

answers: How are imaging satellites placed in high orbits over Earth?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: TESS

answers: NDQ_002129

answers: TESS

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: TESS

answers: NDQ_002133

answers: 2000s

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: TESS

answers: NDQ_002136

answers: Space Flight Center

answers: NDQ_002137

answers: TESS

answers: NDQ_002138

answers: TESS

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: TESS

answers: NDQ_002097

answers: The genesis of TESS

answers: NDQ_002099

answers: Space Flight Center,

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: Space Flight Center,

answers: NDQ_002108

answers: 2006,

answers: NDQ_002111

answers: The genesis of TESS began as early as 2006,

answers: NDQ_002113

answers: The genesis of TESS

answers: NDQ_002114

answers: The genesis of TESS began as early as 2006,

answers: NDQ_002115

answers: TESS

answers: NDQ_002116

answers: Small Explorer program at Goddard Space Flight Center,

answers: NDQ_002117

answers: TESS

answers: NDQ_002118

answers: TESS

answers: NDQ_002119

answers: 2006,

answers: NDQ_002120

answers: TESS

answers: NDQ_002121

answers: Space Flight Center,

answers: NDQ_002122

answers: TESS

answers: NDQ_002123

answers: TESS

answers: NDQ_002124

answers: The genesis of TESS

answers: NDQ_002125

answers: TESS

answers: NDQ_002126

answers: TESS

answers: NDQ_002127

answers: private funding by individuals, Google, and The Kavli Foundation.

answers: NDQ_002128

answers: TESS

answers: NDQ_002129

answers: TESS

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: TESS

answers: NDQ_002132

answers: TESS

answers: NDQ_002133

answers: 2006,

answers: NDQ_002134

answers: TESS

answers: NDQ_002135

answers: TESS

answers: NDQ_002136

answers: private funding

answers: NDQ_002137

answers: TESS

answers: NDQ_002138

answers: TESS

answers: NDQ_002139

answers: TESS

text: In Affordable Space Advantures, the player takes on the role of a customer who has purchased an "Affordable Space Adventure" from the company Uexplore.  The game begins with a video that describes a newly discovered planet ready to be explored by the company's customers, even promising to allow them to take ownership of and colonize their own individual piece of the planet.  It introduces the customer to the Small Craft, their own personal vehicle with which they will explore the planet's surface, and describes the process by which the customer is to be placed on and retrieved from the planet.  All along the way, Uexplore extols the virtues of its perfect safety record.

text: In Affordable Space Advantures, the player takes on the role of a customer who has purchased an "Affordable Space Adventure" from the company Uexplore.  The game begins with a video that describes a newly discovered planet ready to be explored by the company's customers, even promising to allow them to take ownership of and colonize their own individual piece of the planet.  It introduces the customer to the Small Craft, their own personal vehicle with which they will explore the planet's surface, and describes the process by which the customer is to be placed on and retrieved from the planet.  All along the way, Uexplore extols the virtues of its perfect safety record.

answers: NDQ_002095

answers: unanswerable

answers: NDQ_002097

answers: Newton's Law of Gravity

answers: NDQ_002099

answers: can be launched

answers: NDQ_002100

answers: United States and China

answers: NDQ_002103

answers: Uexplore

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: unknown

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Apollo 12

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: Where are the satellites placed?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: Small Craft

answers: NDQ_002128

answers: Small Craft

answers: NDQ_002129

answers: Uexplore

answers: NDQ_002130

answers: Uexplore

answers: NDQ_002131

answers: Small Craft

answers: NDQ_002132

answers: Small Craft

answers: NDQ_002133

answers: 20th century

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: Affordable Space Advantures

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: can be retrieved from the planet

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: planet

answers: NDQ_002097

answers: planet.

answers: NDQ_002099

answers: safety record.

answers: NDQ_002100

answers: Uexplore.

answers: NDQ_002103

answers: Uexplore.

answers: NDQ_002108

answers: planet

answers: NDQ_002111

answers: Space Advantures,

answers: NDQ_002113

answers: Affordable Space Advantures,

answers: NDQ_002114

answers: Affordable Space Advantures,

answers: NDQ_002115

answers: Small Craft,

answers: NDQ_002116

answers: Small Craft,

answers: NDQ_002117

answers: Uexplore.

answers: NDQ_002118

answers: Affordable Space Advantures,

answers: NDQ_002119

answers: Space Advantures,

answers: NDQ_002120

answers: Uexplore.

answers: NDQ_002121

answers: Space Advantures,

answers: NDQ_002122

answers: Small Craft,

answers: NDQ_002123

answers: Uexplore.

answers: NDQ_002124

answers: Uexplore.

answers: NDQ_002125

answers: colonize their own individual piece of the planet.

answers: NDQ_002126

answers: vehicle

answers: NDQ_002127

answers: Small Craft,

answers: NDQ_002128

answers: planet

answers: NDQ_002129

answers: Uexplore.

answers: NDQ_002130

answers: Uexplore.

answers: NDQ_002131

answers: Small Craft,

answers: NDQ_002132

answers: Small Craft,

answers: NDQ_002133

answers: Space

answers: NDQ_002134

answers: planet. It introduces the customer to the Small Craft,

answers: NDQ_002135

answers: Affordable Space Advantures,

answers: NDQ_002136

answers: safety record.

answers: NDQ_002137

answers: Small Craft,

answers: NDQ_002138

answers: Small Craft,

answers: NDQ_002139

answers: Uexplore.

text: Svalbard Satellite Station () or SvalSat is a satellite ground station located on Platåberget near Longyearbyen in Svalbard, Norway. Opened in 1997, it is operated by Kongsberg Satellite Services (KSAT), a joint venture between Kongsberg Defence & Aerospace and the Norwegian Space Centre (NSC). SvalSat and KSAT's Troll Satellite Station (TrollSat) in Antarctica are the only ground stations that can see a low altitude polar orbiting satellite (e.g., in sun-synchronous orbit) on every revolution as the earth rotates. The facility consists of 31 multi-mission and customer-dedicated antennas which operate in the C, L, S and X bands. The station provides ground services to more satellites than any other facility in the world.

text: Svalbard Satellite Station () or SvalSat is a

text: satellite ground station

text: located on

text: Platåberget

text: near

text: Longyearbyen

text: in

text: Svalbard

text: , Norway. Opened in 1997, it is operated by

text: Kongsberg Satellite Services

text: (KSAT), a joint venture between

text: Kongsberg Defence & Aerospace

text: and the

text: Norwegian Space Centre

text: (NSC). SvalSat and KSAT's

text: Troll Satellite Station

text: (TrollSat) in Antarctica are the only ground stations that can see a low altitude

text: polar orbit

text: ing satellite (e.g., in

text: sun-synchronous orbit

text: ) on every revolution as the earth rotates. The facility consists of 31 multi-mission and customer-dedicated antennas which operate in the

text: C

text: L

text: S

text: and

text: X

text: bands. The station provides ground services to more satellites than any other facility in the world.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: Earth rotates

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: Norway

answers: NDQ_002103

answers: Svalbard

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: How many years ago was Svalbard Satellite Station opened?

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: None of the above choices.

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: What does SvalSat provide ground services to?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: What are the only ground stations that can see a low altitude polar orbiting satellite

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: a rocket

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Svalbard Satellite Station

answers: NDQ_002130

answers: NSC

answers: NDQ_002131

answers: Troll Satellite Station

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: Norwegian Space Centre

answers: NDQ_002134

answers: Svalbard Satellite Station provides ground services to more satellites than any other facility in the world

answers: NDQ_002135

answers: Svalbard

answers: NDQ_002136

answers: sun-synchronous orbit

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: sun-synchronous orbit

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: sun-synchronous orbit)

answers: NDQ_002097

answers: earth rotates.

answers: NDQ_002099

answers: multi-mission

answers: NDQ_002100

answers: Norway.

answers: NDQ_002103

answers: Norwegian Space Centre

answers: NDQ_002108

answers: 1997,

answers: NDQ_002111

answers: Svalbard Satellite Station

answers: NDQ_002113

answers: Svalbard Satellite Station

answers: NDQ_002114

answers: Svalbard Satellite Station

answers: NDQ_002115

answers: Svalbard Satellite Station

answers: NDQ_002116

answers: sun-synchronous orbit)

answers: NDQ_002117

answers: sun-synchronous orbit)

answers: NDQ_002118

answers: Svalbard Satellite Station

answers: NDQ_002119

answers: 1997,

answers: NDQ_002120

answers: polar orbiting satellite

answers: NDQ_002121

answers: sun-synchronous orbit) on every revolution as the earth rotates.

answers: NDQ_002122

answers: sun-synchronous orbit) on every revolution as the earth rotates.

answers: NDQ_002123

answers: low altitude

answers: NDQ_002124

answers: Svalbard Satellite Station

answers: NDQ_002125

answers: Antarctica

answers: NDQ_002126

answers: revolution

answers: NDQ_002127

answers: Space Centre

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: polar orbiting satellite

answers: NDQ_002130

answers: (NSC).

answers: NDQ_002131

answers: Svalbard Satellite Station

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: Norwegian Space Centre

answers: NDQ_002134

answers: earth rotates.

answers: NDQ_002135

answers: Norwegian Space Centre

answers: NDQ_002136

answers: sun-synchronous orbit) on every revolution as the earth rotates.

answers: NDQ_002137

answers: C, L, S and X bands.

answers: NDQ_002138

answers: sun-synchronous orbit)

answers: NDQ_002139

answers: Space Centre

text: Reagan grew up in Hobbs, New Mexico, and has long been fascinated with the exploration of the sea and space.  As a child he saw one of the early moonwalks on television and knew that he wanted to be part of space exploration some day.

text: Reagan grew up in

text: Hobbs, New Mexico

text: , and has long been fascinated with the

text: exploration

text: of the sea and

text: space

text: .  As a child he saw one of the early

text: moonwalk

text: s on

text: television

text: and knew that he wanted to be part of

text: space exploration

text: some day.

answers: NDQ_002095

answers: orbit the Moon

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: before it can enter space

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: iii.

answers: NDQ_002113

answers: no one

answers: NDQ_002114

answers: the United States

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: A satellite orbits a larger object.

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices .

answers: NDQ_002119

answers: the moon

answers: NDQ_002120

answers: The answer: yes.

answers: NDQ_002121

answers: c).

answers: NDQ_002122

answers: a rocket will travel in space in a straight line

answers: NDQ_002123

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

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: moonwalk

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: is nasa

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: can be described as

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: moonwalks

answers: NDQ_002134

answers: gravitational force causes objects to move in the same direction

answers: NDQ_002135

answers: Reagan's childhood

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: can be seen from Earth.

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: moonwalks

answers: NDQ_002097

answers: moonwalks

answers: NDQ_002099

answers: moonwalks

answers: NDQ_002100

answers: Reagan

answers: NDQ_002103

answers: moonwalks

answers: NDQ_002108

answers: moonwalks

answers: NDQ_002111

answers: moonwalks

answers: NDQ_002113

answers: moonwalks

answers: NDQ_002114

answers: Reagan

answers: NDQ_002115

answers: moonwalks

answers: NDQ_002116

answers: Reagan

answers: NDQ_002117

answers: moonwalks

answers: NDQ_002118

answers: Reagan

answers: NDQ_002119

answers: moonwalks

answers: NDQ_002120

answers: Reagan

answers: NDQ_002121

answers: moonwalks

answers: NDQ_002122

answers: moonwalks

answers: NDQ_002123

answers: Reagan

answers: NDQ_002124

answers: Reagan

answers: NDQ_002125

answers: moonwalks

answers: NDQ_002126

answers: moonwalks

answers: NDQ_002127

answers: moonwalks

answers: NDQ_002128

answers: moonwalks

answers: NDQ_002129

answers: moonwalks

answers: NDQ_002130

answers: Reagan

answers: NDQ_002131

answers: moonwalks

answers: NDQ_002132

answers: moonwalks

answers: NDQ_002133

answers: moonwalks

answers: NDQ_002134

answers: moonwalks

answers: NDQ_002135

answers: moonwalks

answers: NDQ_002136

answers: space.

answers: NDQ_002137

answers: space.

answers: NDQ_002138

answers: moonwalks

answers: NDQ_002139

answers: Reagan

text: Ley remained unconvinced by this skeptical attitude.  When he was old enough, he studied astronomy, physics, zoology, and paleontology at the University of Berlin. Ley explained, "I was never quite sure whether my studies would earn me the title of "zoologist" or "geologist," but I kept exploring, in a manner of speaking, looking especially into such corners as others had neglected."  He then became interested in spaceflight after reading Hermann Oberth's book Die Rakete zu den Planetenräumen ("The Rocket into Interplanetary Space").  Although it was a technical book that was difficult to understand, Ley worked through the calculations and concluded that outer space would soon become the next great frontier of human exploration.  Ley was so convinced by Oberth's book that he sat down (at the age of 19) to write a popularization of its contents.  He also began corresponding with every known rocket enthusiast in Europe, including Oberth himself.  After publishing Die Fahrt ins Weltall ("Travel in Outer Space") in 1926, Ley became one of the first members of Germany's amateur rocket group, the Verein für Raumschiffahrt (VfR – "Spaceflight Society") in 1927 and wrote extensively for its journal, Die Rakete ("The Rocket"). Ley would eventually become the group's Vice-President, during a time when it had no active President.  Meanwhile, he was writing hundreds of short articles about rockets for German and foreign newspapers.

text: Ley remained unconvinced by this skeptical attitude.  When he was old enough, he studied

text: astronomy

text: physics

text: zoology

text: , and

text: paleontology

text: at the

text: University of Berlin

text: . Ley explained, "I was never quite sure whether my studies would earn me the title of "zoologist" or "geologist," but I kept exploring, in a manner of speaking, looking especially into such corners as others had neglected."  He then became interested in spaceflight after reading

text: Hermann Oberth

text: 's book Die Rakete zu den Planetenräumen ("The Rocket into Interplanetary Space").  Although it was a technical book that was difficult to understand, Ley worked through the calculations and concluded that outer space would soon become the next great frontier of human exploration.  Ley was so convinced by Oberth's book that he sat down (at the age of 19) to write a popularization of its contents.  He also began corresponding with every known rocket enthusiast in Europe, including Oberth himself.  After publishing Die Fahrt ins Weltall ("Travel in Outer Space") in 1926, Ley became one of the first members of Germany's amateur rocket group, the

text: Verein für Raumschiffahrt

text: (VfR – "Spaceflight Society") in 1927 and wrote extensively for its journal, Die Rakete ("The Rocket"). Ley would eventually become the group's Vice-President, during a time when it had no active President.  Meanwhile, he was writing hundreds of short articles about rockets for German and foreign newspapers.

answers: NDQ_002095

answers: travel in outer space

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can travel in space

answers: NDQ_002100

answers: Germany's

answers: NDQ_002103

answers: "The Rocket into Interplanetary Space

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Neil Armstrong walked

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat or Oberth?

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: Which of the following is not a type of satellite: Imaging satellites are placed in high orbits over Earth.

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: unanswerable

answers: NDQ_002127

answers: a technical book that was difficult to understand

answers: NDQ_002128

answers: interplanetary

answers: NDQ_002129

answers: unanswerable

answers: NDQ_002130

answers: Spaceflight Society

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: Rakete

answers: NDQ_002133

answers: Germans

answers: NDQ_002134

answers: Einstein's third law of motion states that

answers: NDQ_002135

answers: unanswerable

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: GPS is a system

answers: NDQ_002138

answers: unanswerable

answers: NDQ_002139

answers: Hermann Oberth

answers: NDQ_002095

answers: Interplanetary Space").

answers: NDQ_002097

answers: physics,

answers: NDQ_002099

answers: Interplanetary Space").

answers: NDQ_002100

answers: Europe,

answers: NDQ_002103

answers: ("The Rocket into Interplanetary Space").

answers: NDQ_002108

answers: 1926,

answers: NDQ_002111

answers: Hermann Oberth's

answers: NDQ_002113

answers: Hermann Oberth's

answers: NDQ_002114

answers: Ley remained unconvinced by this skeptical attitude.

answers: NDQ_002115

answers: Hermann Oberth's

answers: NDQ_002116

answers: Planetenräumen

answers: NDQ_002117

answers: ("The Rocket into Interplanetary Space").

answers: NDQ_002118

answers: outer space

answers: NDQ_002119

answers: 1926,

answers: NDQ_002120

answers: Ley

answers: NDQ_002121

answers: ("The Rocket into Interplanetary Space").

answers: NDQ_002122

answers: Die Rakete zu den Planetenräumen

answers: NDQ_002123

answers: Interplanetary Space").

answers: NDQ_002124

answers: Ley

answers: NDQ_002125

answers: outer space would soon become the next great frontier of human exploration.

answers: NDQ_002126

answers: ("The Rocket into Interplanetary Space").

answers: NDQ_002127

answers: physics,

answers: NDQ_002128

answers: Planetenräumen ("The Rocket into Interplanetary Space").

answers: NDQ_002129

answers: Interplanetary Space").

answers: NDQ_002130

answers: "Spaceflight Society")

answers: NDQ_002131

answers: ("The Rocket into Interplanetary Space").

answers: NDQ_002132

answers: ("The Rocket into Interplanetary Space").

answers: NDQ_002133

answers: 1926,

answers: NDQ_002134

answers: outer space would soon become the next great frontier of human exploration.

answers: NDQ_002135

answers: Die Fahrt ins Weltall

answers: NDQ_002136

answers: calculations

answers: NDQ_002137

answers: calculations

answers: NDQ_002138

answers: ("The Rocket into Interplanetary Space").

answers: NDQ_002139

answers: Hermann Oberth's

text: Four types of ICC carriers have flown into orbit aboard the Space Shuttle:

text: Four types of ICC carriers have flown into orbit aboard the Space Shuttle:

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space.

answers: NDQ_002100

answers: United States and Russia

answers: NDQ_002103

answers: a spacecraft

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: A satellite orbits a planet.

answers: NDQ_002117

answers: It's impossible to say

answers: NDQ_002118

answers: None of the above choices are true

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: The answer is yes

answers: NDQ_002121

answers: it is not possible to tell

answers: NDQ_002122

answers: The rocket will travel in a straight line.

answers: NDQ_002123

answers: None of the above choices are true

answers: NDQ_002124

answers: The answer is Alan Shepherd.

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: isotope

answers: NDQ_002129

answers: The largest artificial satellite is the Hubble Space Telescope.

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: can be described

answers: NDQ_002132

answers: ISS

answers: NDQ_002133

answers: 20th century

answers: NDQ_002134

answers: gravitational force causes objects to move in the same direction.

answers: NDQ_002135

answers: the Cold War

answers: NDQ_002136

answers: gravitational pull

answers: NDQ_002137

answers: satellites to locate the Earth.

answers: NDQ_002138

answers: can be seen from Earth.

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: orbit

answers: NDQ_002097

answers: Four types of ICC carriers have flown into orbit

answers: NDQ_002099

answers: ICC carriers have flown into orbit

answers: NDQ_002100

answers: ICC

answers: NDQ_002103

answers: ICC carriers

answers: NDQ_002108

answers: Four types of ICC carriers have flown into orbit aboard the Space Shuttle:

answers: NDQ_002111

answers: ICC carriers

answers: NDQ_002113

answers: ICC carriers

answers: NDQ_002114

answers: Four types of ICC carriers

answers: NDQ_002115

answers: ICC carriers have flown into orbit aboard the Space Shuttle:

answers: NDQ_002116

answers: ICC carriers

answers: NDQ_002117

answers: ICC carriers

answers: NDQ_002118

answers: ICC carriers

answers: NDQ_002119

answers: ICC carriers have flown into orbit aboard the Space Shuttle:

answers: NDQ_002120

answers: Four types of ICC carriers

answers: NDQ_002121

answers: ICC carriers

answers: NDQ_002122

answers: ICC carriers

answers: NDQ_002123

answers: ICC carriers

answers: NDQ_002124

answers: Four types of ICC carriers have flown into orbit aboard the Space Shuttle:

answers: NDQ_002125

answers: ICC carriers have flown into orbit aboard the Space Shuttle:

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: ICC carriers have flown into orbit aboard the Space Shuttle:

answers: NDQ_002128

answers: Space Shuttle:

answers: NDQ_002129

answers: ICC carriers

answers: NDQ_002130

answers: Space Shuttle:

answers: NDQ_002131

answers: ICC carriers

answers: NDQ_002132

answers: ICC carriers

answers: NDQ_002133

answers: Space Shuttle:

answers: NDQ_002134

answers: ICC carriers

answers: NDQ_002135

answers: Space Shuttle:

answers: NDQ_002136

answers: Space Shuttle:

answers: NDQ_002137

answers: ICC carriers

answers: NDQ_002138

answers: ICC carriers

answers: NDQ_002139

answers: Space Shuttle:

text: NASA aims to build on its partnerships with the U.S. commercial space industry that are developing new spacecraft and rockets capable of delivering cargo and soon, astronauts) to low Earth orbit. Recognizing United States industry's interest in reaching and exploring the Moon, the Agency has competitively selected three partners to spur commercial cargo transportation capabilities to the surface of the Moon.

text: NASA aims to build on its partnerships with the U.S. commercial space industry that are developing new spacecraft and rockets capable of delivering cargo and soon, astronauts) to low Earth orbit. Recognizing United States industry's interest in reaching and exploring the Moon, the Agency has competitively selected three partners to spur commercial cargo transportation capabilities to the surface of the Moon.

answers: NDQ_002095

answers: Earth orbit

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can deliver cargo

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: low Earth orbit

answers: NDQ_002108

answers: It's impossible to say

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat or NASA?

answers: NDQ_002121

answers: None of the above choices.

answers: NDQ_002122

answers: Which of the following is not a law: Newton's Third Law of Motion?

answers: NDQ_002123

answers: Which of the following is not a partner to spur commercial cargo transportation capabilities to the surface of the Moon?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Earth

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: The Moon

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: cargo

answers: NDQ_002133

answers: Space Age

answers: NDQ_002134

answers: Newton's third law of motion states that Newton's third law of motion states that Newton's third law of motion states that

answers: NDQ_002135

answers: NASA

answers: NDQ_002136

answers: Earth

answers: NDQ_002137

answers: Earth's magnetic

answers: NDQ_002138

answers: Earth

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: low Earth orbit.

answers: NDQ_002097

answers: Earth orbit.

answers: NDQ_002099

answers: delivering cargo

answers: NDQ_002100

answers: U.S.

answers: NDQ_002103

answers: rockets capable of delivering cargo

answers: NDQ_002108

answers: astronauts) to low Earth orbit.

answers: NDQ_002111

answers: rockets

answers: NDQ_002113

answers: low Earth orbit.

answers: NDQ_002114

answers: astronauts)

answers: NDQ_002115

answers: astronauts)

answers: NDQ_002116

answers: Earth orbit.

answers: NDQ_002117

answers: rockets

answers: NDQ_002118

answers: Earth orbit.

answers: NDQ_002119

answers: astronauts)

answers: NDQ_002120

answers: Earth orbit.

answers: NDQ_002121

answers: low Earth orbit.

answers: NDQ_002122

answers: low Earth orbit.

answers: NDQ_002123

answers: low Earth orbit.

answers: NDQ_002124

answers: Moon.

answers: NDQ_002125

answers: Moon,

answers: NDQ_002126

answers: orbit.

answers: NDQ_002127

answers: spacecraft

answers: NDQ_002128

answers: Earth orbit.

answers: NDQ_002129

answers: Earth orbit.

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: spacecraft

answers: NDQ_002132

answers: cargo

answers: NDQ_002133

answers: Earth orbit.

answers: NDQ_002134

answers: Moon.

answers: NDQ_002135

answers: astronauts)

answers: NDQ_002136

answers: Earth orbit.

answers: NDQ_002137

answers: Earth

answers: NDQ_002138

answers: Earth orbit.

answers: NDQ_002139

answers: astronauts)

text: The Group then agreed to produce and sell 60 JATO engines to the United States Army Air Corps. To do so they formed the Aerojet Engineering Corporation in March 1942, in which Parsons, Forman, Malina, von Kármán, and Summerfield each invested $250, opening their offices on Colorado Boulevard and bringing in Amo Smith as their engineer. Andrew G. Haley was recruited by von Kármán as their lawyer and treasurer. Although Aerojet was a for-profit operation that provided technology for military means, the founders' mentality was rooted in the ideal of using rockets for peaceful space exploration. As Haley recounted von Kármán requesting: "we will make the rockets—you must make the corporation and obtain the money. Later on you will have to see that we all behave well in outer space."

text: The Group then agreed to produce and sell 60 JATO engines to the

text: United States Army Air Corps

text: . To do so they formed the Aerojet Engineering Corporation in March 1942, in which Parsons, Forman, Malina, von Kármán, and Summerfield each invested $250, opening their offices on

text: Colorado Boulevard

text: and bringing in Amo Smith as their engineer.

text: Andrew G. Haley

text: was recruited by von Kármán as their lawyer and treasurer. Although Aerojet was a for-profit operation that provided technology for military means, the founders' mentality was rooted in the ideal of using rockets for peaceful space exploration. As Haley recounted von Kármán requesting: "we will make the rockets—you must make the corporation and obtain the money. Later on you will have to see that we all behave well in outer space."

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: behave well

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: rockets

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: Which is not a last name?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: JATO engines

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: What was the largest artificial satellite?

answers: NDQ_002130

answers: Army Air Corps

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: rockets

answers: NDQ_002133

answers: March 1942

answers: NDQ_002134

answers: gravitational force is equal to the force of gravity

answers: NDQ_002135

answers: Aerojet Engineering Corporation

answers: NDQ_002136

answers: Rockets

answers: NDQ_002137

answers: JATO engines

answers: NDQ_002138

answers: unanswerable

answers: NDQ_002139

answers: Amo Smith

answers: NDQ_002095

answers: outer space."

answers: NDQ_002097

answers: behave well in outer space."

answers: NDQ_002099

answers: peaceful space exploration.

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: outer space."

answers: NDQ_002108

answers: 1942,

answers: NDQ_002111

answers: Later on you will have to see that we all behave well in outer space."

answers: NDQ_002113

answers: 1942,

answers: NDQ_002114

answers: 1942,

answers: NDQ_002115

answers: peaceful space exploration.

answers: NDQ_002116

answers: 1942,

answers: NDQ_002117

answers: rockets

answers: NDQ_002118

answers: outer space."

answers: NDQ_002119

answers: 1942,

answers: NDQ_002120

answers: 1942,

answers: NDQ_002121

answers: outer space."

answers: NDQ_002122

answers: behave well in outer space."

answers: NDQ_002123

answers: we all behave well in outer space."

answers: NDQ_002124

answers: 1942,

answers: NDQ_002125

answers: Later on you will have to see that we all behave well in outer space."

answers: NDQ_002126

answers: outer space."

answers: NDQ_002127

answers: JATO engines

answers: NDQ_002128

answers: outer space."

answers: NDQ_002129

answers: 60 JATO engines to the United States Army Air Corps.

answers: NDQ_002130

answers: United States Army Air Corps.

answers: NDQ_002131

answers: outer space."

answers: NDQ_002132

answers: rockets

answers: NDQ_002133

answers: peaceful space exploration.

answers: NDQ_002134

answers: we all behave well in outer space."

answers: NDQ_002135

answers: peaceful space exploration.

answers: NDQ_002136

answers: rockets

answers: NDQ_002137

answers: JATO engines

answers: NDQ_002138

answers: rockets for peaceful space exploration.

answers: NDQ_002139

answers: Andrew G. Haley

text: Before a collision with space debris, the satellite was in a sun-synchronous circular orbit, 832 km high, with an inclination of 98.77 degrees, an orbital period of 101.3 min, and its own spin period of 5.6 seconds. In early 2013, the satellite was found to have a new orbit 120 m lower, a faster spin period of 2.1 seconds, and a different spin axis. The change was traced back to an event that occurred 22 Jan 2013 at 07:57 UTC; data from the United States’s Space Surveillance Network showed that within 10 seconds of that time BLITS was close to the predicted path of a fragment of the former Chinese Fengyun-1C satellite, with a relative velocity of 9.6 km/s between them. The Chinese government destroyed the Fengyun-1C, at an altitude of 865 km, on 11 Jan 2007 as a test of an anti-satellite missile which resulted in 2,300 to 15,000 debris pieces.

text: Before a collision with space debris, the satellite was in a sun-synchronous circular orbit, 832 km high, with an inclination of 98.77 degrees, an orbital period of 101.3 min, and its own spin period of 5.6 seconds. In early 2013, the satellite was found to have a new orbit 120 m lower, a faster spin period of 2.1 seconds, and a different spin axis. The change was traced back to an event that occurred 22 Jan 2013 at 07:57 UTC; data from the United States’s

entity_name: United States Space Surveillance Network

text: Space Surveillance Network

text: showed that within 10 seconds of that time BLITS was close to the predicted path of a fragment of the former Chinese

entity_name: 2007 Chinese anti-satellite missile test

text: satellite, with a relative velocity of 9.6 km/s between them. The Chinese government destroyed the Fengyun-1C, at an altitude of 865 km, on 11 Jan 2007 as a test of an anti-satellite missile which resulted in 2,300 to 15,000 debris pieces.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: relative velocity

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: first

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How did the Chinese government destroy the Fengyun-1C

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat satellites

answers: NDQ_002121

answers: It is not possible to tell

answers: NDQ_002122

answers: what is the first law mentioned?

answers: NDQ_002123

answers: What type of satellites are placed in high orbits over Earth

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: relative velocity

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: BLITS

answers: NDQ_002130

answers: Space Surveillance Network

answers: NDQ_002131

answers: a collision with space debris

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: 20th century

answers: NDQ_002134

answers: relative velocity of 9.6 km/s between them

answers: NDQ_002135

answers: BLITS

answers: NDQ_002136

answers: space debris

answers: NDQ_002137

answers: satellites to measure

answers: NDQ_002138

answers: 120 m lower

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: sun-synchronous circular orbit,

answers: NDQ_002097

answers: inclination of 98.77 degrees,

answers: NDQ_002099

answers: spin axis.

answers: NDQ_002100

answers: United States’s

answers: NDQ_002103

answers: sun-synchronous circular orbit,

answers: NDQ_002108

answers: 865 km, on 11 Jan 2007

answers: NDQ_002111

answers: Before a collision with space debris,

answers: NDQ_002113

answers: 865 km, on 11 Jan 2007

answers: NDQ_002114

answers: Chinese Fengyun-1C

answers: NDQ_002115

answers: The Chinese government destroyed the Fengyun-1C,

answers: NDQ_002116

answers: sun-synchronous circular orbit,

answers: NDQ_002117

answers: sun-synchronous circular orbit,

answers: NDQ_002118

answers: 2,300 to 15,000 debris pieces.

answers: NDQ_002119

answers: 2013,

answers: NDQ_002120

answers: The Chinese government destroyed the Fengyun-1C,

answers: NDQ_002121

answers: sun-synchronous circular orbit,

answers: NDQ_002122

answers: 9.6 km/s

answers: NDQ_002123

answers: 832 km high,

answers: NDQ_002124

answers: Fengyun-1C,

answers: NDQ_002125

answers: The Chinese government destroyed the Fengyun-1C,

answers: NDQ_002126

answers: circular orbit,

answers: NDQ_002127

answers: velocity

answers: NDQ_002128

answers: satellite was in a sun-synchronous circular orbit,

answers: NDQ_002129

answers: Fengyun-1C

answers: NDQ_002130

answers: Space Surveillance Network

answers: NDQ_002131

answers: 9.6 km/s

answers: NDQ_002132

answers: BLITS

answers: NDQ_002133

answers: 865 km, on 11 Jan 2007

answers: NDQ_002134

answers: 98.77 degrees,

answers: NDQ_002135

answers: The Chinese government destroyed the Fengyun-1C,

answers: NDQ_002136

answers: space debris,

answers: NDQ_002137

answers: sun-synchronous circular orbit,

answers: NDQ_002138

answers: 120 m lower,

answers: NDQ_002139

answers: BLITS

text: Currently he is a program officer at the Space Studies Board of the National Research Council in Washington, D.C.  In that capacity he has served as a study director for several studies for NASA.  These studies include "Space Radiation Hazards and the Vision for Space Exploration," "Building a Better NASA Workforce: Meeting the Workforce Needs for the National Vision for Space Exploration," "Grading NASA's Solar System Exploration Program: A Midterm Report," "Opening New Frontiers in Space: Choices for the Next New Frontiers Announcement of Opportunity," and "Science Opportunities Provided by NASA's Constellation System."  He was recently the study director of a study to assess detection and mitigation strategies for near-Earth object hazards which produced the report "Defending Planet Earth: Near-Earth-Object Survey and Hazard Mitigation Strategies," and co-study director of an analysis of radioisotope power systems for robotic spacecraft.  He is currently assistant study director of the planetary science decadal survey.  He is also currently study director of a study on the future of NASA's spaceflight crew office, and a study of NASA's flight research projects, both for the Aeronautics and Space Engineering Board.

text: Currently he is a program officer at the Space Studies Board of the

entity_name: National Research Council (United States)

text: National Research Council

text: in Washington, D.C.  In that capacity he has served as a study director for several studies for NASA.  These studies include "Space Radiation Hazards and the Vision for Space Exploration," "Building a Better NASA Workforce: Meeting the Workforce Needs for the National Vision for Space Exploration," "Grading NASA's Solar System Exploration Program: A Midterm Report," "Opening New Frontiers in Space: Choices for the Next New Frontiers Announcement of Opportunity," and "Science Opportunities Provided by NASA's Constellation System."  He was recently the study director of a study to assess detection and mitigation strategies for near-Earth object hazards which produced the report "Defending Planet Earth: Near-Earth-Object Survey and Hazard Mitigation Strategies," and co-study director of an analysis of radioisotope power systems for robotic spacecraft.  He is currently assistant study director of the planetary science decadal survey.  He is also currently study director of a study on the future of NASA's spaceflight crew office, and a study of NASA's flight research projects, both for the Aeronautics and Space Engineering Board.

answers: NDQ_002095

answers: Earth

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: NASA

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: what is the solar system

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: NASA's Constellation System

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: Newtons Third Law of Motion

answers: NDQ_002123

answers: Which of the following is not a type of satellite: Imaging satellites are placed in high orbits over Earth

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: The National Research Council

answers: NDQ_002128

answers: near-Earth

answers: NDQ_002129

answers: The International Space Station

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: NDQ_002132

answers: robotic spacecraft

answers: NDQ_002133

answers: Space Studies Board

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: NASA's Constellation System

answers: NDQ_002136

answers: Space Radiation

answers: NDQ_002137

answers: space radiation

answers: NDQ_002138

answers: near-Earth object hazards

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: near-Earth

answers: NDQ_002097

answers: Earth:

answers: NDQ_002099

answers: radioisotope power systems for robotic spacecraft.

answers: NDQ_002100

answers: NASA's

answers: NDQ_002103

answers: Space Studies Board of the National Research Council

answers: NDQ_002108

answers: Space Studies Board of the National Research Council

answers: NDQ_002111

answers: radioisotope power systems for robotic spacecraft.

answers: NDQ_002113

answers: Space Studies Board of the National Research Council

answers: NDQ_002114

answers: Space Studies Board of the National Research Council

answers: NDQ_002115

answers: Space Studies Board of the National Research Council

answers: NDQ_002116

answers: Planet Earth:

answers: NDQ_002117

answers: robotic spacecraft.

answers: NDQ_002118

answers: Space Studies Board of the National Research Council

answers: NDQ_002119

answers: Space Studies Board of the National Research Council

answers: NDQ_002120

answers: Space Studies Board of the National Research Council

answers: NDQ_002121

answers: Space Studies Board of the National Research Council

answers: NDQ_002122

answers: radioisotope power systems for robotic spacecraft.

answers: NDQ_002123

answers: near-Earth object hazards

answers: NDQ_002124

answers: Space Studies Board of the National Research Council

answers: NDQ_002125

answers: Space Studies Board of the National Research Council

answers: NDQ_002126

answers: spacecraft.

answers: NDQ_002127

answers: radioisotope power systems for robotic spacecraft.

answers: NDQ_002128

answers: near-Earth

answers: NDQ_002129

answers: NASA's Constellation System."

answers: NDQ_002130

answers: NASA.

answers: NDQ_002131

answers: spacecraft.

answers: NDQ_002132

answers: robotic spacecraft.

answers: NDQ_002133

answers: Space Studies Board of the National Research Council in Washington, D.C.

answers: NDQ_002134

answers: robotic spacecraft.

answers: NDQ_002135

answers: NASA's Constellation System."

answers: NDQ_002136

answers: "Space Radiation Hazards

answers: NDQ_002137

answers: radioisotope power systems for robotic spacecraft.

answers: NDQ_002138

answers: near-Earth

answers: NDQ_002139

answers: Space Studies Board of the National Research Council

text: MRO is modeled after NASA's highly successful Mars Global Surveyor to conduct surveillance of Mars from orbit. Early specifications of the satellite included a large camera to take high resolution pictures of Mars. In this regard, James B. Garvin, the Mars exploration program scientist for NASA, proclaimed that MRO would be a "microscope in orbit". The satellite was also to include a visible-near-infrared spectrograph.

text: MRO is modeled after NASA's highly successful

text: Mars Global Surveyor

text: to conduct surveillance of Mars from orbit. Early specifications of the satellite included a large camera to take high resolution pictures of Mars. In this regard,

text: James B. Garvin

text: , the Mars exploration program scientist for NASA, proclaimed that MRO would be a "microscope in orbit". The satellite was also to include a visible-near-infrared spectrograph.

answers: NDQ_002095

answers: Mars

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: NASA's

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How did James B. Garvin describe the satellite?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: It's impossible to say

answers: NDQ_002119

answers: Mars

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat or Mars Global Surveyor?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: Which of the following is not a type of satellite: imaging satellites or Mars Global Surveyor?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Mars Global Surveyor

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: Mars Global Surveyor

answers: NDQ_002133

answers: Mars

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: NASA's

answers: NDQ_002136

answers: gravity

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Mars Global Surveyor

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: orbit.

answers: NDQ_002097

answers: orbit.

answers: NDQ_002099

answers: visible-near-infrared spectrograph.

answers: NDQ_002100

answers: NASA's

answers: NDQ_002103

answers: MRO

answers: NDQ_002108

answers: Mars

answers: NDQ_002111

answers: MRO is modeled after NASA's highly successful Mars Global Surveyor

answers: NDQ_002113

answers: MRO

answers: NDQ_002114

answers: MRO is modeled after NASA's highly successful Mars Global Surveyor

answers: NDQ_002115

answers: Mars

answers: NDQ_002116

answers: orbit.

answers: NDQ_002117

answers: orbit.

answers: NDQ_002118

answers: MRO

answers: NDQ_002119

answers: MRO is modeled after NASA's highly successful Mars Global Surveyor

answers: NDQ_002120

answers: MRO is modeled after NASA's highly successful Mars Global Surveyor

answers: NDQ_002121

answers: orbit.

answers: NDQ_002122

answers: orbit.

answers: NDQ_002123

answers: orbit.

answers: NDQ_002124

answers: MRO is modeled after NASA's highly successful Mars Global Surveyor

answers: NDQ_002125

answers: Mars Global Surveyor

answers: NDQ_002126

answers: orbit.

answers: NDQ_002127

answers: visible-near-infrared spectrograph.

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Mars Global Surveyor

answers: NDQ_002130

answers: NASA's

answers: NDQ_002131

answers: Mars Global Surveyor

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: Mars Global Surveyor

answers: NDQ_002134

answers: visible-near-infrared spectrograph.

answers: NDQ_002135

answers: MRO is modeled after NASA's highly successful Mars Global Surveyor

answers: NDQ_002136

answers: Mars

answers: NDQ_002137

answers: visible-near-infrared spectrograph.

answers: NDQ_002138

answers: "microscope in orbit".

answers: NDQ_002139

answers: James B. Garvin,

text: At NASA Headquarters, Washington, D.C. since 1974, he first served as a NASA program manager in charge of long-range planning of deep space manned activities (flights beyond Earth orbit) and he was an ardent advocate of manned space exploration and SETI. While in NASA, he also worked with Gene Roddenberry as technical advisor to Paramount Pictures for Star Trek: The Motion Picture (1979), contributing, among other things, the hypothetical theory behind the faster-than-light space warp drive and the promotional slogan "Space — The Human Adventure Is Just Beginning".

text: At NASA Headquarters,

text: Washington, D.C.

text: since 1974, he first served as a NASA program manager in charge of long-range planning of deep space manned activities (flights beyond Earth orbit) and he was an ardent advocate of manned space exploration and

text: SETI

text: . While in NASA, he also worked with

text: Gene Roddenberry

text: as technical advisor to

text: Paramount Pictures

text: for

text: Star Trek: The Motion Picture

text: (1979), contributing, among other things, the hypothetical theory behind the faster-than-light space warp drive and the promotional slogan "Space — The Human Adventure Is Just Beginning".

answers: NDQ_002095

answers: orbit Earth

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: orbits Earth

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: 1974

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat?

answers: NDQ_002121

answers: no

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: Which of the following is not a type of spacecraft: imaging satellites or deep space manned activities?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: space warp drive

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: Earth orbit

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: space warp drive

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 1974

answers: NDQ_002134

answers: faster-than-light space warp drive

answers: NDQ_002135

answers: Star Trek: The Motion Picture

answers: NDQ_002136

answers: faster-than-light

answers: NDQ_002137

answers: space warp drive

answers: NDQ_002138

answers: Earth

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: beyond Earth orbit)

answers: NDQ_002097

answers: faster-than-light

answers: NDQ_002099

answers: faster-than-light space warp drive

answers: NDQ_002100

answers: Earth

answers: NDQ_002103

answers: NASA Headquarters, Washington, D.C. since 1974,

answers: NDQ_002108

answers: Earth orbit)

answers: NDQ_002111

answers: faster-than-light space warp drive

answers: NDQ_002113

answers: Gene Roddenberry

answers: NDQ_002114

answers: NASA Headquarters, Washington, D.C.

answers: NDQ_002115

answers: Gene Roddenberry

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: Earth

answers: NDQ_002118

answers: Earth orbit)

answers: NDQ_002119

answers: 1974,

answers: NDQ_002120

answers: Star Trek: The Motion Picture (1979),

answers: NDQ_002121

answers: Earth orbit)

answers: NDQ_002122

answers: faster-than-light space warp drive

answers: NDQ_002123

answers: Earth orbit)

answers: NDQ_002124

answers: 1974,

answers: NDQ_002125

answers: manned space exploration and SETI.

answers: NDQ_002126

answers: orbit)

answers: NDQ_002127

answers: warp drive

answers: NDQ_002128

answers: Earth orbit)

answers: NDQ_002129

answers: Earth orbit)

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: space warp drive

answers: NDQ_002132

answers: Earth orbit)

answers: NDQ_002133

answers: 1974,

answers: NDQ_002134

answers: faster-than-light

answers: NDQ_002135

answers: Star Trek: The Motion Picture (1979),

answers: NDQ_002136

answers: faster-than-light space warp drive

answers: NDQ_002137

answers: Earth orbit)

answers: NDQ_002138

answers: Earth

answers: NDQ_002139

answers: Gene Roddenberry

text: Although the concept had been explored since the late 1960s, the program formally commenced in 1972, and was the sole focus of NASA's manned operations after the final Apollo and Skylab flights in the mid-1970s. The Shuttle was originally conceived of and presented to the public in 1972 as a 'Space Truck' which would, among other things, be used to build a United States space station in low Earth orbit during the 1980s and then be replaced by a new vehicle by the early 1990s. The stalled plans for a U.S. space station evolved into the International Space Station and was formally initiated in 1983 by U.S. President Ronald Reagan, but the ISS  suffered from long delays, design changes and cost over-runs  and forced the service life of the Space Shuttle to be extended several times until 2011 when it was finally retired — serving twice as long than it was originally designed to do. In 2004, according to the President George W. Bush's Vision for Space Exploration, use of the Space Shuttle was to be focused almost exclusively on completing assembly of the ISS, which was far behind schedule at that point.

text: Although the concept had been explored since the late 1960s, the program formally commenced in 1972, and was the sole focus of NASA's manned operations after the final

text: Apollo

text: and

text: Skylab

text: flights in the mid-1970s. The Shuttle was originally conceived of and presented to the public in 1972 as a 'Space Truck' which would, among other things, be used to build a United States space station in

text: low Earth orbit

text: during the 1980s and then be replaced by a new vehicle by the early 1990s. The stalled plans for a U.S. space station evolved into the

text: International Space Station

text: and was formally initiated in 1983 by U.S. President

text: Ronald Reagan

text: , but the ISS  suffered from long delays, design changes and cost over-runs  and forced the service life of the Space Shuttle to be extended several times until 2011 when it was finally retired — serving twice as long than it was originally designed to do. In 2004, according to the President George W. Bush's

text: Vision for Space Exploration

text: , use of the Space Shuttle was to be focused almost exclusively on completing assembly of the ISS, which was far behind schedule at that point.

answers: NDQ_002095

answers: orbit Earth

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: Space Shuttle

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: Apollo

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: Space Shuttle

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Apollo

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: Earth orbit

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: unanswerable

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Space Truck

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: Skylab

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Space Shuttle

answers: NDQ_002132

answers: Skylab

answers: NDQ_002133

answers: late 1960s

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: the late 1960s

answers: NDQ_002136

answers: Space Shuttle

answers: NDQ_002137

answers: Earth's magnetic

answers: NDQ_002138

answers: a United States space station

answers: NDQ_002139

answers: Ronald Reagan

answers: NDQ_002095

answers: low Earth orbit

answers: NDQ_002097

answers: Earth orbit

answers: NDQ_002099

answers: low Earth orbit

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: 1972,

answers: NDQ_002108

answers: late 1960s,

answers: NDQ_002111

answers: late 1960s,

answers: NDQ_002113

answers: Apollo and Skylab flights in the mid-1970s.

answers: NDQ_002114

answers: Apollo

answers: NDQ_002115

answers: Apollo

answers: NDQ_002116

answers: Earth orbit

answers: NDQ_002117

answers: Earth orbit

answers: NDQ_002118

answers: ISS

answers: NDQ_002119

answers: 1972,

answers: NDQ_002120

answers: 1972,

answers: NDQ_002121

answers: Earth orbit

answers: NDQ_002122

answers: low Earth orbit

answers: NDQ_002123

answers: low Earth orbit

answers: NDQ_002124

answers: Apollo

answers: NDQ_002125

answers: Apollo and Skylab flights in the mid-1970s.

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: 'Space Truck'

answers: NDQ_002128

answers: Earth orbit

answers: NDQ_002129

answers: Skylab

answers: NDQ_002130

answers: NASA's

answers: NDQ_002131

answers: 'Space Truck'

answers: NDQ_002132

answers: 'Space Truck'

answers: NDQ_002133

answers: late 1960s,

answers: NDQ_002134

answers: Earth orbit

answers: NDQ_002135

answers: Apollo and Skylab flights in the mid-1970s.

answers: NDQ_002136

answers: long delays, design changes and cost over-runs

answers: NDQ_002137

answers: Earth orbit

answers: NDQ_002138

answers: United States space station

answers: NDQ_002139

answers: Apollo

text: A Moon landing is the arrival of a spacecraft on the surface of the Moon. This includes both manned and unmanned (robotic) missions. The first human-made object to reach the surface of the Moon was the Soviet Union's Luna 2 mission, on 13 September 1959.

text: A Moon landing is the arrival of a

text: spacecraft

text: on the surface of the

text: Moon

text: . This includes both manned and unmanned (robotic) missions. The first human-made object to reach the surface of the Moon was the

text: Soviet Union

text: 's

text: Luna 2

text: mission, on 13 September 1959.

answers: NDQ_002095

answers: no

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can reach the Moon

answers: NDQ_002100

answers: Soviet Union

answers: NDQ_002103

answers: unmanned

answers: NDQ_002108

answers: yes

answers: NDQ_002111

answers: How many years after the Soviet Union's Luna 2 mission was the first human-made object to reach the surface of the Moon

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: what is the first human-made object to reach the surface of the Moon

answers: NDQ_002117

answers: unmanned

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: Which of the following is not a type of mission: manned or unmanned?

answers: NDQ_002121

answers: Why can an object go into orbit because of the law of conservation of momentum?

answers: NDQ_002122

answers: Which of the following is not a law: Newton's Third Law of Motion?

answers: NDQ_002123

answers: Which happened first, the Soviet Union's Luna 2 mission or the arrival of a spacecraft on the surface of the Moon?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: unmanned

answers: NDQ_002128

answers: the Moon

answers: NDQ_002129

answers: Luna 2

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unmanned

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 13 September 1959

answers: NDQ_002134

answers: gravitational force is proportional to the mass of an object

answers: NDQ_002135

answers: Luna 2 mission

answers: NDQ_002136

answers: gravitational pull

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: does not have a Moon landing

answers: NDQ_002139

answers: unanswerable

answers: NDQ_002095

answers: Luna 2 mission,

answers: NDQ_002097

answers: Moon.

answers: NDQ_002099

answers: manned and unmanned (robotic) missions.

answers: NDQ_002100

answers: Soviet Union's

answers: NDQ_002103

answers: Moon landing

answers: NDQ_002108

answers: 13 September 1959.

answers: NDQ_002111

answers: 1959.

answers: NDQ_002113

answers: Soviet Union's Luna 2 mission, on 13 September 1959.

answers: NDQ_002114

answers: Soviet Union's

answers: NDQ_002115

answers: Soviet Union's Luna 2 mission,

answers: NDQ_002116

answers: Moon

answers: NDQ_002117

answers: unmanned

answers: NDQ_002118

answers: A Moon landing

answers: NDQ_002119

answers: 1959.

answers: NDQ_002120

answers: A Moon landing

answers: NDQ_002121

answers: 13 September 1959.

answers: NDQ_002122

answers: Moon landing

answers: NDQ_002123

answers: A Moon landing

answers: NDQ_002124

answers: Soviet Union's Luna 2 mission, on 13 September 1959.

answers: NDQ_002125

answers: Moon landing

answers: NDQ_002126

answers: spacecraft

answers: NDQ_002127

answers: (robotic)

answers: NDQ_002128

answers: spacecraft

answers: NDQ_002129

answers: Luna 2

answers: NDQ_002130

answers: manned and unmanned (robotic) missions.

answers: NDQ_002131

answers: Moon landing

answers: NDQ_002132

answers: (robotic)

answers: NDQ_002133

answers: 13 September 1959.

answers: NDQ_002134

answers: Moon landing

answers: NDQ_002135

answers: Soviet Union's Luna 2 mission,

answers: NDQ_002136

answers: a spacecraft

answers: NDQ_002137

answers: surface of the Moon.

answers: NDQ_002138

answers: Moon landing is the arrival of a spacecraft

answers: NDQ_002139

answers: 1959.

text: The original Space Race, which began in the mid-1950s and gave birth in earnest to spaceflight, was famously a manifestation of the then larger politico-economic competition between capitalism (represented by the United States) and communism (represented by the former Soviet Union).  For this reason, from the very beginning the American business establishment—particularly those bellwether private firms directly involved in the U.S. space program—has championed the private development of space and space activity for the ultimate good of society.  In 1961, writing as one of the deans of the American business establishment, Ralph J. Cordiner, then Chairman of General Electric (one of a handful of blue-chip, charter-prime contractors to NASA and the U.S. space program), contributed a chapter titled "Competitive Private Enterprise in Space" to the anthology Peacetime Uses of Outer Space. While recognizing at the time the realities of having to initially rely on the U.S. government's vast and convenient organization, resources, and power in order to effectively address the immediate Soviet space challenge, Cordiner nonetheless sounds a clarion call for private sector dominance—ultimately—of space activity, consistent with American capitalist ideals:

text: The original

text: Space Race

text: , which began in the mid-

text: and gave birth in earnest to spaceflight, was famously a manifestation of the then larger politico-economic competition between

text: capitalism

text: (represented by the

text: United States

text: ) and

text: communism

text: (represented by the former

text: Soviet Union

text: ).  For this reason, from the very beginning the American business establishment—particularly those bellwether private firms directly involved in the U.S. space program—has championed the private development of space and space activity for the ultimate good of society.  In 1961, writing as one of the deans of the American business establishment,

text: Ralph J. Cordiner

text: , then Chairman of

text: General Electric

text: (one of a handful of blue-chip, charter-prime contractors to NASA and the U.S. space program), contributed a chapter titled "Competitive Private Enterprise in Space" to the anthology Peacetime Uses of Outer Space. While recognizing at the time the realities of having to initially rely on the U.S. government's vast and convenient organization, resources, and power in order to effectively address the immediate Soviet space challenge, Cordiner nonetheless sounds a clarion call for private sector dominance—ultimately—of space activity, consistent with American capitalist ideals:

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: United States) and communism

answers: NDQ_002103

answers: Space Race

answers: NDQ_002108

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: The original Space Race

answers: NDQ_002115

answers: Spaceflight

answers: NDQ_002116

answers: satellite

answers: NDQ_002117

answers: spaceflight

answers: NDQ_002118

answers: Space Race

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Landsat satellites

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space

answers: NDQ_002123

answers: What does Ralph J. Cordiner sound a clarion call for?

answers: NDQ_002124

answers: Alan Shepherd

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: outer space

answers: NDQ_002129

answers: The International Space Station

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Space Race

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 1950s

answers: NDQ_002134

answers: gravitational force is inversely proportional to

answers: NDQ_002135

answers: the original Space Race

answers: NDQ_002136

answers: Space Race

answers: NDQ_002137

answers: GPS coordinates to determine

answers: NDQ_002138

answers: can be called a

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: spaceflight,

answers: NDQ_002097

answers: spaceflight,

answers: NDQ_002099

answers: spaceflight,

answers: NDQ_002100

answers: United States) and communism (represented by the former Soviet Union).

answers: NDQ_002103

answers: spaceflight,

answers: NDQ_002108

answers: mid-1950s

answers: NDQ_002111

answers: spaceflight,

answers: NDQ_002113

answers: spaceflight,

answers: NDQ_002114

answers: Space Race,

answers: NDQ_002115

answers: spaceflight,

answers: NDQ_002116

answers: The original Space Race,

answers: NDQ_002117

answers: "Competitive Private Enterprise in Space"

answers: NDQ_002118

answers: The original Space Race,

answers: NDQ_002119

answers: 1961,

answers: NDQ_002120

answers: Ralph J. Cordiner,

answers: NDQ_002121

answers: spaceflight,

answers: NDQ_002122

answers: spaceflight,

answers: NDQ_002123

answers: The original Space Race,

answers: NDQ_002124

answers: The original Space Race,

answers: NDQ_002125

answers: spaceflight,

answers: NDQ_002126

answers: spaceflight,

answers: NDQ_002127

answers: U.S. government's

answers: NDQ_002128

answers: Space" to the anthology Peacetime Uses of Outer Space.

answers: NDQ_002129

answers: NASA

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: spaceflight,

answers: NDQ_002132

answers: spaceflight,

answers: NDQ_002133

answers: mid-1950s

answers: NDQ_002134

answers: private sector dominance—ultimately—of

answers: NDQ_002135

answers: Space Race,

answers: NDQ_002136

answers: U.S. government's

answers: NDQ_002137

answers: Outer Space.

answers: NDQ_002138

answers: "Competitive Private Enterprise in Space"

answers: NDQ_002139

answers: Ralph J. Cordiner,

text: In most industrial countries, the aerospace industry is a cooperation of public and private industries. For example, several countries have a civilian space program funded by the government through tax collection, such as National Aeronautics and Space Administration in the United States, European Space Agency in Europe, the Canadian Space Agency in Canada, Indian Space Research Organisation in India, Japanese Aeronautics Exploration Agency in Japan, RKA in Russia, China National Space Administration in China, SUPARCO in Pakistan, Iranian Space Agency in Iran, and Korea Aerospace Research Institute (KARI) in South Korea.

text: In most industrial countries, the aerospace industry is a cooperation of public and private industries. For example, several countries have a civilian

text: space program

text: funded by the

text: government

text: through tax collection, such as

text: National Aeronautics and Space Administration

text: in the United States,

text: European Space Agency

text: in Europe, the

text: Canadian Space Agency

text: in Canada,

text: Indian Space Research Organisation

text: in India,

text: Japanese Aeronautics Exploration Agency

text: in Japan,

text: RKA

text: in Russia,

text: China National Space Administration

text: in China,

entity_name: Space and Upper Atmosphere Research Commission

text: SUPARCO

text: in Pakistan,

text: Iranian Space Agency

text: in Iran, and

text: Korea Aerospace Research Institute

text: (KARI) in South Korea.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: law of conservation of energy

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: Russia

answers: NDQ_002103

answers: RKA in Russia

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: None of the above choices.

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: orbits a smaller object

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices.

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: National Aeronautics and Space Administration

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: Japanese Aeronautics Exploration Agency

answers: NDQ_002124

answers: RKA in Russia

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: RKA in Russia

answers: NDQ_002130

answers: National Aeronautics and Space Administration

answers: NDQ_002131

answers: Aircraft

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: United States

answers: NDQ_002134

answers: tax collection is used to fund the aerospace industry

answers: NDQ_002135

answers: RKA in Russia

answers: NDQ_002136

answers: tax collection

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Indian Space Research Organisation

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: tax collection,

answers: NDQ_002099

answers: space program

answers: NDQ_002100

answers: Russia,

answers: NDQ_002103

answers: space program funded by the government through tax collection,

answers: NDQ_002108

answers: National Aeronautics and Space Administration in the United States,

answers: NDQ_002111

answers: Indian Space Research Organisation in India, Japanese Aeronautics Exploration Agency

answers: NDQ_002113

answers: National Aeronautics and Space Administration in the United States,

answers: NDQ_002114

answers: China National Space Administration in China,

answers: NDQ_002115

answers: Japanese Aeronautics Exploration Agency in Japan,

answers: NDQ_002116

answers: space program funded by the government through tax collection,

answers: NDQ_002117

answers: several countries have a civilian space program funded by the government through tax collection,

answers: NDQ_002118

answers: National Aeronautics and Space Administration in the United States,

answers: NDQ_002119

answers: National Aeronautics and Space Administration in the United States,

answers: NDQ_002120

answers: National Aeronautics and Space Administration in the United States,

answers: NDQ_002121

answers: Japanese Aeronautics Exploration Agency in Japan,

answers: NDQ_002122

answers: Japanese Aeronautics Exploration Agency in Japan,

answers: NDQ_002123

answers: Japanese Aeronautics Exploration Agency in Japan,

answers: NDQ_002124

answers: National Aeronautics and Space Administration in the United States,

answers: NDQ_002125

answers: National Aeronautics and Space Administration in the United States,

answers: NDQ_002126

answers: space

answers: NDQ_002127

answers: government through tax collection, such as National Aeronautics

answers: NDQ_002128

answers: space

answers: NDQ_002129

answers: Japanese Aeronautics Exploration Agency in Japan,

answers: NDQ_002130

answers: National Aeronautics and Space Administration

answers: NDQ_002131

answers: Japanese Aeronautics Exploration Agency in Japan,

answers: NDQ_002132

answers: civilian space program

answers: NDQ_002133

answers: Indian Space Research Organisation in India,

answers: NDQ_002134

answers: the aerospace industry is a cooperation of public and private industries.

answers: NDQ_002135

answers: civilian space program

answers: NDQ_002136

answers: tax collection,

answers: NDQ_002137

answers: tax collection,

answers: NDQ_002138

answers: civilian space program funded by the government through tax collection,

answers: NDQ_002139

answers: National Aeronautics and Space Administration

text: De Camp's work with Ronne is reflected in two of his contemporary Viagens Interplanetarias science fiction stories set on the fictional planet Krishna. One, the short story "Calories," adopts an Antarctic setting not utilized in any of the series's other stories; in the other, the novel The Hand of Zei, the protagonist adopts the alias of an inhabitant of the planet's Antarctic and is, like de Camp, employed as a ghostwriter for his explorer boss.

text: De Camp's work with Ronne is reflected in two of his contemporary

text: Viagens Interplanetarias

text: science fiction stories set on the fictional planet Krishna. One, the short story "

text: Calories

text: ," adopts an Antarctic setting not utilized in any of the series's other stories; in the other, the novel

text: The Hand of Zei

text: , the protagonist adopts the alias of an inhabitant of the planet's Antarctic and is, like de Camp, employed as a ghostwriter for his explorer boss.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can be launched

answers: NDQ_002100

answers: United States and China

answers: NDQ_002103

answers: in the Antarctic

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: What is the name of the short story "Calories?"

answers: NDQ_002113

answers: rockets

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat satellites?

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: What law helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: What is the protagonist's alias?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: Krishna

answers: NDQ_002129

answers: the fictional planet Krishna

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: in the other, the novel The Hand of Zei

answers: NDQ_002132

answers: unanswerable

answers: NDQ_002133

answers: 1950s

answers: NDQ_002134

answers: unsteady objects can not be balanced

answers: NDQ_002135

answers: De Camp's work

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Calories

answers: NDQ_002139

answers: De Camp

answers: NDQ_002095

answers: Krishna.

answers: NDQ_002097

answers: "Calories,"

answers: NDQ_002099

answers: Antarctic setting not utilized in any of the series's other stories;

answers: NDQ_002100

answers: Krishna.

answers: NDQ_002103

answers: Krishna.

answers: NDQ_002108

answers: Antarctic

answers: NDQ_002111

answers: "Calories,"

answers: NDQ_002113

answers: Krishna. One, the short story "Calories,"

answers: NDQ_002114

answers: "Calories,"

answers: NDQ_002115

answers: "Calories,"

answers: NDQ_002116

answers: Viagens Interplanetarias

answers: NDQ_002117

answers: Krishna.

answers: NDQ_002118

answers: Krishna. One, the short story "Calories,"

answers: NDQ_002119

answers: De Camp's work with Ronne

answers: NDQ_002120

answers: Antarctic

answers: NDQ_002121

answers: Krishna.

answers: NDQ_002122

answers: Antarctic setting

answers: NDQ_002123

answers: Antarctic

answers: NDQ_002124

answers: De Camp's work with Ronne

answers: NDQ_002125

answers: Krishna.

answers: NDQ_002126

answers: Antarctic

answers: NDQ_002127

answers: Krishna.

answers: NDQ_002128

answers: Krishna.

answers: NDQ_002129

answers: Krishna.

answers: NDQ_002130

answers: Viagens Interplanetarias

answers: NDQ_002131

answers: Krishna.

answers: NDQ_002132

answers: Viagens Interplanetarias

answers: NDQ_002133

answers: Krishna.

answers: NDQ_002134

answers: Antarctic

answers: NDQ_002135

answers: Krishna.

answers: NDQ_002136

answers: Antarctic

answers: NDQ_002137

answers: Antarctic setting

answers: NDQ_002138

answers: Krishna. One, the short story "Calories,"

answers: NDQ_002139

answers: De Camp's work with Ronne

text: The moderate-resolution imaging spectroradiometer (MODIS) is a payload scientific instrument built by Santa Barbara Remote Sensing that was launched into Earth orbit by NASA in 1999 on board the Terra (EOS AM) Satellite, and in 2002 on board the Aqua (EOS PM) satellite. The instruments capture data in 36 spectral bands ranging in wavelength from 0.4 µm to 14.4 µm and at varying spatial resolutions (2 bands at 250 m, 5 bands at 500 m and 29 bands at 1 km). Together the instruments image the entire Earth every 1 to 2 days. They are designed to provide measurements in large-scale global dynamics including changes in Earth's cloud cover, radiation budget and processes occurring in the oceans, on land, and in the lower atmosphere. MODIS utilizes four on-board calibrators in addition to the space view in order to provide in-flight calibration: solar diffuser (SD), solar diffuser stability monitor (SDSM), spectral radiometric calibration assembly (SRCA), and a v-groove black body. MODIS has used the marine optical buoy for vicarious calibration. MODIS is succeeded by the VIIRS instrument on board the Suomi NPP satellite launched in 2011 and future Joint Polar Satellite System (JPSS) satellites.

text: The moderate-resolution imaging spectroradiometer (MODIS) is a

text: payload

text: scientific instrument built by Santa Barbara Remote Sensing that was launched into

text: Earth orbit

text: by

text: NASA

text: in 1999 on board the

text: Terra

text: EOS

text: AM) Satellite, and in 2002 on board the

text: Aqua

text: (EOS PM) satellite. The instruments capture data in 36 spectral bands ranging in wavelength from 0.4

text: µm

text: to 14.4 µm and at varying spatial resolutions (2 bands at 250 m, 5 bands at 500 m and 29 bands at 1 km). Together the instruments image the entire Earth every 1 to 2 days. They are designed to provide measurements in large-scale global dynamics including changes in Earth's

text: cloud cover

text: radiation budget

text: and processes occurring in the oceans, on land, and in the lower atmosphere. MODIS utilizes four on-board calibrators in addition to the space view in order to provide in-flight calibration: solar diffuser (SD), solar diffuser stability monitor (SDSM), spectral radiometric calibration assembly (SRCA), and a v-groove

text: black body

text: . MODIS has used the

text: marine optical buoy

text: for vicarious calibration. MODIS is succeeded by the

entity_name: Visible Infrared Imaging Radiometer Suite

text: VIIRS

text: instrument on board the

text: Suomi NPP

text: satellite launched in 2011 and future

text: Joint Polar Satellite System

text: (JPSS) satellites.

answers: NDQ_002095

answers: Earth orbit

answers: NDQ_002097

answers: radiation budget

answers: NDQ_002099

answers: launch into orbit

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: NASA

answers: NDQ_002108

answers: When did humans first reach space

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: No

answers: NDQ_002118

answers: How many satellites are in orbit around Earth

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: Why was the mode-resolution imaging spectroradiometer (MODIS) launched into Earth orbit?

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: How are the satellites placed in orbit over Earth?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: NASA

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: EOS PM

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: EOS AM

answers: NDQ_002133

answers: Space Age

answers: NDQ_002134

answers: the gravitational force acting on a body is proportional to the mass of that body

answers: NDQ_002135

answers: NASA

answers: NDQ_002136

answers: NASA

answers: NDQ_002137

answers: MODIS

answers: NDQ_002138

answers: Terra

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Earth orbit

answers: NDQ_002097

answers: radiation budget

answers: NDQ_002099

answers: in-flight calibration:

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: 2011

answers: NDQ_002108

answers: 1999

answers: NDQ_002111

answers: 0.4 <unk>m to 14.4 <unk>m

answers: NDQ_002113

answers: The moderate-resolution imaging spectroradiometer

answers: NDQ_002114

answers: NASA

answers: NDQ_002115

answers: Earth orbit by NASA in 1999

answers: NDQ_002116

answers: Earth orbit

answers: NDQ_002117

answers: NASA

answers: NDQ_002118

answers: Earth orbit by NASA in 1999

answers: NDQ_002119

answers: 1999

answers: NDQ_002120

answers: Together the instruments image the entire Earth every 1 to 2 days.

answers: NDQ_002121

answers: Earth orbit

answers: NDQ_002122

answers: 0.4 <unk>m to 14.4 <unk>m

answers: NDQ_002123

answers: Together the instruments image the entire Earth every 1 to 2 days.

answers: NDQ_002124

answers: The moderate-resolution imaging spectroradiometer

answers: NDQ_002125

answers: Earth orbit by NASA

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: atmosphere.

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: 14.4 <unk>m

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: The moderate-resolution imaging spectroradiometer

answers: NDQ_002132

answers: Terra (EOS AM) Satellite,

answers: NDQ_002133

answers: 2011

answers: NDQ_002134

answers: processes occurring in the oceans, on land, and in the lower atmosphere.

answers: NDQ_002135

answers: 1999

answers: NDQ_002136

answers: atmosphere.

answers: NDQ_002137

answers: (MODIS)

answers: NDQ_002138

answers: Terra (EOS AM) Satellite,

answers: NDQ_002139

answers: NASA in 1999

text: Advanced Composition Explorer (ACE) is a NASA Explorers program Solar and space exploration mission to study matter comprising energetic particles from the solar wind, the interplanetary medium, and other sources. Real-time data from ACE is used by the NOAA Space Weather Prediction Center to improve forecasts and warnings of solar storms. The ACE robotic spacecraft was launched August 25, 1997 and entered a Lissajous orbit close to the  Lagrangian point (which lies between the Sun and the Earth at a distance of some 1.5 million km from the latter) on December 12, 1997. The spacecraft is currently operating at that orbit. Because ACE is in a non-Keplerian orbit, and has regular station-keeping maneuvers, the orbital parameters in the adjacent information box are only approximate.  The spacecraft is still in generally good condition in 2015, and is projected to have enough fuel to maintain its orbit until 2024.  NASA Goddard Space Flight Center managed the development and integration of the ACE spacecraft.

text: Advanced Composition Explorer (ACE) is a

text: NASA

text: Explorers program

text: Solar and

text: space exploration

text: mission to study

text: matter

text: comprising energetic particles from the

text: solar wind

text: , the

text: interplanetary medium

text: , and other sources. Real-time data from ACE is used by the

entity_name: National Oceanic and Atmospheric Administration

text: NOAA

text: Space Weather Prediction Center

text: to improve forecasts and warnings of solar storms. The ACE

text: robotic spacecraft

text: was launched August 25, 1997 and entered a

text: Lissajous orbit

text: close to the

text: Lagrangian point

text: (which lies between the Sun and the Earth at a distance of some 1.5 million km from the latter) on December 12, 1997. The spacecraft is currently operating at that orbit. Because ACE is in a non-Keplerian orbit, and has regular station-keeping maneuvers, the orbital parameters in the adjacent information box are only approximate.  The spacecraft is still in generally good condition in 2015, and is projected to have enough fuel to maintain its orbit until 2024.  NASA

text: Goddard Space Flight Center

text: managed the development and integration of the ACE spacecraft.

answers: NDQ_002095

answers: ACE

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: August 25, 1997

answers: NDQ_002108

answers: When did humans first reach space

answers: NDQ_002111

answers: How many years after the launch of the ACE robotic spacecraft was launched?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: How did the ACE robotic spacecraft enter its orbit?

answers: NDQ_002118

answers: How many satellites are in orbit around Earth

answers: NDQ_002119

answers: Neil Armstrong walked

answers: NDQ_002120

answers: Which satellites make detailed images of continents and coasts?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: Which law of motion helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: Which is not a type of orbit: Keplerian or non-Keplerian?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: solar wind

answers: NDQ_002128

answers: The ACE robotic spacecraft

answers: NDQ_002129

answers: The ACE robotic spacecraft

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: solar wind

answers: NDQ_002132

answers: ACE robotic

answers: NDQ_002133

answers: spacecraft was launched August 25, 1997

answers: NDQ_002134

answers: gravitational force is proportional to the mass of the object

answers: NDQ_002135

answers: NASA Explorers program

answers: NDQ_002136

answers: fuel

answers: NDQ_002137

answers: Keplerian orbit

answers: NDQ_002138

answers: ACE is in a non-Keplerian orbit

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Lissajous orbit close to the Lagrangian point

answers: NDQ_002097

answers: solar wind,

answers: NDQ_002099

answers: station-keeping maneuvers,

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: August 25, 1997

answers: NDQ_002108

answers: 1997

answers: NDQ_002111

answers: approximate.

answers: NDQ_002113

answers: ACE robotic spacecraft was launched August 25, 1997

answers: NDQ_002114

answers: 1997

answers: NDQ_002115

answers: 1997

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: ACE robotic spacecraft

answers: NDQ_002118

answers: 1.5 million km from the latter) on December 12, 1997.

answers: NDQ_002119

answers: 1997

answers: NDQ_002120

answers: 1.5 million km from the latter) on December 12, 1997.

answers: NDQ_002121

answers: Lissajous orbit

answers: NDQ_002122

answers: Lissajous orbit

answers: NDQ_002123

answers: Lissajous orbit close to the Lagrangian point

answers: NDQ_002124

answers: 1997

answers: NDQ_002125

answers: 1.5 million km from the latter) on December 12, 1997.

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: solar wind,

answers: NDQ_002128

answers: Lissajous

answers: NDQ_002129

answers: ACE robotic spacecraft

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: solar wind,

answers: NDQ_002132

answers: robotic spacecraft

answers: NDQ_002133

answers: 1997

answers: NDQ_002134

answers: Lissajous orbit close to the Lagrangian point

answers: NDQ_002135

answers: 1997

answers: NDQ_002136

answers: fuel

answers: NDQ_002137

answers: Advanced Composition Explorer

answers: NDQ_002138

answers: non-Keplerian

answers: NDQ_002139

answers: 1997.

text: A rocket or rocket vehicle is a missile, spacecraft, aircraft or other vehicle which obtains thrust from a rocket engine. In all rockets, the exhaust is formed entirely from propellants carried within the rocket before use. Rocket engines work by action and reaction. Rocket engines push rockets forwards simply by throwing their exhaust backwards extremely fast.

text: A

text: rocket

text: or rocket vehicle is a

text: missile

text: , spacecraft,

text: aircraft

text: or other

text: vehicle

text: which obtains

text: thrust

text: from a

text: rocket engine

text: . In all rockets, the exhaust is formed entirely from

text: propellant

text: s carried within the rocket before use. Rocket engines work by

text: action and reaction

text: . Rocket engines push rockets forwards simply by throwing their exhaust backwards extremely fast.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: action and reaction

answers: NDQ_002099

answers: is able to propel itself

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: by a rocket engine

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: rockets

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: space

answers: NDQ_002120

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

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How does a rocket engine work?

answers: NDQ_002123

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

answers: NDQ_002124

answers: Alan Shepherd

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: a

answers: NDQ_002127

answers: thrust

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: What is the largest artificial satellite?

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: rocket

answers: NDQ_002132

answers: rocket

answers: NDQ_002133

answers: spacecraft

answers: NDQ_002134

answers: Rocket engines work by action and reaction

answers: NDQ_002135

answers: the Cold War

answers: NDQ_002136

answers: Rocket engines

answers: NDQ_002137

answers: rocket engines

answers: NDQ_002138

answers: can be launched from a rocket

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: spacecraft,

answers: NDQ_002097

answers: action and reaction.

answers: NDQ_002099

answers: Rocket engines work by action and reaction.

answers: NDQ_002100

answers: rocket

answers: NDQ_002103

answers: rocket engine.

answers: NDQ_002108

answers: rocket or rocket vehicle is a missile, spacecraft,

answers: NDQ_002111

answers: Rocket engines work by action and reaction.

answers: NDQ_002113

answers: In all rockets, the exhaust is formed entirely from propellants

answers: NDQ_002114

answers: rocket

answers: NDQ_002115

answers: rocket engine.

answers: NDQ_002116

answers: rocket

answers: NDQ_002117

answers: rocket

answers: NDQ_002118

answers: rocket

answers: NDQ_002119

answers: rocket

answers: NDQ_002120

answers: Rocket engines

answers: NDQ_002121

answers: rocket

answers: NDQ_002122

answers: Rocket engines work by action and reaction.

answers: NDQ_002123

answers: A rocket

answers: NDQ_002124

answers: Rocket engines

answers: NDQ_002125

answers: rocket or rocket vehicle is a missile, spacecraft,

answers: NDQ_002126

answers: Rocket engines work by action and reaction.

answers: NDQ_002127

answers: Rocket engines

answers: NDQ_002128

answers: spacecraft,

answers: NDQ_002129

answers: rocket or rocket vehicle is a missile, spacecraft,

answers: NDQ_002130

answers: rocket

answers: NDQ_002131

answers: Rocket engines push rockets forwards simply by throwing their exhaust backwards

answers: NDQ_002132

answers: rocket

answers: NDQ_002133

answers: spacecraft,

answers: NDQ_002134

answers: throwing their exhaust backwards extremely fast.

answers: NDQ_002135

answers: spacecraft,

answers: NDQ_002136

answers: thrust from a rocket engine.

answers: NDQ_002137

answers: rocket engine.

answers: NDQ_002138

answers: rocket

answers: NDQ_002139

answers: rocket or rocket vehicle is a missile, spacecraft,

text: The Space Explorers is an animated feature film which was later converted to a cartoon serial.  First shown on television during the Space Race era of the late 1950s by publisher Bill Cayton and animator Fred Ladd.  There was also a sequel series released in 1959 entitled the New Adventures of the Space Explorers.

text: The Space Explorers is an

text: animated

text: feature film

text: which was later converted to a cartoon

text: serial

text: .  First shown on television during the

text: Space Race

text: era of the late 1950s by publisher

text: Bill Cayton

text: and animator

text: Fred Ladd

text: .  There was also a sequel series released in 1959 entitled the New Adventures of the Space Explorers.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: law of conservation of energy

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: United States and Soviet Union

answers: NDQ_002103

answers: during the Space Race

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: The Space Explorers

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: The Space Explorers

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: not enough information

answers: NDQ_002118

answers: how many satellites are in orbit around earth

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: Which is not a last name?

answers: NDQ_002121

answers: the law of conservation of momentum

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: Which happened first, the Space Explorers or the New Adventures of the Space Explorers?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: The Space Explorers

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: The Space Explorers

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: The Space Explorers

answers: NDQ_002132

answers: The Space Explorers

answers: NDQ_002133

answers: 1950s

answers: NDQ_002134

answers: Newton's third law of motion states that the speed of light is proportional to the distance travelled.

answers: NDQ_002135

answers: Space Race

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Bill Cayton

answers: NDQ_002139

answers: Bill Cayton

answers: NDQ_002095

answers: Space Race

answers: NDQ_002097

answers: Space Race

answers: NDQ_002099

answers: Space Race

answers: NDQ_002100

answers: 1950s

answers: NDQ_002103

answers: Space Race

answers: NDQ_002108

answers: Space Race era of the late 1950s

answers: NDQ_002111

answers: Space Race era of the late 1950s

answers: NDQ_002113

answers: Space Race

answers: NDQ_002114

answers: Space Race

answers: NDQ_002115

answers: Space Race

answers: NDQ_002116

answers: Space Race era of the late 1950s

answers: NDQ_002117

answers: Space Race

answers: NDQ_002118

answers: Space Race

answers: NDQ_002119

answers: Space Race era of the late 1950s

answers: NDQ_002120

answers: Space Race era of the late 1950s

answers: NDQ_002121

answers: Space Race

answers: NDQ_002122

answers: Space Race era of the late 1950s

answers: NDQ_002123

answers: Space Race

answers: NDQ_002124

answers: Space Race era of the late 1950s

answers: NDQ_002125

answers: Space Race

answers: NDQ_002126

answers: Space Race

answers: NDQ_002127

answers: Space Race

answers: NDQ_002128

answers: Space Race

answers: NDQ_002129

answers: Space Race

answers: NDQ_002130

answers: Space Race

answers: NDQ_002131

answers: Space Race era of the late 1950s

answers: NDQ_002132

answers: Space Race era of the late 1950s

answers: NDQ_002133

answers: Space Race era of the late 1950s

answers: NDQ_002134

answers: Space Race

answers: NDQ_002135

answers: Space Race

answers: NDQ_002136

answers: Space Race

answers: NDQ_002137

answers: Space Race

answers: NDQ_002138

answers: Space Race

answers: NDQ_002139

answers: Fred Ladd.

text: Sputnik Engineering produces string inverters and central inverters for all sizes of solar systems, from small systems for roofs to solar plants producing several megawatts. For small systems they offer string inverters from the S and P series of SolarMax with a nominal capacity from 2 to 5 kW and for medium-sized systems the MT series of SolarMax (8 to 15 kW). The central inverters Sputnik Engineering offers include the S series of SolarMax (20 to 35 kW), the TS series of SolarMax ( 50 to 300 kW), the TS-SV series of SolarMax (330 kW) and the power station (330 kW to 1.32 MW). Sputnik Engineering also develops accessories and solutions for data communication for the monitoring, planning, and control of photovoltaic systems.

text: Sputnik Engineering produces string inverters and central inverters for all sizes of solar systems, from small systems for roofs to solar plants producing several megawatts. For small systems they offer string inverters from the S and P series of SolarMax with a

text: nominal capacity

text: from 2 to 5 kW and for medium-sized systems the MT series of SolarMax (8 to 15 kW). The central inverters Sputnik Engineering offers include the S series of SolarMax (20 to 35 kW), the TS series of SolarMax ( 50 to 300 kW), the TS-SV series of SolarMax (330 kW) and the power station (330 kW to 1.32 MW). Sputnik Engineering also develops accessories and solutions for data communication for the monitoring, planning, and control of photovoltaic systems.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: law of conservation of energy

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: Sputnik

answers: NDQ_002103

answers: first

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: satellite

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: unanswerable

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: inverters

answers: NDQ_002127

answers: power station

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: TS-SV series of SolarMax (330 kW

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: NDQ_002132

answers: solar

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: Sputnik Engineering produces string inverters and central inverters for all sizes of solar systems

answers: NDQ_002135

answers: Sputnik Engineering

answers: NDQ_002136

answers: solar power

answers: NDQ_002137

answers: Sputnik Engineering

answers: NDQ_002138

answers: solar plants producing several megawatts

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Sputnik

answers: NDQ_002097

answers: 2 to 5 kW

answers: NDQ_002099

answers: small systems for roofs to solar plants producing several megawatts.

answers: NDQ_002100

answers: Sputnik

answers: NDQ_002103

answers: 2 to 5 kW

answers: NDQ_002108

answers: Sputnik

answers: NDQ_002111

answers: Sputnik Engineering produces string inverters

answers: NDQ_002113

answers: Sputnik Engineering

answers: NDQ_002114

answers: Sputnik Engineering

answers: NDQ_002115

answers: Sputnik Engineering

answers: NDQ_002116

answers: small systems for roofs to solar plants producing several megawatts.

answers: NDQ_002117

answers: Sputnik Engineering produces string inverters and central inverters

answers: NDQ_002118

answers: Sputnik Engineering produces string inverters and central inverters

answers: NDQ_002119

answers: Sputnik

answers: NDQ_002120

answers: 2 to 5 kW

answers: NDQ_002121

answers: small systems for roofs to solar plants producing several megawatts.

answers: NDQ_002122

answers: small systems for roofs to solar plants producing several megawatts.

answers: NDQ_002123

answers: small systems for roofs to solar plants producing several megawatts.

answers: NDQ_002124

answers: Sputnik Engineering

answers: NDQ_002125

answers: Sputnik Engineering

answers: NDQ_002126

answers: small systems for roofs to solar plants producing several megawatts.

answers: NDQ_002127

answers: 2 to 5 kW

answers: NDQ_002128

answers: megawatts.

answers: NDQ_002129

answers: (330 kW to 1.32 MW).

answers: NDQ_002130

answers: Sputnik

answers: NDQ_002131

answers: Sputnik Engineering produces string inverters and central inverters

answers: NDQ_002132

answers: Sputnik

answers: NDQ_002133

answers: Sputnik

answers: NDQ_002134

answers: photovoltaic systems.

answers: NDQ_002135

answers: Sputnik

answers: NDQ_002136

answers: solar systems,

answers: NDQ_002137

answers: string inverters

answers: NDQ_002138

answers: small systems for roofs to solar plants producing several megawatts.

answers: NDQ_002139

answers: Sputnik

text: Explorer 10 (also known as Explorer X or P14) was an American Earth-orbital satellite that investigated Earth's magnetic fields and nearby plasma.  Launched on March 25, 1961, it was an early mission in the Explorer program and was the first satellite to measure the "shock wave" generated by a solar flare.

text: Explorer 10 (also known as Explorer X or P14) was an American Earth-

text: orbital

text: satellite that investigated Earth's magnetic fields and nearby plasma.  Launched on March 25, 1961, it was an early mission in the

text: Explorer program

text: and was the first satellite to measure the "shock wave" generated by a

text: solar flare

answers: NDQ_002095

answers: Earth

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: orbits the Earth

answers: NDQ_002100

answers: American

answers: NDQ_002103

answers: March 25, 1961

answers: NDQ_002108

answers: Yes

answers: NDQ_002111

answers: It is impossible to say

answers: NDQ_002113

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: Yes

answers: NDQ_002118

answers: It's impossible to say

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: None of the above choices.

answers: NDQ_002121

answers: Why did Explorer 10 go into orbit?

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: What type of satellites are placed in high orbits over Earth?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbital

answers: NDQ_002127

answers: magnetic fields

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: Explorer 10

answers: NDQ_002130

answers: Explorer program

answers: NDQ_002131

answers: shock wave

answers: NDQ_002132

answers: orbital

answers: NDQ_002133

answers: 1961

answers: NDQ_002134

answers: gravitational force is equal to the force of gravity

answers: NDQ_002135

answers: Explorer program

answers: NDQ_002136

answers: magnetic fields

answers: NDQ_002137

answers: Earth's magnetic fields

answers: NDQ_002138

answers: Earth

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: measure the "shock wave" generated by a solar flare.

answers: NDQ_002097

answers: magnetic fields

answers: NDQ_002099

answers: Earth-orbital

answers: NDQ_002100

answers: American

answers: NDQ_002103

answers: March 25, 1961,

answers: NDQ_002108

answers: March 25, 1961,

answers: NDQ_002111

answers: Earth-orbital satellite

answers: NDQ_002113

answers: 1961,

answers: NDQ_002114

answers: Explorer 10

answers: NDQ_002115

answers: 1961,

answers: NDQ_002116

answers: Earth-orbital

answers: NDQ_002117

answers: Earth-orbital

answers: NDQ_002118

answers: Earth-orbital satellite

answers: NDQ_002119

answers: 1961,

answers: NDQ_002120

answers: Explorer 10

answers: NDQ_002121

answers: Earth-orbital satellite

answers: NDQ_002122

answers: March 25, 1961,

answers: NDQ_002123

answers: Earth-orbital

answers: NDQ_002124

answers: 1961,

answers: NDQ_002125

answers: Explorer 10

answers: NDQ_002126

answers: Earth-orbital

answers: NDQ_002127

answers: magnetic fields

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Earth-orbital

answers: NDQ_002130

answers: Explorer program

answers: NDQ_002131

answers: "shock wave"

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: 1961,

answers: NDQ_002134

answers: "shock wave" generated by a solar flare.

answers: NDQ_002135

answers: Explorer program

answers: NDQ_002136

answers: magnetic fields

answers: NDQ_002137

answers: Earth-orbital satellite that investigated Earth's magnetic fields

answers: NDQ_002138

answers: Earth-orbital

answers: NDQ_002139

answers: Explorer 10

text: The initial plans for the Space Station envisaged a small, low-cost Crew Return Vehicle (CRV) that would provide emergency evacuation capability. The 1986 Challenger disaster led planners to consider a more capable spacecraft. The Orbital Space Plane (OSP) development got underway in 2001, with an early version expected to enter service by 2010. With the initiation of the Constellation program in 2004, the knowledge gained on the OSP was transferred to Johnson Space Center (JSC) for use in the development of the Crew Exploration Vehicle. No operational OSP was ever built.

text: The initial plans for the Space Station envisaged a small, low-cost

text: Crew Return Vehicle

text: (CRV) that would provide emergency evacuation capability. The 1986 Challenger disaster led planners to consider a more capable spacecraft. The

text: Orbital Space Plane

text: (OSP) development got underway in 2001, with an early version expected to enter service by 2010. With the initiation of the Constellation program in 2004, the knowledge gained on the OSP was transferred to Johnson Space Center (JSC) for use in the development of the

text: Crew Exploration Vehicle

text: . No operational OSP was ever built.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: The 1986 Challenger disaster

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: How many years after the Challenger disaster did the Constellation program begin?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: Which happened first, the Challenger disaster or the Constellation program?

answers: NDQ_002118

answers: How many satellites are in orbit around Earth

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat or Constellation?

answers: NDQ_002121

answers: Why did planners consider a more capable spacecraft?

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: Which happened first, the Challenger disaster or the initiation of the Constellation program?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: the Space Station

answers: NDQ_002128

answers: Orbital

answers: NDQ_002129

answers: Orbital Space Plane

answers: NDQ_002130

answers: Johnson Space Center

answers: NDQ_002131

answers: CRV

answers: NDQ_002132

answers: Orbital Space Plane

answers: NDQ_002133

answers: 1986

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: Challenger disaster

answers: NDQ_002136

answers: Space Station

answers: NDQ_002137

answers: satellites to measure

answers: NDQ_002138

answers: could provide emergency evacuation capability

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: spacecraft.

answers: NDQ_002097

answers: Crew Return Vehicle (CRV) that would provide emergency evacuation capability.

answers: NDQ_002099

answers: spacecraft.

answers: NDQ_002100

answers: 2001,

answers: NDQ_002103

answers: The Orbital Space Plane

answers: NDQ_002108

answers: Orbital Space Plane (OSP) development got underway in 2001,

answers: NDQ_002111

answers: No operational OSP was ever built.

answers: NDQ_002113

answers: The Orbital Space Plane

answers: NDQ_002114

answers: The Orbital Space Plane

answers: NDQ_002115

answers: The Orbital Space Plane

answers: NDQ_002116

answers: Orbital Space Plane

answers: NDQ_002117

answers: Orbital Space Plane

answers: NDQ_002118

answers: No operational OSP was ever built.

answers: NDQ_002119

answers: 2001,

answers: NDQ_002120

answers: 2010.

answers: NDQ_002121

answers: The Orbital Space Plane

answers: NDQ_002122

answers: The Orbital Space Plane

answers: NDQ_002123

answers: 2010.

answers: NDQ_002124

answers: The Orbital Space Plane

answers: NDQ_002125

answers: No operational OSP was ever built.

answers: NDQ_002126

answers: spacecraft.

answers: NDQ_002127

answers: The Orbital Space Plane

answers: NDQ_002128

answers: Orbital Space Plane

answers: NDQ_002129

answers: Orbital Space Plane

answers: NDQ_002130

answers: Johnson Space Center

answers: NDQ_002131

answers: Crew Exploration Vehicle.

answers: NDQ_002132

answers: Orbital Space Plane

answers: NDQ_002133

answers: 1986 Challenger disaster

answers: NDQ_002134

answers: No operational OSP was ever built.

answers: NDQ_002135

answers: 1986 Challenger disaster

answers: NDQ_002136

answers: 1986 Challenger disaster led planners to consider a more capable spacecraft.

answers: NDQ_002137

answers: 1986 Challenger disaster led planners to consider a more capable spacecraft.

answers: NDQ_002138

answers: Crew Return Vehicle

answers: NDQ_002139

answers: 1986 Challenger

text: •       2014: Producer and Director of Planet Explorer 4 Greece and Planet Explorer 5 Morocco

text: •       2014: Producer and Director of Planet Explorer 4 Greece and Planet Explorer 5 Morocco

answers: NDQ_002095

answers: Mars.

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: Greece and Morocco

answers: NDQ_002103

answers: in space

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: The rockets were developed before scientists knew how they worked

answers: NDQ_002113

answers: Planet Explorer 5 Morocco

answers: NDQ_002114

answers: • 2014

answers: NDQ_002115

answers: Mars

answers: NDQ_002116

answers: planet

answers: NDQ_002117

answers: Planet Explorer 5 Morocco

answers: NDQ_002118

answers: Planet Explorer 5 Morocco

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: • 2014: Producer and Director of Planet Explorer 4 Greece and Planet Explorer 5 Morocco

answers: NDQ_002121

answers: The law of conservation of momentum.

answers: NDQ_002122

answers: Newtons Third Law of Motion states that a rocket will travel in a straight line.

answers: NDQ_002123

answers: Planet Explorer 4 Greece and Planet Explorer 5 Morocco

answers: NDQ_002124

answers: Alan Shepherd

answers: NDQ_002125

answers: Mars

answers: NDQ_002126

answers: elliptical

answers: NDQ_002127

answers: kinetic energy

answers: NDQ_002128

answers: planet

answers: NDQ_002129

answers: • 2014: Producer of Planet Explorer 4 Greece and Planet Explorer 5 Morocco;

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: a car

answers: NDQ_002132

answers: Planet Explorer

answers: NDQ_002133

answers: 5th century BC

answers: NDQ_002134

answers: gravitational force is equal to the force of gravity

answers: NDQ_002135

answers: the Cold War

answers: NDQ_002136

answers: orbital mass

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: Planet Explorer 5 Morocco

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Planet Explorer 4

answers: NDQ_002097

answers: Planet Explorer 4 Greece

answers: NDQ_002099

answers: Planet Explorer 4 Greece and Planet Explorer 5 Morocco

answers: NDQ_002100

answers: Greece

answers: NDQ_002103

answers: Morocco

answers: NDQ_002108

answers: Planet Explorer 4 Greece and Planet Explorer 5 Morocco

answers: NDQ_002111

answers: Planet Explorer 4 Greece and Planet Explorer 5 Morocco

answers: NDQ_002113

answers: Planet Explorer 4 Greece and Planet Explorer 5 Morocco

answers: NDQ_002114

answers: Morocco

answers: NDQ_002115

answers: Planet Explorer 4 Greece and Planet Explorer 5 Morocco

answers: NDQ_002116

answers: Planet Explorer 4 Greece and Planet Explorer 5 Morocco

answers: NDQ_002117

answers: Planet Explorer 4 Greece and Planet Explorer 5 Morocco

answers: NDQ_002118

answers: Planet Explorer 4 Greece and Planet Explorer 5 Morocco

answers: NDQ_002119

answers: 2014:

answers: NDQ_002120

answers: Morocco

answers: NDQ_002121

answers: Planet Explorer 4 Greece and Planet Explorer 5 Morocco

answers: NDQ_002122

answers: Morocco

answers: NDQ_002123

answers: Planet Explorer 4 Greece and Planet Explorer 5 Morocco

answers: NDQ_002124

answers: Planet Explorer 4 Greece and Planet Explorer 5 Morocco

answers: NDQ_002125

answers: Planet Explorer 4 Greece and Planet Explorer 5 Morocco

answers: NDQ_002126

answers: Planet Explorer 4

answers: NDQ_002127

answers: • 2014: Producer and Director of Planet Explorer 4

answers: NDQ_002128

answers: Planet

answers: NDQ_002129

answers: Planet Explorer 4 Greece and Planet Explorer 5 Morocco

answers: NDQ_002130

answers: Planet Explorer 4 Greece and Planet Explorer 5 Morocco

answers: NDQ_002131

answers: Planet Explorer 4

answers: NDQ_002132

answers: Planet Explorer 4

answers: NDQ_002133

answers: 2014:

answers: NDQ_002134

answers: 2014: Producer and Director of Planet Explorer 4 Greece and Planet Explorer 5 Morocco

answers: NDQ_002135

answers: 2014:

answers: NDQ_002136

answers: Morocco

answers: NDQ_002137

answers: Morocco

answers: NDQ_002138

answers: Planet Explorer 4 Greece and Planet Explorer 5 Morocco

answers: NDQ_002139

answers: Planet Explorer

text: The game is structured on the basis of  voxels, giving it its sandbox nature and allowing gamers to craft and manipulate anything in its world, from small objects such as weapons to cities and comparably big structures. Central to the game are the removal and addition of matter to the landscape, as well as the building of space stations, which can extend as large as the expanse of an entire planet. The game also counts with space exploration, mining, and combat. The game's autonomous systems (such as engines or resource gathering) in turn play with concepts like energy consumption or the interconnection among machinery.

text: The game is structured on the basis of

text: voxel

text: s, giving it its sandbox nature and allowing gamers to craft and manipulate anything in its world, from small objects such as weapons to cities and comparably big structures. Central to the game are the removal and addition of matter to the landscape, as well as the building of space stations, which can extend as large as the expanse of an entire planet. The game also counts with space exploration, mining, and combat. The game's autonomous systems (such as engines or resource gathering) in turn play with concepts like energy consumption or the interconnection among machinery.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: interconnection among machinery

answers: NDQ_002099

answers: can be used in space

answers: NDQ_002100

answers: United States and China

answers: NDQ_002103

answers: space stations

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: unknown

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: unknown

answers: NDQ_002116

answers: orbits a smaller object

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: The game also counts with space exploration

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: Newtons Third Law of Motion

answers: NDQ_002123

answers: The game also counts with space exploration, mining, and combat

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: unanswerable

answers: NDQ_002126

answers: voxels

answers: NDQ_002127

answers: The game's autonomous systems

answers: NDQ_002128

answers: space stations

answers: NDQ_002129

answers: the expanse of an entire planet

answers: NDQ_002130

answers: unanswerable

answers: NDQ_002131

answers: sandbox

answers: NDQ_002132

answers: The game's autonomous systems

answers: NDQ_002133

answers: unanswerable

answers: NDQ_002134

answers: matter can not be moved

answers: NDQ_002135

answers: The game

answers: NDQ_002136

answers: energy consumption

answers: NDQ_002137

answers: voxels

answers: NDQ_002138

answers: is a satellite in a low orbit

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: space stations,

answers: NDQ_002097

answers: energy consumption

answers: NDQ_002099

answers: energy consumption or the interconnection among machinery.

answers: NDQ_002100

answers: space stations,

answers: NDQ_002103

answers: space stations,

answers: NDQ_002108

answers: space stations,

answers: NDQ_002111

answers: space stations,

answers: NDQ_002113

answers: space stations,

answers: NDQ_002114

answers: space stations,

answers: NDQ_002115

answers: space stations,

answers: NDQ_002116

answers: space stations,

answers: NDQ_002117

answers: space stations,

answers: NDQ_002118

answers: space stations,

answers: NDQ_002119

answers: space stations,

answers: NDQ_002120

answers: space stations,

answers: NDQ_002121

answers: space stations,

answers: NDQ_002122

answers: space stations,

answers: NDQ_002123

answers: space stations,

answers: NDQ_002124

answers: space stations,

answers: NDQ_002125

answers: space stations,

answers: NDQ_002126

answers: voxels,

answers: NDQ_002127

answers: engines

answers: NDQ_002128

answers: space stations,

answers: NDQ_002129

answers: the expanse of an entire planet.

answers: NDQ_002130

answers: space stations,

answers: NDQ_002131

answers: voxels,

answers: NDQ_002132

answers: autonomous systems

answers: NDQ_002133

answers: space stations,

answers: NDQ_002134

answers: energy consumption or the interconnection among machinery.

answers: NDQ_002135

answers: space stations,

answers: NDQ_002136

answers: energy consumption or the interconnection among machinery.

answers: NDQ_002137

answers: voxels,

answers: NDQ_002138

answers: space stations,

answers: NDQ_002139

answers: space stations,

text: The Soviets' Mars program and NASA's Mariner program became the two first successful space programs that intended to explore Mars through orbiters. Mars 2, Mars 3 and Mariner 9 were all launched into space in May 1971, and all entered Mars’ orbit that same year. NASA's Mariner 9 reached the planet's orbit first on November 14, narrowly beating the Soviet's spacecraft amid the space race, and subsequently became the first spacecraft to orbit another planet.

text: The

text: Soviets

text: Mars program

text: and

text: NASA

text: 's

text: Mariner program

text: became the two first successful space programs that intended to

text: explore

text: Mars

text: through

text: orbiter

text: s.

text: Mars 2

text: Mars 3

text: and

text: Mariner 9

text: were all launched into space in May 1971, and all entered Mars’ orbit that same year. NASA's Mariner 9 reached the planet's orbit first on November 14, narrowly beating the Soviet's spacecraft amid the

text: space race

text: , and subsequently became the first spacecraft to orbit another planet.

answers: NDQ_002095

answers: orbit another planet

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: launches into space

answers: NDQ_002100

answers: Soviets

answers: NDQ_002103

answers: into space

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: what is the first spacecraft to orbit another planet

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: Mars

answers: NDQ_002120

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

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: Which happened first, the Soviets' Mars program or NASA's Mariner 9?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: yes

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: spacecraft

answers: NDQ_002129

answers: Mariner 9

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: orbiters

answers: NDQ_002133

answers: Soviets

answers: NDQ_002134

answers: Mars 2 and Mars 3 were all launched into space in May 1971

answers: NDQ_002135

answers: Soviets' Mars program

answers: NDQ_002136

answers: Space Race

answers: NDQ_002137

answers: navigational technology

answers: NDQ_002138

answers: Mars 2

answers: NDQ_002139

answers: Mariner 9

answers: NDQ_002095

answers: orbit another planet.

answers: NDQ_002097

answers: orbit

answers: NDQ_002099

answers: launched into space

answers: NDQ_002100

answers: Soviets' Mars program and NASA's

answers: NDQ_002103

answers: space

answers: NDQ_002108

answers: 1971,

answers: NDQ_002111

answers: 1971,

answers: NDQ_002113

answers: 1971,

answers: NDQ_002114

answers: The Soviets'

answers: NDQ_002115

answers: The Soviets' Mars program and NASA's Mariner program

answers: NDQ_002116

answers: orbiters.

answers: NDQ_002117

answers: orbiters.

answers: NDQ_002118

answers: Mars through orbiters.

answers: NDQ_002119

answers: 1971,

answers: NDQ_002120

answers: The Soviets' Mars program and NASA's Mariner program

answers: NDQ_002121

answers: orbiters.

answers: NDQ_002122

answers: 1971,

answers: NDQ_002123

answers: orbiters.

answers: NDQ_002124

answers: NASA's Mariner 9

answers: NDQ_002125

answers: NASA's Mariner program

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: space

answers: NDQ_002128

answers: spacecraft

answers: NDQ_002129

answers: NASA's Mariner 9

answers: NDQ_002130

answers: NASA's

answers: NDQ_002131

answers: orbiters.

answers: NDQ_002132

answers: orbiters.

answers: NDQ_002133

answers: 1971,

answers: NDQ_002134

answers: Mars through orbiters.

answers: NDQ_002135

answers: space race,

answers: NDQ_002136

answers: space race,

answers: NDQ_002137

answers: orbiters.

answers: NDQ_002138

answers: The Soviets' Mars program and NASA's Mariner program

answers: NDQ_002139

answers: Mariner 9

text: The nodal module is intended to serve as the only permanent element of OPSEK, a Russian space station intended to support deep space manned exploration missions to Mars, possibly the Moon, and Saturn. Other OPSEK modules will be replaced as they reach the end of their useful life, whilst the Uzlovoy Module will be refurbished on orbit for an extended period.

text: The nodal module is intended to serve as the only permanent element of

entity_name: Orbital Piloted Assembly and Experiment Complex

text: OPSEK

text: , a Russian space station intended to support deep space manned exploration missions to Mars, possibly the Moon, and Saturn. Other OPSEK modules will be replaced as they reach the end of their useful life, whilst the Uzlovoy Module will be refurbished on orbit for an extended period.

answers: NDQ_002095

answers: Mars

answers: NDQ_002097

answers: Newton's Law of Gravity

answers: NDQ_002099

answers: is able to launch into space

answers: NDQ_002100

answers: Russian

answers: NDQ_002103

answers: space station

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: Which of the following is not a type of satellite: imaging satellites, Mars, or Saturn?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: a Russian space station

answers: NDQ_002129

answers: OPSEK

answers: NDQ_002130

answers: unanswerable

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: unanswerable

answers: NDQ_002133

answers: Soviet Union

answers: NDQ_002134

answers: Newton's third law of motion states that the mass of an object is proportional to its velocity.

answers: NDQ_002135

answers: OPSEK

answers: NDQ_002136

answers: nodal module

answers: NDQ_002137

answers: nodal module

answers: NDQ_002138

answers: The Uzlovoy Module

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Mars,

answers: NDQ_002097

answers: The nodal module

answers: NDQ_002099

answers: replaced as they reach the end of their useful life,

answers: NDQ_002100

answers: Russian

answers: NDQ_002103

answers: OPSEK,

answers: NDQ_002108

answers: Mars,

answers: NDQ_002111

answers: manned exploration missions

answers: NDQ_002113

answers: Mars, possibly the Moon, and Saturn.

answers: NDQ_002114

answers: the Moon,

answers: NDQ_002115

answers: the Moon,

answers: NDQ_002116

answers: orbit

answers: NDQ_002117

answers: manned exploration missions

answers: NDQ_002118

answers: Mars, possibly the Moon, and Saturn.

answers: NDQ_002119

answers: manned exploration missions to Mars,

answers: NDQ_002120

answers: Mars,

answers: NDQ_002121

answers: orbit

answers: NDQ_002122

answers: Mars, possibly the Moon, and Saturn.

answers: NDQ_002123

answers: The nodal module

answers: NDQ_002124

answers: the Moon, and Saturn.

answers: NDQ_002125

answers: Mars,

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: The nodal module

answers: NDQ_002128

answers: Uzlovoy Module

answers: NDQ_002129

answers: Saturn.

answers: NDQ_002130

answers: manned

answers: NDQ_002131

answers: The nodal module

answers: NDQ_002132

answers: nodal module

answers: NDQ_002133

answers: manned exploration missions to Mars, possibly the Moon, and Saturn.

answers: NDQ_002134

answers: replaced as they reach the end of their useful life,

answers: NDQ_002135

answers: manned exploration missions

answers: NDQ_002136

answers: useful life,

answers: NDQ_002137

answers: nodal module

answers: NDQ_002138

answers: Uzlovoy Module

answers: NDQ_002139

answers: Uzlovoy Module

text: On 5 May 2015, NASA announced a program based at the Kennedy Space Center dedicated to develop a new class of rockets designed specifically to launch very small satellites: the NASA Venture Class Launch Services (VCLS), which will offer a payload mass of 30 kg to 60 kg for each launcher. Five months later, in October 2015, NASA awarded a total of $17.1 million to three separate startup launch companies for one flight each: $6.9 million to Rocket Lab (Electron rocket); $5.5 million to Firefly Space Systems (Alpha rocket); and $4.7 million to Virgin Galactic (LauncherOne rocket). The payloads for the three flights under the VCLS contract have not yet been assigned. Other small satellite launch systems are under development that would carry CubeSats alongside a small payload, including the Neptune series of rockets by Interorbital Systems, Garvey Spacecraft's Nanosat Launch Vehicle, and the SPARK rocket. In addition to conventional launch vehicles, several air launch to orbit vehicles are in the works by Swiss Space Systems, Generation Orbit Launch Services, and Boeing (in the form of their Small Launch Vehicle).

text: On 5 May 2015,

text: NASA

text: announced a program based at the

text: Kennedy Space Center

text: dedicated to develop a new class of rockets designed specifically to launch very small satellites: the NASA

text: Venture Class Launch Services

text: (VCLS), which will offer a payload mass of 30 kg to 60 kg for each launcher. Five months later, in October 2015, NASA awarded a total of $17.1 million to three separate startup launch companies for one flight each: $6.9 million to

text: Rocket Lab

text: Electron rocket

text: ); $5.5 million to

text: Firefly Space Systems

text: Alpha rocket

text: ); and $4.7 million to

text: Virgin Galactic

text: LauncherOne rocket

text: ). The payloads for the three flights under the VCLS contract have not yet been assigned. Other small satellite launch systems are under development that would carry CubeSats alongside a small payload, including the Neptune series of rockets by

text: Interorbital Systems

text: Garvey Spacecraft

text: 's Nanosat Launch Vehicle, and the

text: SPARK

text: rocket. In addition to conventional launch vehicles, several

text: air launch to orbit

text: vehicles are in the works by

text: Swiss Space Systems

text: Generation Orbit Launch Services

text: , and

text: Boeing

text: (in the form of their

text: Small Launch Vehicle

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: launch very small satellites

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: air launch

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: unknown

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: Which satellites are placed in high orbits over Earth?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: payload

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: CubeSat

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Spacecraft

answers: NDQ_002132

answers: CubeSats

answers: NDQ_002133

answers: 1960s

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: NASA Venture Class Launch Services

answers: NDQ_002136

answers: air launch

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: CubeSat

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: orbit

answers: NDQ_002097

answers: mass

answers: NDQ_002099

answers: launch very small satellites:

answers: NDQ_002100

answers: Swiss

answers: NDQ_002103

answers: air launch

answers: NDQ_002108

answers: 2015,

answers: NDQ_002111

answers: assigned.

answers: NDQ_002113

answers: Small Launch Vehicle).

answers: NDQ_002114

answers: NASA announced a program based at the Kennedy Space Center

answers: NDQ_002115

answers: rockets designed specifically to launch very small satellites:

answers: NDQ_002116

answers: CubeSats

answers: NDQ_002117

answers: conventional launch vehicles,

answers: NDQ_002118

answers: small satellites:

answers: NDQ_002119

answers: 2015,

answers: NDQ_002120

answers: CubeSats alongside a small payload,

answers: NDQ_002121

answers: air launch to orbit

answers: NDQ_002122

answers: 30 kg to 60 kg

answers: NDQ_002123

answers: small satellites:

answers: NDQ_002124

answers: 2015, NASA announced a program based at the Kennedy Space Center

answers: NDQ_002125

answers: NASA announced a program based at the Kennedy Space Center

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: air launch to orbit vehicles

answers: NDQ_002128

answers: orbit

answers: NDQ_002129

answers: 30 kg to 60 kg

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Small Launch Vehicle).

answers: NDQ_002132

answers: CubeSats

answers: NDQ_002133

answers: 2015,

answers: NDQ_002134

answers: 30 kg to 60 kg

answers: NDQ_002135

answers: (Electron rocket);

answers: NDQ_002136

answers: air launch

answers: NDQ_002137

answers: satellites:

answers: NDQ_002138

answers: CubeSats

answers: NDQ_002139

answers: Kennedy Space Center

text: PSLV-C28 (a.k.a. DMC3 mission) was the 29th consecutive successful mission (overall 30th) of the PSLV program. The PSLV-C28 carried and successfully deployed 5 satellites in the Sun-synchronous orbit. With a launch mass of  and payload mass of payload mass , the C28 was the heaviest commercial mission undertaken by Indian Space Research Organisation and Antrix Corporation. The PSLV-C28 carried three identical optical earth observation satellites (DMC3-1, DMC3-2 & DMC3-3), an optical earth observation technology demonstrator micro satellite (CBNT-1) and an experimental nano satellite (De-orbitSail). All the satellites were built by Surrey Satellite Technology (SSTL). Although built by SSTL, the "De-orbitSail" belonged to the Surrey Space Centre.

text: PSLV-C28 (

text: a.k.a.

text: DMC3 mission) was the 29th consecutive successful mission (overall 30th) of the

text: PSLV

text: program. The PSLV-C28 carried and successfully deployed 5

text: satellite

text: s in the

text: Sun-synchronous orbit

text: . With a launch mass of  and payload mass of payload mass , the C28 was the heaviest commercial mission undertaken by

text: Indian Space Research Organisation

text: and

text: Antrix Corporation

text: . The PSLV-C28 carried three identical optical

text: earth observation satellite

text: s (

text: , DMC3-2 & DMC3-3), an optical

text: earth observation

text: technology demonstrator

text: micro satellite

text: (CBNT-1) and an experimental

text: nano satellite

text: (De-orbitSail). All the satellites were built by

text: Surrey Satellite Technology

text: (SSTL). Although built by SSTL, the "De-orbitSail" belonged to the Surrey Space Centre.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: Sun-synchronous orbit

answers: NDQ_002099

answers: can deploy satellites

answers: NDQ_002100

answers: Indian Space Research Organisation

answers: NDQ_002103

answers: Sun-synchronous orbit

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: None of the above choices

answers: NDQ_002118

answers: It's impossible to say

answers: NDQ_002119

answers: Neil Armstrong walked

answers: NDQ_002120

answers: PSLV-C28 carried three identical optical earth observation satellites

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How many satellites did the PSLV-C28 carry?

answers: NDQ_002123

answers: How many identical optical earth observation satellites did the PSLV-C28 carry?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: launch mass

answers: NDQ_002128

answers: satellites

answers: NDQ_002129

answers: The PSLV-C28 carried and successfully deployed 5 satellites in the Sun-synchronous orbit

answers: NDQ_002130

answers: Indian Space Research Organisation

answers: NDQ_002131

answers: de-orbitSail

answers: NDQ_002132

answers: nano satellite

answers: NDQ_002133

answers: Indian Space Research Organisation

answers: NDQ_002134

answers: The PSLV-C28 carried and successfully deployed 5 satellites in the Sun-synchronous orbit

answers: NDQ_002135

answers: PSLV program

answers: NDQ_002136

answers: Sun-synchronous orbit

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: De-orbitSail

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Sun-synchronous orbit.

answers: NDQ_002097

answers: Sun-synchronous orbit.

answers: NDQ_002099

answers: launch mass

answers: NDQ_002100

answers: Indian Space Research Organisation and Antrix Corporation.

answers: NDQ_002103

answers: launch mass

answers: NDQ_002108

answers: PSLV-C28

answers: NDQ_002111

answers: 5 satellites in the Sun-synchronous orbit.

answers: NDQ_002113

answers: PSLV-C28

answers: NDQ_002114

answers: PSLV-C28

answers: NDQ_002115

answers: PSLV-C28

answers: NDQ_002116

answers: nano satellite

answers: NDQ_002117

answers: Sun-synchronous orbit.

answers: NDQ_002118

answers: 5

answers: NDQ_002119

answers: PSLV-C28

answers: NDQ_002120

answers: earth observation

answers: NDQ_002121

answers: Sun-synchronous orbit.

answers: NDQ_002122

answers: Sun-synchronous orbit.

answers: NDQ_002123

answers: optical earth observation

answers: NDQ_002124

answers: PSLV-C28

answers: NDQ_002125

answers: PSLV-C28

answers: NDQ_002126

answers: orbit.

answers: NDQ_002127

answers: launch mass

answers: NDQ_002128

answers: nano satellite

answers: NDQ_002129

answers: the C28

answers: NDQ_002130

answers: Indian Space Research Organisation

answers: NDQ_002131

answers: PSLV-C28

answers: NDQ_002132

answers: nano satellite

answers: NDQ_002133

answers: Indian Space Research Organisation

answers: NDQ_002134

answers: Sun-synchronous orbit.

answers: NDQ_002135

answers: PSLV-C28

answers: NDQ_002136

answers: Sun-synchronous orbit.

answers: NDQ_002137

answers: 5 satellites

answers: NDQ_002138

answers: nano satellite

answers: NDQ_002139

answers: PSLV-C28

text: The National Space Organization (NSPO; formerly known as the National Space Program Office) is the national civilian space agency of Taiwan under the auspices of the ROC (Taiwan) Ministry of Science and Technology. NSPO is involved in the development of space exploration, satellite construction and development as well as related technologies and infrastructure (including the FORMOSAT series of Earth observation satellites) and related research in astronautics, quantum physics, materials science, aerospace engineering, remote sensing, astrophysics, atmospheric science, information science, space weapons, a Taiwanese manned spaceflight program and the deployment of space-based weapons for the defense of national security in Taiwan.

text: The National Space Organization (NSPO; formerly known as the National Space Program Office) is the national civilian space agency of

text: Taiwan

text: under the auspices of the

entity_name: Ministry of Science and Technology (Taiwan)

text: ROC (Taiwan) Ministry of Science and Technology

text: . NSPO is involved in the development of space exploration, satellite construction and development as well as related technologies and infrastructure (including the FORMOSAT series of

text: Earth observation satellite

text: s) and related research in

text: astronautics

text: quantum physics

text: materials science

text: aerospace engineering

text: remote sensing

text: astrophysics

text: atmospheric science

text: information science

text: space weapons

text: , a

text: Taiwanese manned spaceflight program

text: and the deployment of

text: space-based weapons

text: for the defense of

text: national security

text: in

text: Taiwan

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: atmospheric science

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: Taiwan

answers: NDQ_002103

answers: space

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: Taiwanese

answers: NDQ_002115

answers: unknown

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: FORMOSAT series of Earth observation satellites

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: Newtons Third Law of Motion

answers: NDQ_002123

answers: Earth observation satellites

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: Earth

answers: NDQ_002127

answers: astrophysics

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: FORMOSAT series of Earth observation satellites

answers: NDQ_002130

answers: The National Space Organization

answers: NDQ_002131

answers: astrophysics

answers: NDQ_002132

answers: Earth observation satellites

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: atmospheric science, information science, and space weapons

answers: NDQ_002135

answers: The National Space Organization

answers: NDQ_002136

answers: gravity

answers: NDQ_002137

answers: remote sensing

answers: NDQ_002138

answers: Earth observation satellites

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: space exploration,

answers: NDQ_002097

answers: quantum physics,

answers: NDQ_002099

answers: aerospace engineering,

answers: NDQ_002100

answers: Taiwan

answers: NDQ_002103

answers: space exploration,

answers: NDQ_002108

answers: manned spaceflight

answers: NDQ_002111

answers: astronautics,

answers: NDQ_002113

answers: The National Space Organization

answers: NDQ_002114

answers: Taiwan

answers: NDQ_002115

answers: The National Space Organization

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: manned spaceflight

answers: NDQ_002118

answers: Earth observation satellites)

answers: NDQ_002119

answers: The National Space Organization

answers: NDQ_002120

answers: FORMOSAT series of Earth observation satellites)

answers: NDQ_002121

answers: space exploration,

answers: NDQ_002122

answers: astrophysics,

answers: NDQ_002123

answers: Earth observation satellites)

answers: NDQ_002124

answers: The National Space Organization

answers: NDQ_002125

answers: The National Space Organization

answers: NDQ_002126

answers: astrophysics,

answers: NDQ_002127

answers: aerospace engineering,

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: FORMOSAT series of Earth observation satellites)

answers: NDQ_002130

answers: The National Space Organization

answers: NDQ_002131

answers: The National Space Organization

answers: NDQ_002132

answers: Earth observation satellites)

answers: NDQ_002133

answers: FORMOSAT series of Earth observation satellites)

answers: NDQ_002134

answers: astrophysics,

answers: NDQ_002135

answers: manned spaceflight program

answers: NDQ_002136

answers: technologies and infrastructure

answers: NDQ_002137

answers: Earth observation satellites)

answers: NDQ_002138

answers: Earth observation satellites)

answers: NDQ_002139

answers: astronautics,

text: of 0.7, a rocket flying at Mach 0.85 (which most aircraft cruise at) with an exhaust velocity of Mach 10, would have a predicted overall energy efficiency of 5.9%, whereas a conventional, modern, air-breathing jet engine achieves closer to 35% efficiency. Thus a rocket would need about 6x more energy; and allowing for the specific energy of rocket propellant being around one third that of conventional air fuel, roughly 18x more mass of propellant would need to be carried for the same journey. This is why rockets are rarely if ever used for general aviation.

text: of 0.7, a rocket flying at Mach 0.85 (which most aircraft cruise at) with an exhaust velocity of Mach 10, would have a predicted overall energy efficiency of 5.9%, whereas a conventional, modern, air-breathing jet engine achieves closer to 35% efficiency. Thus a rocket would need about 6x more energy; and allowing for the specific energy of rocket propellant being around one third that of conventional air fuel, roughly 18x more mass of propellant would need to be carried for the same journey. This is why rockets are rarely if ever used for general aviation.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: mass of propellant

answers: NDQ_002099

answers: can fly at Mach 0.85

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: Mach 0.85

answers: NDQ_002108

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: orbits

answers: NDQ_002117

answers: rockets

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: landsat satellites

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: Mach 0.85

answers: NDQ_002123

answers: orbits over Earth

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: Mach

answers: NDQ_002127

answers: Mach 0.85

answers: NDQ_002128

answers: isotope

answers: NDQ_002129

answers: the largest artificial satellite

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Mach 0.85

answers: NDQ_002132

answers: rocket

answers: NDQ_002133

answers: unknown

answers: NDQ_002134

answers: a rocket flying at Mach 0.85 (which most aircraft cruise at) with an exhaust velocity of Mach 10, would have a predicted overall energy efficiency

answers: NDQ_002135

answers: general aviation

answers: NDQ_002136

answers: mass of propellant

answers: NDQ_002137

answers: a satellite

answers: NDQ_002138

answers: would need about 18x more mass of propellant

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Mach 10,

answers: NDQ_002097

answers: velocity of Mach 10,

answers: NDQ_002099

answers: rockets are rarely if ever used for general aviation.

answers: NDQ_002100

answers: 0.7,

answers: NDQ_002103

answers: rockets are rarely if ever used for general aviation.

answers: NDQ_002108

answers: 10,

answers: NDQ_002111

answers: rockets are rarely if ever used for general aviation.

answers: NDQ_002113

answers: rockets are rarely if ever used for general aviation.

answers: NDQ_002114

answers: 5.9%,

answers: NDQ_002115

answers: rockets are rarely if ever used for general aviation.

answers: NDQ_002116

answers: 0.7,

answers: NDQ_002117

answers: rockets are rarely if ever used for general aviation.

answers: NDQ_002118

answers: 5.9%,

answers: NDQ_002119

answers: 10,

answers: NDQ_002120

answers: 5.9%,

answers: NDQ_002121

answers: rockets are rarely if ever used for general aviation.

answers: NDQ_002122

answers: a rocket would need about 6x more energy;

answers: NDQ_002123

answers: Mach 10,

answers: NDQ_002124

answers: 10,

answers: NDQ_002125

answers: rockets are rarely if ever used for general aviation.

answers: NDQ_002126

answers: cruise at) with an exhaust velocity of Mach 10,

answers: NDQ_002127

answers: energy;

answers: NDQ_002128

answers: rocket

answers: NDQ_002129

answers: Mach 10,

answers: NDQ_002130

answers: rocket

answers: NDQ_002131

answers: exhaust velocity of Mach 10,

answers: NDQ_002132

answers: rocket

answers: NDQ_002133

answers: 0.7,

answers: NDQ_002134

answers: a rocket would need about 6x more energy;

answers: NDQ_002135

answers: general aviation.

answers: NDQ_002136

answers: rocket would need about 6x more energy;

answers: NDQ_002137

answers: 0.7,

answers: NDQ_002138

answers: 0.7,

answers: NDQ_002139

answers: 10,

text: It began as a U.S. Army proposal to place a scientific satellite into orbit during the International Geophysical Year (1957–58); however, that proposal was rejected in favor of the U.S. Navy's Project Vanguard. The Explorer program was later reestablished to catch up with the Soviet Union after that nation's launch of Sputnik 1 on October, 1957. Explorer 1 was launched January 31, 1958; at this time the project still belonged to ABMA and JPL. Besides being the first U.S. satellite, it is known for discovering the Van Allen radiation belt.

text: It began as a U.S. Army proposal to place a scientific satellite into orbit during the

text: International Geophysical Year

text: (1957–58); however, that proposal was rejected in favor of the U.S. Navy's

text: Project Vanguard

text: . The Explorer program was later reestablished to catch up with the Soviet Union after that nation's launch of

text: Sputnik 1

text: on October, 1957.

text: Explorer 1

text: was launched January 31, 1958; at this time the project still belonged to ABMA and JPL. Besides being the first U.S. satellite, it is known for discovering the

text: Van Allen radiation belt

answers: NDQ_002095

answers: orbit

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: launch into space

answers: NDQ_002100

answers: U.S. Army

answers: NDQ_002103

answers: Sputnik 1

answers: NDQ_002108

answers: yes

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: Sputnik

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices are true

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: what is the first U.S. satellite?

answers: NDQ_002121

answers: no

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: What type of satellites are placed in high orbits over Earth?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Army

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Explorer 1

answers: NDQ_002130

answers: U.S. Navy

answers: NDQ_002131

answers: Sputnik 1

answers: NDQ_002132

answers: Sputnik

answers: NDQ_002133

answers: 1957

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: International Geophysical Year

answers: NDQ_002136

answers: Space weather

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: unanswerable

answers: NDQ_002139

answers: Explorer 1

answers: NDQ_002095

answers: orbit

answers: NDQ_002097

answers: orbit during the International Geophysical Year

answers: NDQ_002099

answers: orbit

answers: NDQ_002100

answers: Soviet Union

answers: NDQ_002103

answers: January 31, 1958;

answers: NDQ_002108

answers: Sputnik 1

answers: NDQ_002111

answers: Sputnik 1

answers: NDQ_002113

answers: Sputnik 1

answers: NDQ_002114

answers: Soviet Union

answers: NDQ_002115

answers: Sputnik 1

answers: NDQ_002116

answers: orbit

answers: NDQ_002117

answers: launch of Sputnik 1

answers: NDQ_002118

answers: Sputnik 1

answers: NDQ_002119

answers: Explorer 1 was launched January 31, 1958;

answers: NDQ_002120

answers: Sputnik 1

answers: NDQ_002121

answers: orbit during the International Geophysical Year

answers: NDQ_002122

answers: Explorer 1 was launched January 31, 1958;

answers: NDQ_002123

answers: scientific satellite into orbit during the International Geophysical Year

answers: NDQ_002124

answers: Explorer 1

answers: NDQ_002125

answers: Sputnik 1

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Army

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Sputnik 1

answers: NDQ_002130

answers: U.S. Navy's

answers: NDQ_002131

answers: Van Allen radiation belt.

answers: NDQ_002132

answers: scientific satellite

answers: NDQ_002133

answers: International Geophysical Year

answers: NDQ_002134

answers: Van Allen radiation belt.

answers: NDQ_002135

answers: International Geophysical Year

answers: NDQ_002136

answers: Van Allen radiation belt.

answers: NDQ_002137

answers: satellite into orbit

answers: NDQ_002138

answers: Sputnik 1

answers: NDQ_002139

answers: Explorer 1

text: In the literary Solaris, Lem describes science's inadequacy in allowing humans to communicate with an alien life form, because certain forms, at least, of sentient extra-terrestrial life may operate well outside of human experience and understanding. In the cinematic Solaris, Tarkovsky concentrates upon Kelvin's feelings for his wife, Hari, and the impact of outer space exploration upon the human condition. Dr. Gibarian's monologue [from the novel's sixth chapter] is the highlight of the final library scene, wherein Snaut says, "We don't need other worlds. We need mirrors". Unlike the novel, which begins with psychologist Kris Kelvin's spaceflight, and occurs entirely on Solaris, the film shows Kelvin's visit to his parents' house in the country before leaving Earth for Solaris. The contrast establishes the worlds in which he lives –  a vibrantly living Earth versus an austere, closed-in space station orbiting the planet Solaris – demonstrating and questioning space exploration's impact upon the human psyche.

text: In the literary Solaris, Lem describes science's inadequacy in allowing humans to communicate with an

text: alien

text: life form, because certain forms, at least, of sentient

text: extra-terrestrial life

text: may operate well outside of human experience and understanding. In the cinematic Solaris, Tarkovsky concentrates upon Kelvin's feelings for his wife, Hari, and the impact of

text: outer space

text: exploration upon the human condition. Dr. Gibarian's monologue [from the novel's sixth chapter] is the highlight of the final library scene, wherein Snaut says, "We don't need other worlds. We need mirrors". Unlike the novel, which begins with psychologist Kris Kelvin's

text: spaceflight

text: , and occurs entirely on Solaris, the film shows Kelvin's visit to his parents' house in the country before leaving Earth for Solaris. The contrast establishes the worlds in which he lives –  a vibrantly living Earth versus an austere, closed-in space station orbiting the planet Solaris – demonstrating and questioning space exploration's impact upon the human

text: psyche

answers: NDQ_002095

answers: orbit Solaris

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: orbits the planet

answers: NDQ_002100

answers: Earth

answers: NDQ_002103

answers: spaceflight

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: orbiting the planet Solaris

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: What does Landsat satellites make detailed images of?

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: How are the worlds in which he lives?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: a vibrantly living Earth

answers: NDQ_002128

answers: space station

answers: NDQ_002129

answers: Solaris

answers: NDQ_002130

answers: unanswerable

answers: NDQ_002131

answers: Kelvin's visit to his parents' house

answers: NDQ_002132

answers: Solaris

answers: NDQ_002133

answers: Solaris

answers: NDQ_002134

answers: The contrast establishes the worlds in which he lives

answers: NDQ_002135

answers: Solaris

answers: NDQ_002136

answers: Solaris

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: Solaris

answers: NDQ_002139

answers: Dr. Gibarian

answers: NDQ_002095

answers: communicate with an alien life form,

answers: NDQ_002097

answers: mirrors".

answers: NDQ_002099

answers: understanding.

answers: NDQ_002100

answers: Earth

answers: NDQ_002103

answers: vibrantly living Earth

answers: NDQ_002108

answers: Kris Kelvin's spaceflight,

answers: NDQ_002111

answers: outside of human experience and understanding.

answers: NDQ_002113

answers: Kris Kelvin's spaceflight,

answers: NDQ_002114

answers: Kris Kelvin's spaceflight,

answers: NDQ_002115

answers: Kris Kelvin's spaceflight,

answers: NDQ_002116

answers: planet Solaris

answers: NDQ_002117

answers: closed-in space station

answers: NDQ_002118

answers: vibrantly living Earth

answers: NDQ_002119

answers: Kris Kelvin's spaceflight,

answers: NDQ_002120

answers: vibrantly living Earth

answers: NDQ_002121

answers: closed-in space station orbiting the planet Solaris

answers: NDQ_002122

answers: closed-in space station

answers: NDQ_002123

answers: mirrors".

answers: NDQ_002124

answers: Kris Kelvin's spaceflight,

answers: NDQ_002125

answers: Earth for Solaris.

answers: NDQ_002126

answers: orbiting

answers: NDQ_002127

answers: space station

answers: NDQ_002128

answers: space station

answers: NDQ_002129

answers: Solaris

answers: NDQ_002130

answers: science's

answers: NDQ_002131

answers: mirrors".

answers: NDQ_002132

answers: closed-in space station

answers: NDQ_002133

answers: Earth

answers: NDQ_002134

answers: "We don't need other worlds. We need mirrors".

answers: NDQ_002135

answers: Solaris,

answers: NDQ_002136

answers: science's

answers: NDQ_002137

answers: mirrors".

answers: NDQ_002138

answers: Solaris

answers: NDQ_002139

answers: Kris Kelvin's

text: China entered the space race in 1970 with the launching of its first satellite, but technological backwardness and limited funds would prevent the country from becoming a significant force in space exploration. Japan launched a satellite for the first time in 1972. The European Space Agency was founded during the decade as well.

text: China entered the space race in 1970 with the launching of its first

text: satellite

text: , but technological backwardness and limited funds would prevent the country from becoming a significant force in space exploration. Japan launched a satellite for the first time in 1972. The

text: European Space Agency

text: was founded during the decade as well.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: China

answers: NDQ_002103

answers: before 1972

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: the United States

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: no

answers: NDQ_002122

answers: Which of the following is not a type of law: Newton's Third Law of Motion?

answers: NDQ_002123

answers: Which happened first, Japan launched a satellite for the first time in 1972 or China entered the space race?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: limited funds

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: The European Space Agency

answers: NDQ_002130

answers: European Space Agency

answers: NDQ_002131

answers: a satellite

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: 1970s

answers: NDQ_002134

answers: gravitational force is inversely proportional to mass

answers: NDQ_002135

answers: 1970

answers: NDQ_002136

answers: Space Race

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: can be found in a low orbit

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Japan launched a satellite for the first time in 1972.

answers: NDQ_002097

answers: launching of its first satellite,

answers: NDQ_002099

answers: launching

answers: NDQ_002100

answers: Japan

answers: NDQ_002103

answers: launching of its first satellite,

answers: NDQ_002108

answers: 1970

answers: NDQ_002111

answers: technological backwardness

answers: NDQ_002113

answers: Japan launched a satellite for the first time in 1972.

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: Japan launched a satellite for the first time in 1972.

answers: NDQ_002116

answers: satellite,

answers: NDQ_002117

answers: launching of its first satellite, but technological backwardness and limited funds

answers: NDQ_002118

answers: Japan launched a satellite for the first time in 1972.

answers: NDQ_002119

answers: 1970

answers: NDQ_002120

answers: Japan launched a satellite for the first time in 1972.

answers: NDQ_002121

answers: Japan launched a satellite for the first time in 1972.

answers: NDQ_002122

answers: Japan launched a satellite for the first time in 1972.

answers: NDQ_002123

answers: Japan launched a satellite for the first time in 1972.

answers: NDQ_002124

answers: China entered the space race in 1970

answers: NDQ_002125

answers: China entered the space race in 1970

answers: NDQ_002126

answers: satellite,

answers: NDQ_002127

answers: technological backwardness and limited funds

answers: NDQ_002128

answers: satellite,

answers: NDQ_002129

answers: Japan

answers: NDQ_002130

answers: The European Space Agency

answers: NDQ_002131

answers: China entered the space race in 1970

answers: NDQ_002132

answers: satellite,

answers: NDQ_002133

answers: 1970

answers: NDQ_002134

answers: technological backwardness and limited funds

answers: NDQ_002135

answers: 1970

answers: NDQ_002136

answers: technological backwardness and limited funds

answers: NDQ_002137

answers: satellite,

answers: NDQ_002138

answers: Japan launched a satellite for the first time in 1972.

answers: NDQ_002139

answers: 1970

text: Larger rockets are normally launched from a launch pad that provides stable support until a few seconds after ignition. Due to their high exhaust velocity——rockets are particularly useful when very high speeds are required, such as orbital speed at approximately . Spacecraft delivered into orbital trajectories become artificial satellites, which are used for many commercial purposes. Indeed, rockets remain the only way to launch spacecraft into orbit and beyond. They are also used to rapidly accelerate spacecraft when they change orbits or de-orbit for landing. Also, a rocket may be used to soften a hard parachute landing immediately before touchdown (see retrorocket).

text: Larger rockets are normally launched from a

text: launch pad

text: that provides stable support until a few seconds after ignition. Due to their high exhaust velocity——rockets are particularly useful when very high speeds are required, such as orbital speed at approximately . Spacecraft delivered into orbital trajectories become

text: artificial satellites

text: , which are used for many commercial purposes. Indeed, rockets remain the only way to launch

text: spacecraft

text: into orbit and beyond. They are also used to rapidly accelerate spacecraft when they change orbits or de-orbit for

text: landing

text: . Also, a rocket may be used to soften a hard parachute landing immediately before touchdown (see

text: retrorocket

answers: NDQ_002095

answers: orbit

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: accelerates spacecraft

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: from a launch pad

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: commercial purposes

answers: NDQ_002121

answers: yes

answers: NDQ_002122

answers: None of the above choices.

answers: NDQ_002123

answers: What are artificial satellites used for?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbital

answers: NDQ_002127

answers: high exhaust velocity

answers: NDQ_002128

answers: artificial satellite

answers: NDQ_002129

answers: what is the largest artificial satellite

answers: NDQ_002130

answers: United States Space Agency

answers: NDQ_002131

answers: exhaust velocity

answers: NDQ_002132

answers: artificial satellites

answers: NDQ_002133

answers: unanswerable

answers: NDQ_002134

answers: rockets are particularly useful when very high speeds are required

answers: NDQ_002135

answers: commercial purposes

answers: NDQ_002136

answers: rockets

answers: NDQ_002137

answers: artificial satellites

answers: NDQ_002138

answers: is used for many commercial purposes

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: orbital trajectories become artificial satellites,

answers: NDQ_002097

answers: velocity——rockets

answers: NDQ_002099

answers: very high speeds are required,

answers: NDQ_002100

answers: velocity——rockets

answers: NDQ_002103

answers: rockets remain the only way to launch spacecraft into orbit and beyond.

answers: NDQ_002108

answers: velocity——rockets

answers: NDQ_002111

answers: velocity——rockets

answers: NDQ_002113

answers: rockets remain the only way to launch spacecraft into orbit and beyond.

answers: NDQ_002114

answers: rockets

answers: NDQ_002115

answers: de-orbit for landing.

answers: NDQ_002116

answers: Spacecraft delivered into orbital trajectories become artificial satellites,

answers: NDQ_002117

answers: rockets

answers: NDQ_002118

answers: artificial satellites,

answers: NDQ_002119

answers: Spacecraft delivered into orbital trajectories become artificial satellites,

answers: NDQ_002120

answers: artificial satellites,

answers: NDQ_002121

answers: rockets

answers: NDQ_002122

answers: high exhaust velocity——rockets

answers: NDQ_002123

answers: artificial satellites,

answers: NDQ_002124

answers: velocity——rockets

answers: NDQ_002125

answers: velocity——rockets

answers: NDQ_002126

answers: orbital trajectories

answers: NDQ_002127

answers: exhaust velocity——rockets

answers: NDQ_002128

answers: artificial satellites,

answers: NDQ_002129

answers: orbital speed at approximately.

answers: NDQ_002130

answers: rockets

answers: NDQ_002131

answers: exhaust velocity——rockets

answers: NDQ_002132

answers: artificial satellites,

answers: NDQ_002133

answers: launch spacecraft into orbit and beyond.

answers: NDQ_002134

answers: velocity——rockets are particularly useful when very high speeds are required,

answers: NDQ_002135

answers: Spacecraft delivered into orbital trajectories become artificial satellites,

answers: NDQ_002136

answers: rockets

answers: NDQ_002137

answers: artificial satellites,

answers: NDQ_002138

answers: artificial satellites,

answers: NDQ_002139

answers: velocity——rockets

text: The late 1950s saw important developments in how the federal government could play  an increasing role in supporting interdisciplinary, collaborative research at academic institutions. The successful launch of the Russian space satellite Sputnik on October 4, 1957 had a profound impact on how scientific and technological research was carried out in the United States.  Within a year of this date the federal government established two new agencies: The National  Aeronautic and Space Administration (NASA), which was to define US supported space exploration for the remainder of the century and beyond, and the Advanced Research Project Agency (ARPA, later DARPA) within the Department of Defense.  ARPA was tasked with expanding the frontiers of technology and science, often with potential military applications. In addition, the National Defense Education Act of 1958 had the main purpose to greatly increase the number of trained engineers, scientists, and mathematicians, and included provisions for financial assistance.

text: The late 1950s saw important developments in how the federal government could play  an increasing role in supporting interdisciplinary, collaborative research at academic institutions. The successful launch of the Russian space satellite

text: Sputnik

text: on October 4, 1957 had a profound impact on how scientific and technological research was carried out in the United States.  Within a year of this date the federal government established two new agencies: The

text: National  Aeronautic and Space Administration

text: (NASA), which was to define US supported space exploration for the remainder of the century and beyond, and the Advanced Research Project Agency (ARPA, later

text: DARPA

text: ) within the Department of Defense.  ARPA was tasked with expanding the frontiers of technology and science, often with potential military applications. In addition, the

text: National Defense Education Act of 1958

text: had the main purpose to greatly increase the number of trained engineers, scientists, and mathematicians, and included provisions for financial assistance.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can be launched

answers: NDQ_002100

answers: the United States

answers: NDQ_002103

answers: October 4, 1957

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: How many years after the successful launch of the Russian space satellite Sputnik did the National Defense Education Act of 1958

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: how many satellites are in orbit around earth

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: Sputnik

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: Which happened first, the successful launch of the Russian space satellite Sputnik or the successful launch of the Russian space satellite ARPA?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: Sputnik

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: space satellite

answers: NDQ_002129

answers: Sputnik

answers: NDQ_002130

answers: National Aeronautic and Space Administration

answers: NDQ_002131

answers: Sputnik

answers: NDQ_002132

answers: Sputnik

answers: NDQ_002133

answers: 1950s

answers: NDQ_002134

answers: Sputnik had a profound impact on what?

answers: NDQ_002135

answers: the late 1950s

answers: NDQ_002136

answers: Space weather

answers: NDQ_002137

answers: Sputnik

answers: NDQ_002138

answers: Sputnik

answers: NDQ_002139

answers: Sputnik

answers: NDQ_002095

answers: space exploration

answers: NDQ_002097

answers: space exploration

answers: NDQ_002099

answers: launch of the Russian space satellite Sputnik

answers: NDQ_002100

answers: Russian

answers: NDQ_002103

answers: launch of the Russian space satellite Sputnik on October 4, 1957

answers: NDQ_002108

answers: Russian space satellite Sputnik

answers: NDQ_002111

answers: Russian space satellite Sputnik

answers: NDQ_002113

answers: Russian space satellite Sputnik

answers: NDQ_002114

answers: Russian space satellite Sputnik

answers: NDQ_002115

answers: Sputnik

answers: NDQ_002116

answers: satellite

answers: NDQ_002117

answers: Russian space satellite Sputnik

answers: NDQ_002118

answers: Russian space satellite Sputnik

answers: NDQ_002119

answers: 1957

answers: NDQ_002120

answers: Russian space satellite Sputnik

answers: NDQ_002121

answers: Russian space satellite Sputnik

answers: NDQ_002122

answers: The National Aeronautic and Space Administration (NASA),

answers: NDQ_002123

answers: Russian space satellite Sputnik

answers: NDQ_002124

answers: 1957

answers: NDQ_002125

answers: (NASA),

answers: NDQ_002126

answers: Russian space satellite Sputnik

answers: NDQ_002127

answers: launch

answers: NDQ_002128

answers: space satellite

answers: NDQ_002129

answers: Sputnik

answers: NDQ_002130

answers: The National Aeronautic and Space Administration

answers: NDQ_002131

answers: Russian space satellite Sputnik

answers: NDQ_002132

answers: Russian space satellite Sputnik

answers: NDQ_002133

answers: Russian space satellite Sputnik on October 4, 1957

answers: NDQ_002134

answers: Russian space satellite Sputnik

answers: NDQ_002135

answers: Sputnik on October 4, 1957

answers: NDQ_002136

answers: launch

answers: NDQ_002137

answers: Russian space satellite

answers: NDQ_002138

answers: Sputnik

answers: NDQ_002139

answers: Sputnik

text: 1995: Sally Ride and Tam O'ShaughnessyCrown Publishers, Inc.The Third Planet: Exploring the Earth from Space

text: Sally Ride

text: and

text: Tam O'Shaughnessy

text: Crown Publishers, Inc.The Third Planet: Exploring the Earth from Space

answers: NDQ_002095

answers: orbit Earth

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States and China

answers: NDQ_002103

answers: The Third Planet

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: The Third Planet: Exploring the Earth from Space

answers: NDQ_002113

answers: The Third Planet: Exploring the Earth from Space

answers: NDQ_002114

answers: The Third Planet

answers: NDQ_002115

answers: The third planet: exploring the earth from space

answers: NDQ_002116

answers: The Third Planet

answers: NDQ_002117

answers: The third planet: exploring the earth from space

answers: NDQ_002118

answers: The Third Planet: Exploring the Earth from Space

answers: NDQ_002119

answers: the moon

answers: NDQ_002120

answers: The Third Planet: Exploring the Earth from Space

answers: NDQ_002121

answers: The Third Planet: Exploring the Earth from Space

answers: NDQ_002122

answers: The third planet: exploring the earth from space

answers: NDQ_002123

answers: The Third Planet: Exploring the Earth from Space

answers: NDQ_002124

answers: The third planet: exploring the earth from space

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: The Third Planet

answers: NDQ_002128

answers: The Third Planet

answers: NDQ_002129

answers: The Third Planet

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: can be pushed in one direction

answers: NDQ_002132

answers: The Third Planet

answers: NDQ_002133

answers: 15th century

answers: NDQ_002134

answers: gravitational force is inversely proportional to mass

answers: NDQ_002135

answers: The Third Planet

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: satellites to locate the Earth

answers: NDQ_002138

answers: The Third Planet

answers: NDQ_002139

answers: Sally Ride

answers: NDQ_002095

answers: Inc.The Third Planet: Exploring the Earth from Space

answers: NDQ_002097

answers: Earth from Space

answers: NDQ_002099

answers: Exploring the Earth from Space

answers: NDQ_002100

answers: Earth

answers: NDQ_002103

answers: Inc.The Third Planet: Exploring the Earth from Space

answers: NDQ_002108

answers: Inc.The Third Planet: Exploring the Earth from Space

answers: NDQ_002111

answers: Inc.The Third Planet: Exploring the Earth from Space

answers: NDQ_002113

answers: Inc.The Third Planet: Exploring the Earth from Space

answers: NDQ_002114

answers: Inc.The Third Planet: Exploring the Earth from Space

answers: NDQ_002115

answers: Inc.The Third Planet: Exploring the Earth from Space

answers: NDQ_002116

answers: Earth from Space

answers: NDQ_002117

answers: Inc.The Third Planet: Exploring the Earth from Space

answers: NDQ_002118

answers: Inc.The Third Planet: Exploring the Earth from Space

answers: NDQ_002119

answers: 1995:

answers: NDQ_002120

answers: Inc.The Third Planet: Exploring the Earth from Space

answers: NDQ_002121

answers: Inc.The Third Planet: Exploring the Earth from Space

answers: NDQ_002122

answers: Inc.The Third Planet: Exploring the Earth from Space

answers: NDQ_002123

answers: Inc.The Third Planet: Exploring the Earth from Space

answers: NDQ_002124

answers: Inc.The Third Planet: Exploring the Earth from Space

answers: NDQ_002125

answers: Inc.The Third Planet: Exploring the Earth from Space

answers: NDQ_002126

answers: Earth from Space

answers: NDQ_002127

answers: Space

answers: NDQ_002128

answers: Inc.The Third Planet:

answers: NDQ_002129

answers: Space

answers: NDQ_002130

answers: O'ShaughnessyCrown

answers: NDQ_002131

answers: Inc.The Third Planet: Exploring the Earth from Space

answers: NDQ_002132

answers: Inc.The Third Planet: Exploring the Earth from Space

answers: NDQ_002133

answers: Inc.The Third Planet: Exploring the Earth from Space

answers: NDQ_002134

answers: Inc.The Third Planet: Exploring the Earth from Space

answers: NDQ_002135

answers: Inc.The Third Planet:

answers: NDQ_002136

answers: Space

answers: NDQ_002137

answers: Earth from Space

answers: NDQ_002138

answers: Inc.The Third Planet: Exploring the Earth from Space

answers: NDQ_002139

answers: Sally Ride

text: Rocket engines employ the principle of jet propulsion. The rocket engines powering rockets come in a great variety of different types; a comprehensive list can be found in rocket engine. Most current rockets are chemically powered rockets (usually internal combustion engines, but some employ a decomposing monopropellant) that emit a hot exhaust gas. A rocket engine can use gas propellants, solid propellant, liquid propellant, or a hybrid mixture of both solid and liquid. Some rockets use heat or pressure that is supplied from a source other than the chemical reaction of propellant(s), such as steam rockets, solar thermal rockets, nuclear thermal rocket engines or simple pressurized rockets such as water rocket or cold gas thrusters. With combustive propellants a chemical reaction is initiated between the fuel and the oxidizer in the combustion chamber, and the resultant hot gases accelerate out of a rocket engine nozzle (or nozzles) at the rearward-facing end of the rocket. The acceleration of these gases through the engine exerts force ("thrust") on the combustion chamber and nozzle, propelling the vehicle (according to Newton's Third Law). This actually happens because the force (pressure times area) on the combustion chamber wall is unbalanced by the nozzle opening; this is not the case in any other direction. The shape of the nozzle also generates force by directing the exhaust gas along the axis of the rocket.

text: Rocket engines employ the principle of

text: jet propulsion

text: . The rocket engines powering rockets come in a great variety of different types; a comprehensive list can be found in

text: rocket engine

text: . Most current rockets are chemically powered rockets (usually

text: internal combustion engines

text: , but some employ a decomposing

text: monopropellant

text: ) that emit a hot

text: exhaust gas

text: . A rocket engine can use gas propellants,

text: solid propellant

text: liquid propellant

text: , or a

text: hybrid mixture of both solid and liquid

text: . Some rockets use heat or pressure that is supplied from a source other than the

text: chemical reaction

text: of propellant(s), such as

text: steam rocket

text: s,

text: solar thermal rocket

text: s,

text: nuclear thermal rocket

text: engines or simple pressurized rockets such as

text: water rocket

text: or

text: cold gas thruster

text: s. With combustive propellants a chemical reaction is initiated between the

text: fuel

text: and the

text: oxidizer

text: in the

text: combustion

text: chamber, and the resultant hot gases accelerate out of a

text: rocket engine nozzle

text: (or

text: nozzle

text: s) at the rearward-facing end of the rocket. The

text: acceleration

text: of these gases through the engine exerts force ("thrust") on the combustion chamber and nozzle, propelling the vehicle (according to

text: Newton's Third Law

text: ). This actually happens because the force (pressure times area) on the combustion chamber wall is unbalanced by the nozzle opening; this is not the case in any other direction. The shape of the nozzle also generates force by directing the exhaust gas along the axis of the rocket.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: Newton's Third Law

answers: NDQ_002099

answers: propels the vehicle

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: With combustive propellants

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: U.S.

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: chemically

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: Landsat satellites

answers: NDQ_002121

answers: Newton's Third Law

answers: NDQ_002122

answers: The acceleration of these gases through the engine exerts force

answers: NDQ_002123

answers: orbits over Earth

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: axis

answers: NDQ_002127

answers: thrust

answers: NDQ_002128

answers: unanswerable

answers: NDQ_002129

answers: The International Space Station

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: The acceleration of these gases through the engine exerts force ("thrust") on the combustion chamber

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: The acceleration of these gases through the engine exerts force on the combustion chamber and nozzle, propelling the vehicle

answers: NDQ_002135

answers: Newton's Third Law

answers: NDQ_002136

answers: Rocket engines

answers: NDQ_002137

answers: a rocket engine

answers: NDQ_002138

answers: can use a decomposing monopropellant

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Rocket engines employ the principle of jet propulsion.

answers: NDQ_002097

answers: Newton's Third Law).

answers: NDQ_002099

answers: nozzle

answers: NDQ_002100

answers: a comprehensive list can be found in rocket engine.

answers: NDQ_002103

answers: Most current rockets are chemically powered rockets

answers: NDQ_002108

answers: Rocket engines

answers: NDQ_002111

answers: Newton's Third Law).

answers: NDQ_002113

answers: rocket engine. Most current rockets are chemically powered rockets

answers: NDQ_002114

answers: rocket engine. Most current rockets are chemically powered rockets

answers: NDQ_002115

answers: rocket engine. Most current rockets are chemically powered rockets

answers: NDQ_002116

answers: Rocket engines

answers: NDQ_002117

answers: chemically powered rockets

answers: NDQ_002118

answers: rocket engine. Most current rockets are chemically powered rockets

answers: NDQ_002119

answers: Rocket engines employ the principle of jet propulsion.

answers: NDQ_002120

answers: rocket engine. Most current rockets are chemically powered rockets

answers: NDQ_002121

answers: Newton's Third Law).

answers: NDQ_002122

answers: The acceleration of these gases through the engine exerts force ("thrust")

answers: NDQ_002123

answers: Rocket engines

answers: NDQ_002124

answers: rocket engine. Most current rockets are chemically powered rockets

answers: NDQ_002125

answers: rocket engine. Most current rockets are chemically powered rockets

answers: NDQ_002126

answers: axis

answers: NDQ_002127

answers: ("thrust")

answers: NDQ_002128

answers: rockets

answers: NDQ_002129

answers: Rocket engines

answers: NDQ_002130

answers: Rocket engines

answers: NDQ_002131

answers: The acceleration of these gases through the engine exerts force ("thrust")

answers: NDQ_002132

answers: rockets

answers: NDQ_002133

answers: Newton's Third Law).

answers: NDQ_002134

answers: The acceleration of these gases through the engine exerts force ("thrust")

answers: NDQ_002135

answers: Newton's Third Law).

answers: NDQ_002136

answers: Rocket engines employ the principle of jet propulsion.

answers: NDQ_002137

answers: Rocket engines employ the principle of jet propulsion.

answers: NDQ_002138

answers: steam rockets, solar thermal rockets,

answers: NDQ_002139

answers: Rocket engines

text: The Brazilian space program refers to the rocketry and space exploration programs conducted by Brazil from 1961 until the creation of the Brazilian Space Agency in 1994. It had significant capabilities in launch vehicles, launch sites, and satellite manufacturing. It was based at the National Institute for Space Research (INPE), under the Ministry of Science and Technology (MCT). The program was under complete military control, which hindered its development, as other countries (such as the United States) blocked technological development due to concerns over nuclear proliferation. In 1994, the space program was transferred to civilian control under the Brazilian Space Agency.

text: The Brazilian space program refers to the

text: rocketry

text: and

text: space exploration

text: programs conducted by

text: Brazil

text: from 1961 until the creation of the

text: Brazilian Space Agency

text: in 1994. It had significant capabilities in

text: launch vehicle

text: s,

text: launch site

text: s, and

text: satellite

text: manufacturing. It was based at the

text: National Institute for Space Research

text: (INPE), under the

entity_name: Ministry of Science, Technology and Innovation (Brazil)

text: Ministry of Science and Technology

text: (MCT). The program was under complete military control, which hindered its development, as other countries (such as the

text: United States

text: ) blocked technological development due to concerns over nuclear proliferation. In 1994, the space program was transferred to civilian control under the

text: Brazilian Space Agency

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: The Brazilian Space Agency

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: It was under complete military control

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the United States

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: Which happened first, the creation of the Brazilian Space Agency or the creation of the Brazilian Space Agency?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: launch vehicles

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: The Brazilian Space Agency

answers: NDQ_002130

answers: unanswerable

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: 1961

answers: NDQ_002134

answers: gravitational force is inversely proportional to mass

answers: NDQ_002135

answers: The Brazilian space program

answers: NDQ_002136

answers: nuclear proliferation

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: The program was under complete military control, which hindered its development

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: satellite

answers: NDQ_002097

answers: The Brazilian space program

answers: NDQ_002099

answers: launch vehicles,

answers: NDQ_002100

answers: United States)

answers: NDQ_002103

answers: launch sites,

answers: NDQ_002108

answers: 1961

answers: NDQ_002111

answers: 1961 until the creation of the Brazilian Space Agency in 1994.

answers: NDQ_002113

answers: nuclear proliferation.

answers: NDQ_002114

answers: Brazil

answers: NDQ_002115

answers: 1961 until the creation of the Brazilian Space Agency in 1994.

answers: NDQ_002116

answers: satellite

answers: NDQ_002117

answers: launch vehicles,

answers: NDQ_002118

answers: satellite manufacturing.

answers: NDQ_002119

answers: 1961 until the creation of the Brazilian Space Agency in 1994.

answers: NDQ_002120

answers: 1961 until the creation of the Brazilian Space Agency in 1994.

answers: NDQ_002121

answers: 1961 until the creation of the Brazilian Space Agency in 1994.

answers: NDQ_002122

answers: 1961 until the creation of the Brazilian Space Agency in 1994.

answers: NDQ_002123

answers: satellite manufacturing. It was based at the National Institute for Space Research

answers: NDQ_002124

answers: 1994.

answers: NDQ_002125

answers: United States)

answers: NDQ_002126

answers: launch vehicles,

answers: NDQ_002127

answers: military

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: satellite manufacturing. It was based at the National Institute for Space Research

answers: NDQ_002130

answers: United States)

answers: NDQ_002131

answers: launch vehicles,

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: 1961

answers: NDQ_002134

answers: nuclear proliferation.

answers: NDQ_002135

answers: 1961

answers: NDQ_002136

answers: nuclear proliferation.

answers: NDQ_002137

answers: satellite

answers: NDQ_002138

answers: satellite manufacturing. It was based at the National Institute for Space Research

answers: NDQ_002139

answers: United States)

text: The 1996 science fiction television series Space Cases is set on a spaceship known as the Christa, named in honor of Christa McAuliffe, described in the series as "an Earth teacher who died during the early days of space exploration."

text: The 1996

text: science fiction

text: television series

text: Space Cases

text: is set on a spaceship known as the Christa, named in honor of Christa McAuliffe, described in the series as "an Earth teacher who died during the early days of space exploration."

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: United States and Russia

answers: NDQ_002103

answers: Space Cases

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: Space Cases

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: Which of the following is not a law: Newton's Third Law of Motion?

answers: NDQ_002123

answers: Which of the following is not a type of satellite: imaging satellites or orbits over Earth?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: gravity

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: Christa

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Space Cases

answers: NDQ_002132

answers: Christa

answers: NDQ_002133

answers: days of space exploration

answers: NDQ_002134

answers: gravitational force is equal to the force of gravity

answers: NDQ_002135

answers: the early days of space exploration

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Earth's magnetic

answers: NDQ_002138

answers: Earth

answers: NDQ_002139

answers: Jesus McAuliffe

answers: NDQ_002095

answers: space exploration."

answers: NDQ_002097

answers: spaceship

answers: NDQ_002099

answers: space exploration."

answers: NDQ_002100

answers: Earth

answers: NDQ_002103

answers: space exploration."

answers: NDQ_002108

answers: early days of space exploration."

answers: NDQ_002111

answers: early days of space exploration."

answers: NDQ_002113

answers: early days of space exploration."

answers: NDQ_002114

answers: Christa McAuliffe,

answers: NDQ_002115

answers: Christa McAuliffe,

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: spaceship

answers: NDQ_002118

answers: space exploration."

answers: NDQ_002119

answers: 1996

answers: NDQ_002120

answers: Christa McAuliffe,

answers: NDQ_002121

answers: spaceship

answers: NDQ_002122

answers: spaceship

answers: NDQ_002123

answers: Earth teacher who died during the early days of space exploration."

answers: NDQ_002124

answers: Christa, named in honor of Christa McAuliffe,

answers: NDQ_002125

answers: Christa, named in honor of Christa McAuliffe,

answers: NDQ_002126

answers: Earth

answers: NDQ_002127

answers: Earth

answers: NDQ_002128

answers: spaceship

answers: NDQ_002129

answers: Christa McAuliffe,

answers: NDQ_002130

answers: Christa McAuliffe,

answers: NDQ_002131

answers: spaceship

answers: NDQ_002132

answers: spaceship

answers: NDQ_002133

answers: early days of space exploration."

answers: NDQ_002134

answers: Earth teacher who died during the early days of space exploration."

answers: NDQ_002135

answers: early days of space exploration."

answers: NDQ_002136

answers: space exploration."

answers: NDQ_002137

answers: Earth

answers: NDQ_002138

answers: Earth

answers: NDQ_002139

answers: Christa McAuliffe,

text: A satellite system is a set of gravitationally bound objects in orbit around a planetary mass object or minor planet. Generally speaking, it is a set of natural satellites (moons), although such systems may also consist of bodies such as circumplanetary disks, ring systems, moonlets, minor-planet moons and artificial satellites any of which may themselves have satellite systems of their own. Some bodies also possess quasi-satellites that have orbits gravitationally influenced by their primary, but are generally not considered to be part of a satellite system. Satellite systems can have complex interactions including magnetic, tidal, atmospheric and orbital interactions such as orbital resonances and libration.  Individually major satellite objects are designated in Roman numerals.  Satellite systems are referred to either by the possessive adjectives of their primary (e.g. "Jovian system"), or less commonly by the name of their primary (e.g. "Jupiter system").  Where only one satellite is known, or it is a binary orbiting a common centre of gravity, it may be referred to using the hyphenated names of the primary and major satellite (e.g. the "Earth-Moon system").

text: A satellite system is a set of gravitationally bound objects in orbit around a

text: planetary mass object

text: or

text: minor planet

text: . Generally speaking, it is a set of

text: natural satellites

text: (moons), although such systems may also consist of bodies such as circumplanetary disks,

text: ring systems

text: moonlet

text: s,

text: minor-planet moon

text: s and

text: artificial satellites

text: any of which may themselves have satellite systems of their own. Some bodies also possess

text: quasi-satellite

text: s that have orbits gravitationally influenced by their primary, but are generally not considered to be part of a satellite system. Satellite systems can have complex interactions including magnetic, tidal, atmospheric and orbital interactions such as

text: orbital resonance

text: s and

text: libration

text: .  Individually major satellite objects are designated in Roman numerals.  Satellite systems are referred to either by the possessive adjectives of their primary (e.g. "Jovian system"), or less commonly by the name of their primary (e.g. "Jupiter system").  Where only one satellite is known, or it is a binary orbiting a common centre of gravity, it may be referred to using the hyphenated names of the primary and major satellite (e.g. the "Earth-Moon system").

answers: NDQ_002095

answers: orbit

answers: NDQ_002097

answers: Gravitational

answers: NDQ_002099

answers: orbits around a minor planet

answers: NDQ_002100

answers: Soviet

answers: NDQ_002103

answers: satellites

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: rockets

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: artificial satellites

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: natural satellites

answers: NDQ_002118

answers: It is impossible to say

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Landsat

answers: NDQ_002121

answers: gravitationally bound

answers: NDQ_002122

answers: orbital resonances

answers: NDQ_002123

answers: How are satellites placed in orbits over Earth?

answers: NDQ_002124

answers: Alan Shepherd

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: gravitationally

answers: NDQ_002128

answers: minor planet

answers: NDQ_002129

answers: Jupiter

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: orbital resonances

answers: NDQ_002132

answers: artificial satellites

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: gravitationally bound objects in orbit around a planetary mass object

answers: NDQ_002135

answers: Soviet system

answers: NDQ_002136

answers: Gravitation

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: moonlets

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: orbit

answers: NDQ_002097

answers: gravitationally

answers: NDQ_002099

answers: orbital resonances and libration.

answers: NDQ_002100

answers: "Earth-Moon

answers: NDQ_002103

answers: A satellite system

answers: NDQ_002108

answers: A satellite system

answers: NDQ_002111

answers: orbital resonances and libration.

answers: NDQ_002113

answers: A satellite system

answers: NDQ_002114

answers: A satellite system

answers: NDQ_002115

answers: A satellite system

answers: NDQ_002116

answers: planetary mass object or minor planet.

answers: NDQ_002117

answers: natural satellites

answers: NDQ_002118

answers: natural satellites

answers: NDQ_002119

answers: A satellite system

answers: NDQ_002120

answers: A satellite system

answers: NDQ_002121

answers: gravitationally bound objects in orbit around a planetary mass object

answers: NDQ_002122

answers: orbital resonances and libration.

answers: NDQ_002123

answers: artificial satellites

answers: NDQ_002124

answers: A satellite system

answers: NDQ_002125

answers: A satellite system

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: gravity,

answers: NDQ_002128

answers: satellite system

answers: NDQ_002129

answers: "Earth-Moon system").

answers: NDQ_002130

answers: A satellite system

answers: NDQ_002131

answers: A satellite system

answers: NDQ_002132

answers: quasi-satellites

answers: NDQ_002133

answers: A satellite system

answers: NDQ_002134

answers: orbital resonances and libration.

answers: NDQ_002135

answers: A satellite system

answers: NDQ_002136

answers: gravitationally

answers: NDQ_002137

answers: satellite system

answers: NDQ_002138

answers: moonlets,

answers: NDQ_002139

answers: A satellite system

text: Satellites are used for many purposes.  Common types include military and civilian Earth observation satellites, communications satellites, navigation satellites, weather satellites, and space telescopes.  Space stations and human spacecraft in orbit are also satellites.  Satellite orbits vary greatly, depending on the purpose of the satellite, and are classified in a number of ways.  Well-known (overlapping) classes include low Earth orbit, polar orbit, and geostationary orbit.

text: Satellites are used for many purposes.  Common types include military and civilian

text: Earth observation satellite

text: s,

text: communications satellite

text: s,

text: navigation satellite

text: s,

text: weather satellite

text: s, and

text: space telescope

text: s.

text: Space station

text: s and human

text: spacecraft

text: in orbit are also satellites.  Satellite orbits vary greatly, depending on the purpose of the satellite, and are classified in a number of ways.  Well-known (overlapping) classes include

text: low Earth orbit

text: polar orbit

text: , and

text: geostationary orbit

answers: NDQ_002095

answers: orbit Earth

answers: NDQ_002097

answers: mass and velocity

answers: NDQ_002099

answers: can launch satellites

answers: NDQ_002100

answers: United States and Russia

answers: NDQ_002103

answers: low Earth orbit

answers: NDQ_002108

answers: It's impossible to say

answers: NDQ_002111

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

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: None of the above choices.

answers: NDQ_002118

answers: How many types of satellites are there?

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: Earth observation satellites

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: Which of the following is not a common type of satellite?

answers: NDQ_002124

answers: low Earth orbit

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Earth observation satellites

answers: NDQ_002130

answers: United States Space Agency

answers: NDQ_002131

answers: polar orbit

answers: NDQ_002132

answers: satellites

answers: NDQ_002133

answers: Earth

answers: NDQ_002134

answers: gravitational force is inversely proportional to

answers: NDQ_002135

answers: space telescopes

answers: NDQ_002136

answers: Earth gravity

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Earth observation satellites

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: orbit

answers: NDQ_002097

answers: Earth observation satellites,

answers: NDQ_002099

answers: polar orbit, and geostationary orbit.

answers: NDQ_002100

answers: military and civilian Earth observation satellites,

answers: NDQ_002103

answers: Satellites

answers: NDQ_002108

answers: spacecraft

answers: NDQ_002111

answers: Satellites

answers: NDQ_002113

answers: Satellites

answers: NDQ_002114

answers: human spacecraft in orbit are also satellites.

answers: NDQ_002115

answers: Satellites

answers: NDQ_002116

answers: low Earth orbit,

answers: NDQ_002117

answers: Space stations and human spacecraft

answers: NDQ_002118

answers: low Earth orbit, polar orbit, and geostationary orbit.

answers: NDQ_002119

answers: Satellites

answers: NDQ_002120

answers: Earth observation satellites,

answers: NDQ_002121

answers: Satellites

answers: NDQ_002122

answers: low Earth orbit, polar orbit, and geostationary orbit.

answers: NDQ_002123

answers: Earth observation satellites,

answers: NDQ_002124

answers: Satellites

answers: NDQ_002125

answers: Space stations and human spacecraft in orbit are also satellites.

answers: NDQ_002126

answers: orbits

answers: NDQ_002127

answers: Satellites

answers: NDQ_002128

answers: Satellites

answers: NDQ_002129

answers: Space stations

answers: NDQ_002130

answers: military and civilian Earth observation satellites,

answers: NDQ_002131

answers: Satellites

answers: NDQ_002132

answers: Space stations

answers: NDQ_002133

answers: Satellites

answers: NDQ_002134

answers: geostationary orbit.

answers: NDQ_002135

answers: military and civilian Earth observation satellites,

answers: NDQ_002136

answers: the purpose of the satellite,

answers: NDQ_002137

answers: Satellites

answers: NDQ_002138

answers: low Earth orbit,

answers: NDQ_002139

answers: human spacecraft

text: A rocket is a self-propelled, unguided weapon system powered by a rocket motor. Rockets are used primarily as medium and long-range artillery systems, although historically they have also seen considerable use as air-to-ground, some use as air-to-air weapons, and even a few examples of surface-to-air devices. Examples of modern surface-to-surface rocket systems include the BM-27 Uragan and M270 Multiple Launch Rocket System.

text: A rocket is a self-propelled, unguided

text: weapon

text: system powered by a

text: rocket

text: motor. Rockets are used primarily as medium and long-range

text: artillery

text: systems, although historically they have also seen considerable use as air-to-ground, some use as air-to-air weapons, and even a few examples of surface-to-air devices. Examples of modern surface-to-surface rocket systems include the

text: BM-27 Uragan

text: and

text: M270 Multiple Launch Rocket System

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: unguided

answers: NDQ_002099

answers: unguided

answers: NDQ_002100

answers: Soviet Union

answers: NDQ_002103

answers: unguided

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: satellite

answers: NDQ_002117

answers: Rockets

answers: NDQ_002118

answers: None of the above choices.

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: Which of the following is not an example of surface-to-surface rocket systems?

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: How are satellites placed in high orbits over Earth?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: a rocket motor

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: BM-27 Uragan

answers: NDQ_002130

answers: United States Space Agency

answers: NDQ_002131

answers: air-to-air

answers: NDQ_002132

answers: rocket

answers: NDQ_002133

answers: unanswerable

answers: NDQ_002134

answers: Rockets are powered by a rocket motor

answers: NDQ_002135

answers: unanswerable

answers: NDQ_002136

answers: Rockets

answers: NDQ_002137

answers: unguided weapons

answers: NDQ_002138

answers: can be powered by a rocket motor

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: rocket

answers: NDQ_002097

answers: unguided

answers: NDQ_002099

answers: self-propelled, unguided

answers: NDQ_002100

answers: BM-27

answers: NDQ_002103

answers: Launch Rocket System.

answers: NDQ_002108

answers: rocket

answers: NDQ_002111

answers: unguided

answers: NDQ_002113

answers: rocket

answers: NDQ_002114

answers: rocket

answers: NDQ_002115

answers: medium and long-range artillery systems,

answers: NDQ_002116

answers: rocket

answers: NDQ_002117

answers: rocket

answers: NDQ_002118

answers: rocket

answers: NDQ_002119

answers: rocket

answers: NDQ_002120

answers: rocket

answers: NDQ_002121

answers: rocket

answers: NDQ_002122

answers: rocket motor.

answers: NDQ_002123

answers: rocket

answers: NDQ_002124

answers: rocket

answers: NDQ_002125

answers: rocket

answers: NDQ_002126

answers: unguided

answers: NDQ_002127

answers: rocket motor.

answers: NDQ_002128

answers: rocket

answers: NDQ_002129

answers: BM-27 Uragan

answers: NDQ_002130

answers: rocket

answers: NDQ_002131

answers: rocket

answers: NDQ_002132

answers: rocket

answers: NDQ_002133

answers: medium and long-range artillery systems,

answers: NDQ_002134

answers: unguided weapon system powered by a rocket motor.

answers: NDQ_002135

answers: BM-27 Uragan and M270 Multiple Launch Rocket System.

answers: NDQ_002136

answers: rocket motor.

answers: NDQ_002137

answers: rocket

answers: NDQ_002138

answers: rocket

answers: NDQ_002139

answers: rocket

text: The Exploration Museum ( is dedicated to the history of human exploration, from the early explorers to the exploration of space. The museum is located in the center of Húsavík in North Iceland,  from the Arctic Circle. The museum was founded in 2011 and formally opened in 2014 by the President of Iceland.

text: The Exploration Museum ( is dedicated to the history of

text: human exploration

text: , from the early explorers to the

text: exploration of space

text: . The museum is located in the center of

text: Húsavík

text: in North Iceland,  from the

text: Arctic Circle

text: . The museum was founded in 2011 and formally opened in 2014 by the

text: President of Iceland

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can go into space

answers: NDQ_002100

answers: Iceland

answers: NDQ_002103

answers: space

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: The Exploration Museum

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: The Exploration Museum

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: space

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: How would a rocket travel in space?

answers: NDQ_002123

answers: None of the above choices.

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: Circle

answers: NDQ_002127

answers: the Arctic Circle

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: The Exploration Museum

answers: NDQ_002130

answers: The Exploration Museum

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: explorers

answers: NDQ_002134

answers: gravitational force is proportional to the mass of an object

answers: NDQ_002135

answers: the exploration of space

answers: NDQ_002136

answers: gravity

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: can be found in the center of the Arctic Circle

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: space.

answers: NDQ_002097

answers: Arctic Circle.

answers: NDQ_002099

answers: space.

answers: NDQ_002100

answers: Iceland,

answers: NDQ_002103

answers: space.

answers: NDQ_002108

answers: 2014

answers: NDQ_002111

answers: The Exploration Museum

answers: NDQ_002113

answers: 2014

answers: NDQ_002114

answers: Iceland,

answers: NDQ_002115

answers: 2014

answers: NDQ_002116

answers: space.

answers: NDQ_002117

answers: space.

answers: NDQ_002118

answers: space.

answers: NDQ_002119

answers: 2014

answers: NDQ_002120

answers: Arctic Circle.

answers: NDQ_002121

answers: space.

answers: NDQ_002122

answers: Arctic Circle.

answers: NDQ_002123

answers: the Arctic Circle.

answers: NDQ_002124

answers: The Exploration Museum

answers: NDQ_002125

answers: Iceland,

answers: NDQ_002126

answers: Arctic Circle.

answers: NDQ_002127

answers: space.

answers: NDQ_002128

answers: space.

answers: NDQ_002129

answers: Arctic Circle.

answers: NDQ_002130

answers: The Exploration Museum

answers: NDQ_002131

answers: space.

answers: NDQ_002132

answers: Arctic Circle.

answers: NDQ_002133

answers: early explorers

answers: NDQ_002134

answers: Arctic Circle.

answers: NDQ_002135

answers: human exploration,

answers: NDQ_002136

answers: space.

answers: NDQ_002137

answers: Arctic Circle.

answers: NDQ_002138

answers: Arctic Circle.

answers: NDQ_002139

answers: Iceland,

text: Some of the most successful post punk bands in the 1970s, such as Siouxsie and the Banshees and The Psychedelic Furs, also continued their success during the 1980s. Members of Bauhaus and Joy Division explored new stylistic territory as Love and Rockets and New Order respectively. The second generation of British post-punk bands that broke through in the early 1980s, in, tended to move away from dark sonic landscapes. Some, such as Gang of Four, shifted to a more commercial new wave sound, while others moved into Gothic rock or became early examples of indie rock.

text: Some of the most successful post punk bands in the 1970s, such as

text: Siouxsie and the Banshees

text: and

text: The Psychedelic Furs

text: , also continued their success during the 1980s. Members of

text: Bauhaus

text: and

text: Joy Division

text: explored new stylistic territory as

text: Love and Rockets

text: and

text: New Order

text: respectively. The second generation of British post-punk bands that broke through in the early 1980s, in, tended to move away from dark sonic landscapes. Some, such as

text: Gang of Four

text: , shifted to a more commercial

text: new wave

text: sound, while others moved into Gothic rock or became early examples of indie rock.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can go into space

answers: NDQ_002100

answers: British

answers: NDQ_002103

answers: first

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: Rockets

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: Which is not a last name?

answers: NDQ_002124

answers: Alan Shepherd

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: love

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: Love and Rockets

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 1980s

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: the 1980s

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: navigational technology

answers: NDQ_002138

answers: can be referred to as

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Some of the most successful post punk bands in the 1970s,

answers: NDQ_002097

answers: Love and Rockets

answers: NDQ_002099

answers: Rockets

answers: NDQ_002100

answers: British

answers: NDQ_002103

answers: Love and Rockets

answers: NDQ_002108

answers: 1970s,

answers: NDQ_002111

answers: Rockets

answers: NDQ_002113

answers: Love and Rockets

answers: NDQ_002114

answers: Some of the most successful post punk bands in the 1970s,

answers: NDQ_002115

answers: Love and Rockets

answers: NDQ_002116

answers: Some of the most successful post punk bands in the 1970s,

answers: NDQ_002117

answers: Some of the most successful post punk bands in the 1970s,

answers: NDQ_002118

answers: Some of the most successful post punk bands in the 1970s,

answers: NDQ_002119

answers: 1970s,

answers: NDQ_002120

answers: Some of the most successful post punk bands in the 1970s,

answers: NDQ_002121

answers: Love and Rockets

answers: NDQ_002122

answers: Love and Rockets

answers: NDQ_002123

answers: Some of the most successful post punk bands in the 1970s,

answers: NDQ_002124

answers: Love and Rockets

answers: NDQ_002125

answers: Some of the most successful post punk bands in the 1970s,

answers: NDQ_002126

answers: Love and Rockets

answers: NDQ_002127

answers: Love and Rockets

answers: NDQ_002128

answers: Love and Rockets

answers: NDQ_002129

answers: Love and Rockets

answers: NDQ_002130

answers: Bauhaus and Joy Division explored new stylistic territory as Love and Rockets

answers: NDQ_002131

answers: Love and Rockets

answers: NDQ_002132

answers: Rockets

answers: NDQ_002133

answers: 1970s,

answers: NDQ_002134

answers: tended to move away from dark sonic landscapes.

answers: NDQ_002135

answers: 1980s.

answers: NDQ_002136

answers: tended to move away from dark sonic landscapes.

answers: NDQ_002137

answers: post punk bands in the 1970s,

answers: NDQ_002138

answers: Some of the most successful post punk bands in the 1970s,

answers: NDQ_002139

answers: Love and Rockets

text: In December 2012, the Golden Spike Company announced plans to privately transport space exploration participants to the surface of the Moon and return, beginning as early as 2020, for US$750 million per passenger.

text: In December 2012, the

text: Golden Spike Company

text: announced plans to privately transport space exploration participants to the surface of the

text: Moon

text: and return, beginning as early as 2020, for US$750 million per passenger.

answers: NDQ_002095

answers: Moon

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can take off and land

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: before 2020

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: unanswerable

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: unanswerable

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: can be

answers: NDQ_002127

answers: unspecified

answers: NDQ_002128

answers: the Moon

answers: NDQ_002129

answers: What is the largest artificial satellite?

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: can not be

answers: NDQ_002132

answers: no

answers: NDQ_002133

answers: 20th century

answers: NDQ_002134

answers: gravitational force is equal to the force of gravity

answers: NDQ_002135

answers: NASA's Apollo program

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: can be seen from Earth.

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: surface of the Moon

answers: NDQ_002097

answers: Moon

answers: NDQ_002099

answers: surface of the Moon and return,

answers: NDQ_002100

answers: 2012,

answers: NDQ_002103

answers: 2012,

answers: NDQ_002108

answers: Moon

answers: NDQ_002111

answers: In December 2012,

answers: NDQ_002113

answers: Moon

answers: NDQ_002114

answers: Moon

answers: NDQ_002115

answers: Moon

answers: NDQ_002116

answers: Moon

answers: NDQ_002117

answers: Moon

answers: NDQ_002118

answers: In December 2012,

answers: NDQ_002119

answers: 2012,

answers: NDQ_002120

answers: In December 2012,

answers: NDQ_002121

answers: space exploration participants to the surface of the Moon

answers: NDQ_002122

answers: Moon

answers: NDQ_002123

answers: In December 2012,

answers: NDQ_002124

answers: 2012,

answers: NDQ_002125

answers: Moon

answers: NDQ_002126

answers: Moon

answers: NDQ_002127

answers: Golden Spike

answers: NDQ_002128

answers: space exploration participants to the surface of the Moon

answers: NDQ_002129

answers: Moon

answers: NDQ_002130

answers: Golden Spike Company

answers: NDQ_002131

answers: space exploration participants to the surface of the Moon

answers: NDQ_002132

answers: Golden Spike

answers: NDQ_002133

answers: 2020,

answers: NDQ_002134

answers: Moon and return,

answers: NDQ_002135

answers: space exploration participants to the surface of the Moon

answers: NDQ_002136

answers: space exploration participants to the surface of the Moon

answers: NDQ_002137

answers: Moon

answers: NDQ_002138

answers: Moon

answers: NDQ_002139

answers: 2012,

text: With rare exceptions, rockets are expendable, so rockets in displays have not been flown. As in the case of the Saturn V, later planned missions were cancelled, leaving unneeded rockets for the museums. For displays of early American space hardware, such as Project Mercury and Project Gemini, surplus missiles have been painted to look like manned space launch vehicles. Engineering test articles (such as the Pathfinder space shuttle stack in Huntsville) or purpose-built full-scale replicas are also displayed in rocket gardens.

text: With rare exceptions,

text: rocket

text: s are expendable, so rockets in displays have not been flown. As in the case of the

text: Saturn V

text: , later planned missions were cancelled, leaving unneeded rockets for the museums. For displays of early American space hardware, such as

text: Project Mercury

text: and

text: Project Gemini

text: , surplus missiles have been painted to look like manned space launch vehicles. Engineering test articles (such as the

text: Pathfinder

text: space shuttle stack in Huntsville) or purpose-built full-scale replicas are also displayed in rocket gardens.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be flown

answers: NDQ_002100

answers: American

answers: NDQ_002103

answers: flyn

answers: NDQ_002108

answers: It's impossible to say

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: how many satellites are in orbit around earth

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: What do Landsat satellites make detailed images of?

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: Which is not a type of satellite: imaging satellites or rockets?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: Mercury

answers: NDQ_002129

answers: What is the largest artificial satellite

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: NDQ_002132

answers: expendable

answers: NDQ_002133

answers: Space Shuttle

answers: NDQ_002134

answers: Rockets in displays have not been flown

answers: NDQ_002135

answers: Project Mercury

answers: NDQ_002136

answers: Rockets are expendable

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: have not been flown

answers: NDQ_002139

answers: Gemini

answers: NDQ_002095

answers: flown.

answers: NDQ_002097

answers: rockets are expendable,

answers: NDQ_002099

answers: manned space launch vehicles.

answers: NDQ_002100

answers: American

answers: NDQ_002103

answers: flown.

answers: NDQ_002108

answers: early American space hardware, such as Project Mercury and Project Gemini,

answers: NDQ_002111

answers: rockets are expendable,

answers: NDQ_002113

answers: rockets are expendable,

answers: NDQ_002114

answers: rockets in displays have not been flown.

answers: NDQ_002115

answers: Saturn V,

answers: NDQ_002116

answers: rockets are expendable,

answers: NDQ_002117

answers: rockets are expendable,

answers: NDQ_002118

answers: rockets are expendable,

answers: NDQ_002119

answers: rockets are expendable,

answers: NDQ_002120

answers: rockets in displays have not been flown.

answers: NDQ_002121

answers: rockets are expendable,

answers: NDQ_002122

answers: rockets are expendable,

answers: NDQ_002123

answers: rockets are expendable,

answers: NDQ_002124

answers: rockets in displays have not been flown.

answers: NDQ_002125

answers: rockets in displays have not been flown.

answers: NDQ_002126

answers: flown.

answers: NDQ_002127

answers: manned space launch vehicles.

answers: NDQ_002128

answers: Saturn V,

answers: NDQ_002129

answers: Saturn V,

answers: NDQ_002130

answers: Project Mercury

answers: NDQ_002131

answers: rockets in displays have not been flown.

answers: NDQ_002132

answers: rockets

answers: NDQ_002133

answers: Saturn V,

answers: NDQ_002134

answers: rockets are expendable,

answers: NDQ_002135

answers: Saturn V,

answers: NDQ_002136

answers: rockets are expendable,

answers: NDQ_002137

answers: rockets

answers: NDQ_002138

answers: Saturn V,

answers: NDQ_002139

answers: Gemini,

text: NASA's "Lunar Architecture" forms a key part of its Global Exploration Strategy, also known as the Vision for Space Exploration. The first part of the Lunar Architecture is the Lunar Reconnaissance Orbiter, which launched in June 2009 on board an Atlas V. The preliminary design review was completed in February 2006 and the critical design review was completed in November 2006. An important function of the orbiter will be to look for further evidence that the increased concentrations of hydrogen discovered at the moon's poles is in the form of lunar ice. After this the lunar flights will make use of the new Ares I and Ares V rockets.

text: NASA's "Lunar Architecture" forms a key part of its Global Exploration Strategy, also known as the Vision for Space Exploration. The first part of the Lunar Architecture is the

text: Lunar Reconnaissance Orbiter

text: , which launched in June 2009 on board an

text: Atlas V

text: . The preliminary design review was completed in February 2006 and the critical design review was completed in November 2006. An important function of the orbiter will be to look for further evidence that the increased concentrations of hydrogen discovered at the moon's poles is in the form of

text: lunar ice

text: . After this the

text: lunar flights

text: will make use of the new

text: Ares I

text: and Ares V rockets.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: on board

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: Who put a human on the moon?

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is an orbiter?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Which satellites make detailed images of continents and coasts?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What is the first part of the Lunar Architecture?

answers: NDQ_002123

answers: Which happened first, the Lunar Reconnaissance Orbiter was launched or the critical design review was completed?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Atlas V

answers: NDQ_002128

answers: Orbiter

answers: NDQ_002129

answers: Ares I

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Atlas V

answers: NDQ_002132

answers: Orbiter

answers: NDQ_002133

answers: Space Exploration

answers: NDQ_002134

answers: gravitational force is proportional to the mass of the object

answers: NDQ_002135

answers: Vision for Space Exploration

answers: NDQ_002136

answers: Space Exploration

answers: NDQ_002137

answers: Earth's magnetic field to determine

answers: NDQ_002138

answers: Lunar Reconnaissance Orbiter

answers: NDQ_002139

answers: Ares V

answers: NDQ_002095

answers: Lunar Reconnaissance Orbiter,

answers: NDQ_002097

answers: hydrogen

answers: NDQ_002099

answers: Ares I and Ares V rockets.

answers: NDQ_002100

answers: NASA's

answers: NDQ_002103

answers: Atlas V.

answers: NDQ_002108

answers: 2009

answers: NDQ_002111

answers: 2006 and the critical design review was completed in November 2006.

answers: NDQ_002113

answers: Ares I and Ares V rockets.

answers: NDQ_002114

answers: Lunar Reconnaissance Orbiter, which launched in June 2009

answers: NDQ_002115

answers: Ares I and Ares V rockets.

answers: NDQ_002116

answers: Lunar Reconnaissance Orbiter,

answers: NDQ_002117

answers: Atlas V.

answers: NDQ_002118

answers: NASA's

answers: NDQ_002119

answers: 2006

answers: NDQ_002120

answers: Lunar Reconnaissance Orbiter, which launched in June 2009

answers: NDQ_002121

answers: Lunar Reconnaissance Orbiter, which launched in June 2009

answers: NDQ_002122

answers: Ares I and Ares V rockets.

answers: NDQ_002123

answers: Lunar Reconnaissance Orbiter,

answers: NDQ_002124

answers: Lunar Reconnaissance Orbiter, which launched in June 2009

answers: NDQ_002125

answers: Lunar Reconnaissance Orbiter, which launched in June 2009

answers: NDQ_002126

answers: Orbiter,

answers: NDQ_002127

answers: Atlas V.

answers: NDQ_002128

answers: Lunar Reconnaissance Orbiter,

answers: NDQ_002129

answers: Lunar Reconnaissance Orbiter,

answers: NDQ_002130

answers: NASA's

answers: NDQ_002131

answers: Atlas V.

answers: NDQ_002132

answers: Lunar Reconnaissance Orbiter,

answers: NDQ_002133

answers: Ares I and Ares V

answers: NDQ_002134

answers: hydrogen

answers: NDQ_002135

answers: Atlas V.

answers: NDQ_002136

answers: lunar ice.

answers: NDQ_002137

answers: hydrogen

answers: NDQ_002138

answers: Lunar Reconnaissance Orbiter,

answers: NDQ_002139

answers: Atlas V. The preliminary design review was completed in February 2006

text: Among the major NASA missions launched from the complex were the Explorer and Pioneer space probes, all of the Orbiting Solar Observatories, the Solar Maximum Mission, Biological Satellites (BIOS), the International Cometary Explorer, the TIROS and GOES meteorology satellites, and the Mars Exploration Rovers Spirit and Opportunity.

text: Among the major NASA missions launched from the complex were the

text: Explorer

text: and

text: Pioneer

text: space probes, all of the

text: Orbiting Solar Observatories

text: , the

text: Solar Maximum Mission

text: , Biological Satellites (BIOS), the

text: International Cometary Explorer

text: , the

entity_name: Television Infrared Observation Satellite

text: TIROS

text: and

text: GOES

text: meteorology satellites, and the

text: Mars Exploration Rover

text: s

text: Spirit

text: and

text: Opportunity

answers: NDQ_002095

answers: Mars

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch satellites

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: from the complex

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Which satellites make detailed images of continents and coasts?

answers: NDQ_002121

answers: None of the above choices.

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: Which of the following is not a type of satellite: Orbiting Solar Observatories, the International Cometary Explorer, the TIROS and GOES meteorology satellites, or the Mars Exploration Rovers Spirit and Opportunity?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: yes

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: orbiting solar observatories

answers: NDQ_002129

answers: International Cometary Explorer

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: Biological Satellites

answers: NDQ_002133

answers: NASA

answers: NDQ_002134

answers: gravitational force is proportional to mass

answers: NDQ_002135

answers: the Solar Maximum Mission

answers: NDQ_002136

answers: Space weather

answers: NDQ_002137

answers: Biological Satellites

answers: NDQ_002138

answers: TIROS

answers: NDQ_002139

answers: Neil Armstrong

answers: NDQ_002095

answers: Mars

answers: NDQ_002097

answers: Solar Maximum Mission,

answers: NDQ_002099

answers: launched from the complex were the Explorer and Pioneer space probes,

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: launched from the complex were the Explorer and Pioneer space probes,

answers: NDQ_002108

answers: Mars Exploration Rovers

answers: NDQ_002111

answers: Biological Satellites

answers: NDQ_002113

answers: Explorer and Pioneer space probes,

answers: NDQ_002114

answers: NASA

answers: NDQ_002115

answers: Mars Exploration Rovers

answers: NDQ_002116

answers: Biological Satellites

answers: NDQ_002117

answers: Biological Satellites

answers: NDQ_002118

answers: Biological Satellites

answers: NDQ_002119

answers: Orbiting Solar Observatories, the Solar Maximum Mission,

answers: NDQ_002120

answers: Biological Satellites

answers: NDQ_002121

answers: Orbiting Solar Observatories,

answers: NDQ_002122

answers: Biological Satellites

answers: NDQ_002123

answers: TIROS and GOES meteorology satellites,

answers: NDQ_002124

answers: Solar Maximum Mission,

answers: NDQ_002125

answers: Mars Exploration Rovers

answers: NDQ_002126

answers: Orbiting

answers: NDQ_002127

answers: launched from the complex

answers: NDQ_002128

answers: Orbiting Solar Observatories,

answers: NDQ_002129

answers: Biological Satellites

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Mars Exploration Rovers

answers: NDQ_002132

answers: Biological Satellites

answers: NDQ_002133

answers: Solar Maximum Mission,

answers: NDQ_002134

answers: Mars Exploration Rovers

answers: NDQ_002135

answers: Solar Maximum Mission,

answers: NDQ_002136

answers: Solar Observatories,

answers: NDQ_002137

answers: Biological Satellites

answers: NDQ_002138

answers: Biological Satellites

answers: NDQ_002139

answers: Pioneer

text: Flaunt It is the debut album by British band Sigue Sigue Sputnik. The album featured a remix of their #3 UK hit single "Love Missile F1-11", as well as "21st Century Boy". Flaunt It was unique in that the band sold off spots between songs for advertisements. Ultimately, ads for L'Oréal, i-D magazine, the short-lived London pirate television station NeTWork 21, and London's Kensington Market clothing shop Pure Sex were complemented by fictitious ads for the Sputnik Corporation and the (unreleased) Sigue Sigue Sputnik Computer Game; a spoken word advertisement (narrated by the Sputnik Corporation voiceover) for EMI closes the album. All original CD versions and the version released in Germany also include an ad for Tempo, a lifestyle magazine. The liner notes include small print ads for the various advertisers, as well.

text: Flaunt It is the debut album by

text: British

text: band

text: Sigue Sigue Sputnik

text: . The album featured a remix of their #3

text: UK hit single

text: Love Missile F1-11

text: ", as well as "21st Century Boy". Flaunt It was unique in that the band sold off spots between songs for

text: advertisement

text: s. Ultimately, ads for

text: L'Oréal

text: i-D magazine

text: , the short-lived

text: London

text: pirate television

text: station

text: NeTWork 21

text: , and London's

text: Kensington Market

text: clothing shop

text: Pure Sex

text: were complemented by fictitious ads for the Sputnik Corporation and the (unreleased) Sigue Sigue Sputnik Computer Game; a spoken word advertisement (narrated by the Sputnik Corporation voiceover) for

text: EMI

text: closes the album. All original CD versions and the version released in Germany also include an ad for Tempo, a lifestyle magazine. The liner notes include small print ads for the various advertisers, as well.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: law of conservation of energy

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: British

answers: NDQ_002103

answers: Launched

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat satellites?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: What is the name of the band that sold off spots between songs for advertisements?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: unanswerable

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: unreleased

answers: NDQ_002129

answers: Sputnik Corporation

answers: NDQ_002130

answers: Sputnik Corporation

answers: NDQ_002131

answers: Love Missile F1-11

answers: NDQ_002132

answers: unreleased

answers: NDQ_002133

answers: 21st Century

answers: NDQ_002134

answers: Flaunt It featured a remix of their #3 UK hit single

answers: NDQ_002135

answers: Sigue Sigue Sputnik

answers: NDQ_002136

answers: Flaunt It

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: NeTWork 21

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Sigue Sigue Sputnik.

answers: NDQ_002097

answers: "Love Missile F1-11",

answers: NDQ_002099

answers: "Love Missile

answers: NDQ_002100

answers: British

answers: NDQ_002103

answers: "Love Missile F1-11",

answers: NDQ_002108

answers: Sigue Sigue Sputnik.

answers: NDQ_002111

answers: "Love Missile

answers: NDQ_002113

answers: Sigue Sigue Sputnik.

answers: NDQ_002114

answers: advertisements.

answers: NDQ_002115

answers: "Love Missile F1-11",

answers: NDQ_002116

answers: "Love Missile F1-11",

answers: NDQ_002117

answers: "Love Missile F1-11",

answers: NDQ_002118

answers: #3 UK hit single "Love Missile F1-11",

answers: NDQ_002119

answers: Sigue Sigue Sputnik.

answers: NDQ_002120

answers: advertisements. Ultimately, ads for L'Oréal,

answers: NDQ_002121

answers: "Love Missile F1-11",

answers: NDQ_002122

answers: "Love Missile F1-11",

answers: NDQ_002123

answers: advertisements.

answers: NDQ_002124

answers: "Love Missile F1-11",

answers: NDQ_002125

answers: Sigue Sigue Sputnik.

answers: NDQ_002126

answers: "Love Missile F1-11",

answers: NDQ_002127

answers: "Love Missile F1-11",

answers: NDQ_002128

answers: "Love Missile

answers: NDQ_002129

answers: "Love Missile F1-11",

answers: NDQ_002130

answers: Sputnik Corporation

answers: NDQ_002131

answers: "Love Missile F1-11",

answers: NDQ_002132

answers: "Love Missile

answers: NDQ_002133

answers: "Love Missile F1-11",

answers: NDQ_002134

answers: "Love Missile F1-11",

answers: NDQ_002135

answers: Sigue Sigue Sputnik.

answers: NDQ_002136

answers: advertisements.

answers: NDQ_002137

answers: "Love Missile F1-11",

answers: NDQ_002138

answers: "Love Missile F1-11",

answers: NDQ_002139

answers: British band Sigue Sigue Sputnik.

text: As of October 2016, one of Trump's policy advisors declared that, under Trump, NASA would recreate National Space Council, pursue a goal of “human exploration of the solar system by the end of the century,” to drive technology developments to a stronger degree than a manned mission to Mars. Other goals would include shifting budget to deep space exploration from Earth science and climate research, pursuit of small satellites and hypersonic technology. A possibility of China joining International Space Station is also considered. A stronger role of manned Lunar exploration is possible in NASA's quest for a manned mission to Mars. Prior to that statement, the Trump campaign appeared to have little to no space policy at all.

text: As of October 2016, one of Trump's policy advisors declared that, under Trump, NASA would recreate

text: National Space Council

text: , pursue a goal of “human exploration of the solar system by the end of the century,” to drive technology developments to a stronger degree than a manned mission to Mars. Other goals would include shifting budget to deep space exploration from Earth science and climate research, pursuit of small satellites and hypersonic technology. A possibility of China joining International Space Station is also considered. A stronger role of manned Lunar exploration is possible in NASA's quest for a manned mission to Mars. Prior to that statement, the Trump campaign appeared to have little to no space policy at all.

answers: NDQ_002095

answers: Mars

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: China

answers: NDQ_002103

answers: before the end of the century

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: how many satellites are in orbit around earth

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What is hypersonic technology?

answers: NDQ_002123

answers: What type of satellites are placed in high orbits over Earth?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: International Space Station

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: hypersonic technology

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 20th century

answers: NDQ_002134

answers: gravitational force is proportional to the mass of the object

answers: NDQ_002135

answers: manned mission to Mars

answers: NDQ_002136

answers: Space Station

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: pursuit of small satellites

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: solar system

answers: NDQ_002097

answers: hypersonic technology.

answers: NDQ_002099

answers: hypersonic

answers: NDQ_002100

answers: China

answers: NDQ_002103

answers: pursuit of small satellites and hypersonic technology.

answers: NDQ_002108

answers: “human exploration of the solar system

answers: NDQ_002111

answers: hypersonic technology.

answers: NDQ_002113

answers: “human exploration of the solar system by the end of the century,”

answers: NDQ_002114

answers: manned Lunar exploration

answers: NDQ_002115

answers: manned Lunar exploration

answers: NDQ_002116

answers: satellites

answers: NDQ_002117

answers: small satellites

answers: NDQ_002118

answers: small satellites

answers: NDQ_002119

answers: 2016,

answers: NDQ_002120

answers: Earth science and climate research, pursuit of small satellites

answers: NDQ_002121

answers: satellites and hypersonic technology.

answers: NDQ_002122

answers: hypersonic technology.

answers: NDQ_002123

answers: small satellites

answers: NDQ_002124

answers: Lunar exploration

answers: NDQ_002125

answers: manned mission to Mars.

answers: NDQ_002126

answers: hypersonic

answers: NDQ_002127

answers: hypersonic

answers: NDQ_002128

answers: satellites

answers: NDQ_002129

answers: International Space Station

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: hypersonic

answers: NDQ_002132

answers: satellites

answers: NDQ_002133

answers: century,”

answers: NDQ_002134

answers: hypersonic technology.

answers: NDQ_002135

answers: manned mission to Mars.

answers: NDQ_002136

answers: hypersonic technology.

answers: NDQ_002137

answers: Earth science and climate research, pursuit of small satellites

answers: NDQ_002138

answers: small satellites

answers: NDQ_002139

answers: NASA would recreate National Space Council,

text: Due to problems a delays with Vanguard TV-2 and complete fail of VT-3, Vanguard was not the first rocket to place into orbit an unmanned satellite. The first small-lift launch vehicle was the Sputnik rocket, it put into orbit an unmanned orbital carrier rocket designed by Sergey Korolyov in the Soviet Union, derived from the R-7 Semyorka ICBM. On 4 October 1957, the Sputnik rocket was used to perform the world's first satellite launch, placing Sputnik 1 satellite into a low Earth orbit.The USA later responded by launching the Vanguard TV-4 with Vanguard 1 satellite. that was intended to be the first launch vehicle the United States would use to place a satellite into orbit. Instead, the Sputnik crisis caused by the surprise launch of Sputnik 1 led the U.S., after the failure of Vanguard TV3, to quickly orbit the Explorer 1 satellite using a Juno I rocket launched on January 31, 1958. Thus Vanguard I was the second successful U.S. orbital launch. Thus started the space race, that gave the drive to put men on the moon with the USA's Apollo program.

text: Due to problems a delays with Vanguard TV-2 and complete fail of VT-3, Vanguard was not the first rocket to place into orbit an unmanned

text: satellite

text: . The first

text: small-lift launch vehicle

text: was the

text: Sputnik

text: rocket, it put into orbit an unmanned

text: orbit

text: al

text: carrier rocket

text: designed by

text: Sergey Korolyov

text: in the Soviet Union, derived from the

text: R-7 Semyorka

text: ICBM

text: . On 4 October 1957, the Sputnik rocket was used to perform the world's first satellite launch, placing

text: Sputnik 1

text: satellite into a

text: low Earth orbit

text: .The USA later responded by launching the

text: Vanguard TV-4

text: with Vanguard 1 satellite. that was intended to be the first launch vehicle the

text: United States

text: would use to place a satellite into orbit. Instead, the

text: Sputnik crisis

text: caused by the surprise launch of

text: Sputnik 1

text: led the U.S., after the failure of

text: Vanguard TV3

text: , to quickly orbit the

text: Explorer 1

text: satellite using a

text: Juno I

text: rocket launched on January 31, 1958. Thus

text: Vanguard I

text: was the second successful U.S. orbital launch. Thus started the space race, that gave the drive to put men on the

text: moon

text: with the USA's

text: Apollo program

answers: NDQ_002095

answers: orbit the sun

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch satellites

answers: NDQ_002100

answers: Soviet Union

answers: NDQ_002103

answers: The first small-lift launch vehicle

answers: NDQ_002108

answers: Yes

answers: NDQ_002111

answers: How many years after the Sputnik rocket was used to place an unmanned satellite into a low Earth orbit?

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: How many satellites are in orbit around Earth

answers: NDQ_002119

answers: the moon

answers: NDQ_002120

answers: What was the first satellite launch?

answers: NDQ_002121

answers: no

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: Which happened first, Sputnik 1 satellite was placed into a low Earth orbit or Explorer 1 satellite was placed into a high Earth orbit?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: small-lift launch vehicle

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Explorer 1 satellite

answers: NDQ_002130

answers: Apollo program

answers: NDQ_002131

answers: Sputnik rocket

answers: NDQ_002132

answers: unmanned satellite

answers: NDQ_002133

answers: Space Race

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: Sputnik crisis

answers: NDQ_002136

answers: Space Race

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: Sputnik 1 satellite

answers: NDQ_002139

answers: Apollo

answers: NDQ_002095

answers: low Earth orbit.The

answers: NDQ_002097

answers: Earth orbit.The

answers: NDQ_002099

answers: small-lift launch vehicle

answers: NDQ_002100

answers: U.S.,

answers: NDQ_002103

answers: Sputnik rocket,

answers: NDQ_002108

answers: 1957,

answers: NDQ_002111

answers: Sputnik rocket,

answers: NDQ_002113

answers: Sputnik rocket,

answers: NDQ_002114

answers: USA's Apollo program.

answers: NDQ_002115

answers: Apollo program.

answers: NDQ_002116

answers: Earth orbit.The

answers: NDQ_002117

answers: unmanned

answers: NDQ_002118

answers: world's first satellite launch, placing Sputnik 1

answers: NDQ_002119

answers: Apollo program.

answers: NDQ_002120

answers: Vanguard TV-4

answers: NDQ_002121

answers: Earth orbit.The

answers: NDQ_002122

answers: small-lift launch vehicle was the Sputnik rocket,

answers: NDQ_002123

answers: low Earth orbit.The

answers: NDQ_002124

answers: Apollo program.

answers: NDQ_002125

answers: men on the moon

answers: NDQ_002126

answers: orbit.The

answers: NDQ_002127

answers: small-lift

answers: NDQ_002128

answers: Earth orbit.The

answers: NDQ_002129

answers: Explorer 1

answers: NDQ_002130

answers: Apollo program.

answers: NDQ_002131

answers: R-7 Semyorka ICBM.

answers: NDQ_002132

answers: unmanned satellite.

answers: NDQ_002133

answers: Sputnik rocket,

answers: NDQ_002134

answers: men on the moon

answers: NDQ_002135

answers: Sputnik rocket,

answers: NDQ_002136

answers: space race,

answers: NDQ_002137

answers: R-7 Semyorka ICBM.

answers: NDQ_002138

answers: Sputnik 1

answers: NDQ_002139

answers: Explorer 1

text: In October 1992 NASA launched LAGEOS-2 (following LAGEOS-1 launched in 1976) in cooperation with ASI. A passive satellite, it is a sphere of aluminium covered with retroreflectors to reflect laser ranging beams emitted from ground stations on Earth. The primary mission goals were to determine accurately Earth’s Geoid and to measure Tectonic plate movement. In 2010 ASI’s own satellite, LARES, will be launched using the Vega rocket. The mission is designed to carry out similar studies to that of LAGEOS 2 but with much greater precision.

text: In October 1992 NASA launched

text: (following LAGEOS-1 launched in 1976) in cooperation with ASI. A passive satellite, it is a sphere of aluminium covered with retroreflectors to reflect

text: laser ranging

text: beams emitted from ground stations on Earth. The primary mission goals were to determine accurately Earth’s

text: Geoid

text: and to measure

text: Tectonic plate

text: movement. In 2010 ASI’s own satellite,

text: LARES

text: , will be launched using the Vega rocket. The mission is designed to carry out similar studies to that of LAGEOS 2 but with much greater precision.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: Tectonic plate movement

answers: NDQ_002099

answers: can launch satellites

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: in October 1992

answers: NDQ_002108

answers: Yes

answers: NDQ_002111

answers: How many years after NASA launched LAGEOS-2 was LAGEOS-1 launched?

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: It is a passive satellite

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Yes

answers: NDQ_002120

answers: Which satellites make detailed images of continents and coasts?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: How many years after the launch of LAGEOS-2 was LAGEOS-1 launched?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: Geoid

answers: NDQ_002127

answers: Vega rocket

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: LAGEOS-2

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: LAGEOS-2

answers: NDQ_002132

answers: passive satellite

answers: NDQ_002133

answers: 1976

answers: NDQ_002134

answers: Tectonic plate movement is a type of

answers: NDQ_002135

answers: LAGEOS-1

answers: NDQ_002136

answers: Earth's

answers: NDQ_002137

answers: laser ranging

answers: NDQ_002138

answers: LAGEOS-2

answers: NDQ_002139

answers: LAGEOS-1

answers: NDQ_002095

answers: LAGEOS-2 (following LAGEOS-1 launched in 1976)

answers: NDQ_002097

answers: Tectonic plate movement.

answers: NDQ_002099

answers: precision.

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: ground stations on Earth.

answers: NDQ_002108

answers: 1976)

answers: NDQ_002111

answers: retroreflectors

answers: NDQ_002113

answers: In October 1992

answers: NDQ_002114

answers: NASA

answers: NDQ_002115

answers: 1976)

answers: NDQ_002116

answers: Earth.

answers: NDQ_002117

answers: passive satellite,

answers: NDQ_002118

answers: LAGEOS-2

answers: NDQ_002119

answers: 1992

answers: NDQ_002120

answers: Earth’s Geoid and to measure Tectonic plate movement.

answers: NDQ_002121

answers: Earth.

answers: NDQ_002122

answers: Vega rocket.

answers: NDQ_002123

answers: laser ranging beams emitted from ground stations

answers: NDQ_002124

answers: 1976)

answers: NDQ_002125

answers: NASA launched LAGEOS-2

answers: NDQ_002126

answers: sphere

answers: NDQ_002127

answers: laser ranging beams emitted from ground stations

answers: NDQ_002128

answers: satellite,

answers: NDQ_002129

answers: sphere of aluminium

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: retroreflectors

answers: NDQ_002132

answers: passive satellite,

answers: NDQ_002133

answers: 1976)

answers: NDQ_002134

answers: Tectonic plate movement.

answers: NDQ_002135

answers: 1976)

answers: NDQ_002136

answers: passive satellite,

answers: NDQ_002137

answers: laser ranging beams

answers: NDQ_002138

answers: passive satellite,

answers: NDQ_002139

answers: NASA

text: The Martin Company moved forward into the aerospace manufacturing business, and it produced the Vanguard rocket, which was used by the American space program as one of its first satellite booster rockets as part of Project Vanguard. The Vanguard was the first American space exploration rocket designed from scratch to be an orbital launch vehicle — rather than being a modified sounding rocket (like the Juno I) or a ballistic missile (like the U.S. Army's Redstone missile). Martin also designed and manufactured the huge and heavily armed Titan I and LGM-25C Titan II Intercontinental Ballistic Missiles (ICBMs). Martin Company of Orlando, Florida, was the prime contractor for the U.S. Army's Pershing missile.

text: The Martin Company moved forward into the

text: aerospace manufacturing

text: business, and it produced the

text: Vanguard rocket

text: , which was used by the American space program as one of its first

text: satellite

text: booster rocket

text: s as part of

text: Project Vanguard

text: . The Vanguard was the first American

text: space exploration

text: rocket designed from scratch to be an orbital launch vehicle — rather than being a modified

text: sounding rocket

text: (like the

text: Juno I

text: ) or a

text: ballistic missile

text: (like the U.S. Army's

text: Redstone missile

text: ). Martin also designed and manufactured the huge and heavily armed

text: Titan I

text: and

text: LGM-25C Titan II

text: Intercontinental Ballistic Missile

text: s (

text: ICBM

text: s). Martin Company of Orlando, Florida, was the prime contractor for the U.S. Army's Pershing missile.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: orbital launch vehicle

answers: NDQ_002100

answers: American

answers: NDQ_002103

answers: from scratch

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: No

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S.

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: What does Landsat satellite make detailed images of?

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: What is the name of the first American space exploration rocket designed from scratch to be an orbital launch vehicle?

answers: NDQ_002123

answers: What type of satellites are placed in high orbits over Earth?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: satellite booster

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Titan I

answers: NDQ_002130

answers: the American space program

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: Juno I

answers: NDQ_002133

answers: American space program

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: Project Vanguard

answers: NDQ_002136

answers: satellite booster rockets

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Vanguard was the first American space exploration rocket designed from scratch to be an orbital launch vehicle

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: orbital launch vehicle

answers: NDQ_002097

answers: orbital launch vehicle

answers: NDQ_002099

answers: orbital launch vehicle

answers: NDQ_002100

answers: American

answers: NDQ_002103

answers: orbital launch vehicle

answers: NDQ_002108

answers: orbital launch vehicle

answers: NDQ_002111

answers: orbital launch vehicle

answers: NDQ_002113

answers: orbital launch vehicle

answers: NDQ_002114

answers: American

answers: NDQ_002115

answers: satellite booster rockets as part of Project Vanguard.

answers: NDQ_002116

answers: orbital

answers: NDQ_002117

answers: a modified sounding rocket

answers: NDQ_002118

answers: orbital launch vehicle

answers: NDQ_002119

answers: first satellite booster rockets as part of Project Vanguard.

answers: NDQ_002120

answers: Project Vanguard.

answers: NDQ_002121

answers: orbital launch vehicle

answers: NDQ_002122

answers: orbital launch vehicle

answers: NDQ_002123

answers: orbital launch vehicle — rather than being a modified sounding rocket

answers: NDQ_002124

answers: The Vanguard was the first American space exploration rocket

answers: NDQ_002125

answers: orbital launch vehicle

answers: NDQ_002126

answers: orbital

answers: NDQ_002127

answers: booster

answers: NDQ_002128

answers: orbital launch vehicle

answers: NDQ_002129

answers: Titan I and LGM-25C Titan II

answers: NDQ_002130

answers: American space program

answers: NDQ_002131

answers: ballistic missile

answers: NDQ_002132

answers: The Vanguard was the first American space exploration rocket

answers: NDQ_002133

answers: satellite booster rockets as part of Project Vanguard.

answers: NDQ_002134

answers: orbital launch vehicle

answers: NDQ_002135

answers: Project Vanguard.

answers: NDQ_002136

answers: orbital launch vehicle

answers: NDQ_002137

answers: satellite booster rockets

answers: NDQ_002138

answers: Juno I)

answers: NDQ_002139

answers: Juno I)

text: Space industry refers to economic activities related to manufacturing components that go into Earth's orbit or beyond, delivering them to those regions, and related services. Owing to the prominence of the satellite-related activities, some sources use the term satellite industry interchangeably with the term space industry. The term space business has also been used. A narrow definition encompasses only hardware providers (primarily related to launch vehicles and satellites). This definition does not exclude certain activities, such as space tourism. Thus more broadly, space industry can be described as the companies involved in the space economy, and providing goods and services related to space. Space economy has been defined as "all public and private actors involved in developing and providing space-enabled products and services. It comprises a long value-added chaining, starting with research and development actors and manufacturers of space hardware and ending with the providers of space-enabled products and services to final users."

text: Space industry refers to economic activities related to

text: manufacturing

text: components that go into Earth's orbit or beyond, delivering them to those regions, and related services. Owing to the prominence of the satellite-related activities, some sources use the term satellite industry interchangeably with the term space industry. The term space business has also been used. A narrow definition encompasses only hardware providers (primarily related to launch vehicles and

text: satellite

text: s). This definition does not exclude certain activities, such as

text: space tourism

text: . Thus more broadly, space industry can be described as the companies involved in the

text: space economy

text: , and providing goods and services related to space. Space economy has been defined as "all public and private actors involved in developing and providing space-enabled products and services. It comprises a long

text: value-added

text: chaining, starting with

text: research and development

text: actors and manufacturers of

text: space hardware

text: and ending with the providers of space-enabled products and services to final users."

answers: NDQ_002095

answers: orbit

answers: NDQ_002097

answers: Earth's orbit

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: Space industry

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: Space industry

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: Space industry

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: Space industry

answers: NDQ_002118

answers: Space industry refers to economic activities related to manufacturing components that go into Earth's orbit

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: Space industry

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: Space industry

answers: NDQ_002124

answers: Alan Shepherd

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: launch vehicle and satellites

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: Earth's orbit or beyond

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: space industry

answers: NDQ_002134

answers: space industry can be described as the companies involved in the space economy, and providing goods and services related to space

answers: NDQ_002135

answers: Space tourism

answers: NDQ_002136

answers: Space industry

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Earth's orbit

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Earth's orbit

answers: NDQ_002097

answers: Space industry

answers: NDQ_002099

answers: launch vehicles

answers: NDQ_002100

answers: Space industry

answers: NDQ_002103

answers: launch vehicles

answers: NDQ_002108

answers: Space industry

answers: NDQ_002111

answers: Space industry

answers: NDQ_002113

answers: Space industry

answers: NDQ_002114

answers: Space industry

answers: NDQ_002115

answers: launch vehicles and satellites).

answers: NDQ_002116

answers: Earth's orbit

answers: NDQ_002117

answers: launch vehicles

answers: NDQ_002118

answers: Space industry

answers: NDQ_002119

answers: Space industry

answers: NDQ_002120

answers: Space industry

answers: NDQ_002121

answers: Space industry

answers: NDQ_002122

answers: launch vehicles and satellites).

answers: NDQ_002123

answers: Space industry

answers: NDQ_002124

answers: Space industry

answers: NDQ_002125

answers: space tourism.

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: launch vehicles

answers: NDQ_002128

answers: Earth's

answers: NDQ_002129

answers: Earth's orbit

answers: NDQ_002130

answers: Space industry

answers: NDQ_002131

answers: launch vehicles and satellites).

answers: NDQ_002132

answers: space tourism.

answers: NDQ_002133

answers: launch vehicles and satellites).

answers: NDQ_002134

answers: Space industry

answers: NDQ_002135

answers: space tourism.

answers: NDQ_002136

answers: launch vehicles

answers: NDQ_002137

answers: satellites).

answers: NDQ_002138

answers: satellites).

answers: NDQ_002139

answers: Space industry

text: In early 2009, she also dubbed a character from the Belgian 3D animated movie Nat's Space Adventure 3D/Fly Me to the Moon. She dubbed the voice of the protagonist who is a young male fly who was determined to explore outer space.

text: In early 2009, she also dubbed a character from the Belgian 3D animated movie Nat's Space Adventure 3D/Fly Me to the Moon. She dubbed the voice of the protagonist who is a young male fly who was determined to explore outer space.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: Belgian

answers: NDQ_002103

answers: unmanned

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is the protagonist determined to explore?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: how many satellites are in orbit around earth

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: Which of the following is not a law: Newtons Third Law of Motion or Fly Me to the Moon?

answers: NDQ_002123

answers: What is the protagonist determined to explore?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: NDQ_002128

answers: the Moon

answers: NDQ_002129

answers: saturn

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: NDQ_002132

answers: no

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: gravitational force is equal to the force of gravity

answers: NDQ_002135

answers: the 1960s

answers: NDQ_002136

answers: gravitational pull

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: is a satellite

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Moon.

answers: NDQ_002097

answers: outer space.

answers: NDQ_002099

answers: outer space.

answers: NDQ_002100

answers: Belgian

answers: NDQ_002103

answers: Nat's Space Adventure 3D/Fly Me to the Moon.

answers: NDQ_002108

answers: Moon.

answers: NDQ_002111

answers: Nat's Space Adventure 3D/Fly Me to the Moon.

answers: NDQ_002113

answers: Nat's Space Adventure 3D/Fly Me to the Moon.

answers: NDQ_002114

answers: Nat's Space Adventure 3D/Fly Me to the Moon.

answers: NDQ_002115

answers: 3D/Fly Me to the Moon.

answers: NDQ_002116

answers: Nat's Space Adventure 3D/Fly Me to the Moon.

answers: NDQ_002117

answers: Nat's Space Adventure 3D/Fly Me to the Moon.

answers: NDQ_002118

answers: outer space.

answers: NDQ_002119

answers: Moon.

answers: NDQ_002120

answers: Nat's Space Adventure 3D/Fly Me to the Moon.

answers: NDQ_002121

answers: outer space.

answers: NDQ_002122

answers: Nat's Space Adventure 3D/Fly Me to the Moon.

answers: NDQ_002123

answers: Moon.

answers: NDQ_002124

answers: Nat's Space Adventure 3D/Fly Me to the Moon.

answers: NDQ_002125

answers: Moon.

answers: NDQ_002126

answers: fly who was determined to explore outer space.

answers: NDQ_002127

answers: fly who was determined to explore outer space.

answers: NDQ_002128

answers: Moon.

answers: NDQ_002129

answers: Moon.

answers: NDQ_002130

answers: Nat's Space Adventure 3D/Fly Me to the Moon.

answers: NDQ_002131

answers: fly who was determined to explore outer space.

answers: NDQ_002132

answers: fly

answers: NDQ_002133

answers: Moon.

answers: NDQ_002134

answers: a young male fly who was determined to explore outer space.

answers: NDQ_002135

answers: 3D/Fly Me to the Moon.

answers: NDQ_002136

answers: outer space.

answers: NDQ_002137

answers: Nat's Space Adventure 3D/Fly Me to the Moon.

answers: NDQ_002138

answers: Moon.

answers: NDQ_002139

answers: Nat's Space Adventure 3D/Fly Me to the Moon.

text: After tragedy struck again in 2003 with the destruction of the Columbia Shuttle, the Bush Administration tried to reinvigorate NASA with the Constellation Program. The program was designed to build a heavy lifting capability rocket similar to the Saturn 5, establish a moon base from which further missions to Mars and beyond would follow. President Bush stated, “Today I announce a new plan to explore space and extend a human presence across our solar system. We will begin the effort quickly, using existing programs and personnel. We'll make steady progress -- one mission, one voyage, one landing at a time.” The planned called for a new rocket to be in place and usable in 2015, return to the moon by 2017 and start a permanent lunar base by 2020.

text: After tragedy struck again in 2003 with the destruction of the Columbia Shuttle, the Bush Administration tried to reinvigorate NASA with the Constellation Program. The program was designed to build a heavy lifting capability rocket similar to the Saturn 5, establish a moon base from which further missions to Mars and beyond would follow. President Bush stated, “Today I announce a new plan to explore space and extend a human presence across our solar system. We will begin the effort quickly, using existing programs and personnel. We'll make steady progress -- one mission, one voyage, one landing at a time.” The planned called for a new rocket to be in place and usable in 2015, return to the moon by 2017 and start a permanent lunar base by 2020.

answers: NDQ_002095

answers: Mars

answers: NDQ_002097

answers: one landing at a time

answers: NDQ_002099

answers: lifts heavy loads

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: before 2020

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: the U.S.

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: the moon

answers: NDQ_002120

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

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: Which happened first, the destruction of the Columbia Shuttle or the destruction of the Columbia Shuttle?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: heavy lifting capability

answers: NDQ_002128

answers: solar system

answers: NDQ_002129

answers: Saturn 5

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: unanswerable

answers: NDQ_002133

answers: Saturn 5

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: the Columbia Shuttle

answers: NDQ_002136

answers: Space weather

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: Mars

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: landing

answers: NDQ_002097

answers: one mission, one voyage, one landing

answers: NDQ_002099

answers: heavy lifting capability

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: landing

answers: NDQ_002108

answers: moon

answers: NDQ_002111

answers: rocket similar to the Saturn 5,

answers: NDQ_002113

answers: Constellation Program.

answers: NDQ_002114

answers: 2017

answers: NDQ_002115

answers: Saturn 5,

answers: NDQ_002116

answers: solar system.

answers: NDQ_002117

answers: Shuttle,

answers: NDQ_002118

answers: Constellation Program.

answers: NDQ_002119

answers: 2003

answers: NDQ_002120

answers: Constellation Program.

answers: NDQ_002121

answers: Saturn 5,

answers: NDQ_002122

answers: heavy lifting capability rocket similar to the Saturn 5,

answers: NDQ_002123

answers: Saturn 5,

answers: NDQ_002124

answers: 2017

answers: NDQ_002125

answers: Mars

answers: NDQ_002126

answers: landing

answers: NDQ_002127

answers: heavy lifting

answers: NDQ_002128

answers: Saturn 5,

answers: NDQ_002129

answers: Saturn 5,

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Saturn 5,

answers: NDQ_002132

answers: Saturn 5,

answers: NDQ_002133

answers: Saturn 5,

answers: NDQ_002134

answers: one mission, one voyage, one landing at a time.”

answers: NDQ_002135

answers: Saturn 5,

answers: NDQ_002136

answers: rocket

answers: NDQ_002137

answers: solar system.

answers: NDQ_002138

answers: Saturn 5,

answers: NDQ_002139

answers: Columbia Shuttle,

text: Cassutt is also an experienced writer of non-fiction, not only contributing articles to such magazines as Space Illustrated, Space World, Air & Space and books such as Magill's Survey of Science: Space Exploration Series, but as the author of the  biographical encyclopedia, Who's Who in Space. The book contains biographies and photos of seven hundred astronauts and cosmonauts from around the world, for which Cassutt conducted dozens of interviews over a period of ten years.

text: Cassutt is also an experienced writer of non-fiction, not only contributing articles to such magazines as Space Illustrated, Space World, Air & Space and books such as Magill's Survey of Science: Space Exploration Series, but as the author of the  biographical encyclopedia, Who's Who in Space. The book contains biographies and photos of seven hundred astronauts and cosmonauts from around the world, for which Cassutt conducted dozens of interviews over a period of ten years.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: United States and Russia

answers: NDQ_002103

answers: Space World

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: what is the first object mentioned?

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Space World

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: no

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: Which of the following is not a magazine: Space World, Air & Space or Space Exploration Series?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: air

answers: NDQ_002128

answers: spacecraft

answers: NDQ_002129

answers: Cassutt is also an experienced writer of non-fiction

answers: NDQ_002130

answers: Air & Space

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: unanswerable

answers: NDQ_002133

answers: Space World

answers: NDQ_002134

answers: Cassutt conducted dozens of interviews over what time period?

answers: NDQ_002135

answers: Space Exploration Series

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: GPS technology

answers: NDQ_002138

answers: Space World

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Space Exploration Series,

answers: NDQ_002097

answers: Space Exploration Series,

answers: NDQ_002099

answers: Space Exploration Series,

answers: NDQ_002100

answers: astronauts and cosmonauts

answers: NDQ_002103

answers: Space Exploration Series,

answers: NDQ_002108

answers: Space Exploration Series,

answers: NDQ_002111

answers: Space Exploration Series,

answers: NDQ_002113

answers: Space Exploration Series,

answers: NDQ_002114

answers: Who's Who in Space.

answers: NDQ_002115

answers: Space Exploration Series,

answers: NDQ_002116

answers: Space Exploration Series,

answers: NDQ_002117

answers: cosmonauts

answers: NDQ_002118

answers: Who's Who in Space.

answers: NDQ_002119

answers: ten

answers: NDQ_002120

answers: Magill's Survey of Science: Space Exploration Series,

answers: NDQ_002121

answers: Space Exploration Series,

answers: NDQ_002122

answers: Space Illustrated, Space World, Air & Space

answers: NDQ_002123

answers: Space Illustrated, Space World, Air & Space

answers: NDQ_002124

answers: seven hundred astronauts and cosmonauts

answers: NDQ_002125

answers: Space Exploration Series,

answers: NDQ_002126

answers: Space Exploration Series,

answers: NDQ_002127

answers: astronauts and cosmonauts

answers: NDQ_002128

answers: cosmonauts

answers: NDQ_002129

answers: Space Exploration Series,

answers: NDQ_002130

answers: Air & Space

answers: NDQ_002131

answers: cosmonauts

answers: NDQ_002132

answers: cosmonauts

answers: NDQ_002133

answers: Space Exploration Series,

answers: NDQ_002134

answers: seven hundred astronauts and cosmonauts

answers: NDQ_002135

answers: Space Exploration Series,

answers: NDQ_002136

answers: Science:

answers: NDQ_002137

answers: seven hundred astronauts and cosmonauts

answers: NDQ_002138

answers: Air & Space

answers: NDQ_002139

answers: Cassutt

text: "Rocket" is a six and a half-minute track, the longest one on Beyoncé. It runs in a slow tempo and explores elements of soul music, neo soul, funk and R&B balladry. It was noted to be one of the album's retro songs. Houston Chronicle Joey Guerra deemed the track an "old-school R&B stunner" filled with "all swooping verses and steamy choruses". Many critics found similarities to work by musician Prince. Nick Catucci of Entertainment Weekly described the track as a "funk excursion" similar to songs by Prince. Mike Divers from Clash magazine also felt that "Rocket" was reminiscent of Prince's "funky prime". Jon Pareles of The New York Times noted that the seductive track harks back to Prince's music with "harmonies blossom[ing] all around Beyoncé's cooing lead vocal". Julia Leconte of Now summarized the song's sound as a cross between music by D'Angelo during the late-90s and Usher during the early 2000s. Other critics noted "Rocket" to be a rehash and a homage of D'Angelo's work, particularly on his song "Untitled (How Does It Feel)". Claire Lobenfeld of Complex magazine found cues taken from "Untitled" in "Rocket" to the "point of pop-facsimile". Variety Andrew Barker deemed the seductive, "grinding" "Rocket" a 2013 makeover of that song. In a review for The Quietus, Mof Gimmers concluded that the song followed up where Ciara's "Body Party" (2013) and R. Kelly's Black Panties (2013) finished.

text: "Rocket" is a six and a half-minute track, the longest one on Beyoncé. It runs in a

text: slow tempo

text: and explores elements of

text: soul music

text: neo soul

text: funk

text: and

text: R&B

text: balladry. It was noted to be one of the album's

text: retro

text: songs.

text: Houston Chronicle

text: Joey Guerra

text: deemed the track an "old-school R&B stunner" filled with "all swooping verses and steamy choruses". Many critics found similarities to work by musician

text: Prince

text: . Nick Catucci of

text: Entertainment Weekly

text: described the track as a "funk excursion" similar to songs by Prince. Mike Divers from

text: Clash

text: magazine also felt that "Rocket" was reminiscent of Prince's "funky prime".

text: Jon Pareles

text: of

text: The New York Times

text: noted that the seductive track harks back to Prince's music with "harmonies blossom[ing] all around Beyoncé's cooing lead vocal". Julia Leconte of

text: Now

text: summarized the song's sound as a cross between music by D'Angelo during the late-90s and

text: Usher

text: during the early 2000s. Other critics noted "Rocket" to be a rehash and a homage of D'Angelo's work, particularly on his song "Untitled (How Does It Feel)". Claire Lobenfeld of

text: Complex

text: magazine found cues taken from "Untitled" in "Rocket" to the "point of pop-

text: facsimile

text: Variety

text: Andrew Barker deemed the seductive, "grinding" "Rocket" a 2013 makeover of that song. In a review for

text: The Quietus

text: , Mof Gimmers concluded that the song followed up where

text: Ciara

text: 's "

text: Body Party

text: " (2013) and

text: R. Kelly

text: 's

text: Black Panties

text: (2013) finished.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: Acceleration

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat satellites or Prince?

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: What is the name of Beyonce's album?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: swooping verses and steamy choruses

answers: NDQ_002127

answers: harmonies

answers: NDQ_002128

answers: Rocket

answers: NDQ_002129

answers: unanswerable

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Rocket

answers: NDQ_002132

answers: Rocket

answers: NDQ_002133

answers: 1990s

answers: NDQ_002134

answers: What is the name of the song on Beyonce's album?

answers: NDQ_002135

answers: Beyoncé

answers: NDQ_002136

answers: Rocket

answers: NDQ_002137

answers: GPS technology to measure

answers: NDQ_002138

answers: What is the name of the satellite in a low orbit?

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: "Rocket"

answers: NDQ_002097

answers: "Rocket"

answers: NDQ_002099

answers: swooping verses and steamy choruses".

answers: NDQ_002100

answers: "Rocket"

answers: NDQ_002103

answers: "Rocket"

answers: NDQ_002108

answers: "Rocket"

answers: NDQ_002111

answers: "Rocket"

answers: NDQ_002113

answers: "Rocket"

answers: NDQ_002114

answers: "Rocket"

answers: NDQ_002115

answers: "Rocket"

answers: NDQ_002116

answers: "Rocket"

answers: NDQ_002117

answers: "Rocket"

answers: NDQ_002118

answers: "Rocket"

answers: NDQ_002119

answers: 2000s.

answers: NDQ_002120

answers: "Rocket"

answers: NDQ_002121

answers: "Rocket"

answers: NDQ_002122

answers: "Rocket"

answers: NDQ_002123

answers: "Rocket"

answers: NDQ_002124

answers: "Rocket"

answers: NDQ_002125

answers: "Rocket"

answers: NDQ_002126

answers: "Rocket"

answers: NDQ_002127

answers: Prince.

answers: NDQ_002128

answers: "Rocket"

answers: NDQ_002129

answers: Prince.

answers: NDQ_002130

answers: "Rocket"

answers: NDQ_002131

answers: "Rocket"

answers: NDQ_002132

answers: "Rocket"

answers: NDQ_002133

answers: late-90s and Usher during the early 2000s.

answers: NDQ_002134

answers: "Rocket"

answers: NDQ_002135

answers: late-90s and Usher during the early 2000s.

answers: NDQ_002136

answers: Prince.

answers: NDQ_002137

answers: "Rocket"

answers: NDQ_002138

answers: "Rocket"

answers: NDQ_002139

answers: Prince.

text: A back-up feature, "Zoot Sputnik", appeared for several issues, drawn by Fred Hembeck and (ostensibly) written by Denton Fixx; it was supposed to be the book Fixx wrote for BC Comics.  It was a parody of the Golden Age narrative style where stories had no between-issue continuity — Zoot and his team were space adventurers in one issue and cowboys in the next. The team's dog received a shock of energy and gained the ability to remember their disparate adventures.  This was Denton's attempt to introduce continuity to the book, but it was met with disapproval by his editor.

text: A back-up feature, "Zoot Sputnik", appeared for several issues, drawn by

text: Fred Hembeck

text: and (ostensibly) written by Denton Fixx; it was supposed to be the book Fixx wrote for BC Comics.  It was a parody of the

text: Golden Age

text: narrative style where stories had no between-issue continuity — Zoot and his team were space adventurers in one issue and cowboys in the next. The team's dog received a shock of energy and gained the ability to remember their disparate adventures.  This was Denton's attempt to introduce continuity to the book, but it was met with disapproval by his editor.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: law of conservation of energy

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: Soviet Union

answers: NDQ_002103

answers: space

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: orbits a smaller object

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: Landsat satellites

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: How many issues did Zoot Sputnik appear?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: Golden Age narrative style

answers: NDQ_002127

answers: The team's dog

answers: NDQ_002128

answers: Sputnik

answers: NDQ_002129

answers: Sputnik

answers: NDQ_002130

answers: Sputnik

answers: NDQ_002131

answers: The team's dog received a shock

answers: NDQ_002132

answers: Sputnik

answers: NDQ_002133

answers: Golden Age

answers: NDQ_002134

answers: velocity is proportional to mass

answers: NDQ_002135

answers: Golden Age

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Zoot Sputnik

answers: NDQ_002139

answers: Denton Fixx

answers: NDQ_002095

answers: "Zoot Sputnik",

answers: NDQ_002097

answers: energy

answers: NDQ_002099

answers: space adventurers in one issue and cowboys in the next.

answers: NDQ_002100

answers: Sputnik",

answers: NDQ_002103

answers: "Zoot Sputnik",

answers: NDQ_002108

answers: Golden Age

answers: NDQ_002111

answers: "Zoot Sputnik",

answers: NDQ_002113

answers: "Zoot Sputnik",

answers: NDQ_002114

answers: "Zoot Sputnik",

answers: NDQ_002115

answers: "Zoot Sputnik",

answers: NDQ_002116

answers: back-up feature, "Zoot Sputnik",

answers: NDQ_002117

answers: "Zoot Sputnik",

answers: NDQ_002118

answers: "Zoot Sputnik",

answers: NDQ_002119

answers: "Zoot Sputnik",

answers: NDQ_002120

answers: "Zoot Sputnik",

answers: NDQ_002121

answers: space adventurers

answers: NDQ_002122

answers: "Zoot Sputnik",

answers: NDQ_002123

answers: space adventurers

answers: NDQ_002124

answers: "Zoot Sputnik",

answers: NDQ_002125

answers: "Zoot Sputnik",

answers: NDQ_002126

answers: Golden Age narrative style where stories had no between-issue continuity

answers: NDQ_002127

answers: dog received a shock of energy

answers: NDQ_002128

answers: "Zoot Sputnik",

answers: NDQ_002129

answers: "Zoot Sputnik",

answers: NDQ_002130

answers: Sputnik",

answers: NDQ_002131

answers: "Zoot Sputnik",

answers: NDQ_002132

answers: dog

answers: NDQ_002133

answers: Golden Age

answers: NDQ_002134

answers: dog received a shock of energy

answers: NDQ_002135

answers: "Zoot Sputnik",

answers: NDQ_002136

answers: shock of energy

answers: NDQ_002137

answers: dog

answers: NDQ_002138

answers: "Zoot Sputnik",

answers: NDQ_002139

answers: "Zoot Sputnik",

text: Brandenstein was pilot on STS-8, his first flight, which was launched from the Kennedy Space Center, Florida, on August 30, 1983. This was the third flight for the Orbiter Challenger and the first mission with a night launch and night landing. During the mission, crew members deployed the Indian National Satellite (INSAT-1B); operated the Canadian-built Remote Manipulator System (RMS) with the Payload Flight Test Article (PFTA); operated the Continuous Flow Electrophoresis System (CFES) with live cell samples; conducted medical measurements to understand biophysiological effects on space flight and activated various Earth resources and space science experiments along with four "Getaway Special" canisters. STS-8 completed 98 orbits of the Earth in 145 hours before landing at Edwards Air Force Base, California, on September 3, 1983.

text: Brandenstein was pilot on

text: , his first flight, which was launched from the

text: Kennedy Space Center

text: Florida

text: , on August 30, 1983. This was the third flight for the Orbiter

text: Challenger

text: and the first mission with a night launch and night landing. During the mission, crew members deployed the Indian National Satellite (

text: INSAT

text: -1B); operated the Canadian-built

text: Remote Manipulator System

text: (RMS) with the Payload Flight Test Article (PFTA); operated the Continuous Flow Electrophoresis System (CFES) with live cell samples; conducted medical measurements to understand biophysiological effects on space flight and activated various Earth resources and space science experiments along with four "

text: Getaway Special

text: " canisters. STS-8 completed 98 orbits of the Earth in 145 hours before landing at

text: Edwards Air Force Base

text: California

text: , on September 3, 1983.

answers: NDQ_002095

answers: orbit the Earth

answers: NDQ_002097

answers: Continuous Flow Electrophoresis

answers: NDQ_002099

answers: can launch and land

answers: NDQ_002100

answers: Canadian

answers: NDQ_002103

answers: Kennedy Space Center

answers: NDQ_002108

answers: Yes

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat or INSAT-1B?

answers: NDQ_002121

answers: Why can an object go into orbit

answers: NDQ_002122

answers: What is the last law of motion mentioned?

answers: NDQ_002123

answers: What type of satellites are placed in high orbits over Earth?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbits

answers: NDQ_002127

answers: Remote Manipulator System

answers: NDQ_002128

answers: STS-8

answers: NDQ_002129

answers: INSAT-1B

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: STS-8

answers: NDQ_002132

answers: Orbiter Challenger

answers: NDQ_002133

answers: 1983

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: STS-8

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Indian National Satellite

answers: NDQ_002138

answers: INSAT-1B

answers: NDQ_002139

answers: Brandenstein

answers: NDQ_002095

answers: 98 orbits of the Earth

answers: NDQ_002097

answers: biophysiological effects

answers: NDQ_002099

answers: night launch and night landing.

answers: NDQ_002100

answers: Canadian-built

answers: NDQ_002103

answers: Kennedy Space Center,

answers: NDQ_002108

answers: 1983.

answers: NDQ_002111

answers: biophysiological effects on space flight

answers: NDQ_002113

answers: 98 orbits of the Earth

answers: NDQ_002114

answers: 1983.

answers: NDQ_002115

answers: STS-8,

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: crew members deployed the Indian National Satellite

answers: NDQ_002118

answers: 98

answers: NDQ_002119

answers: 1983.

answers: NDQ_002120

answers: (INSAT-1B);

answers: NDQ_002121

answers: 98 orbits of the Earth

answers: NDQ_002122

answers: 98 orbits of the Earth in 145 hours

answers: NDQ_002123

answers: Continuous Flow Electrophoresis System

answers: NDQ_002124

answers: Brandenstein

answers: NDQ_002125

answers: Indian National Satellite

answers: NDQ_002126

answers: orbits

answers: NDQ_002127

answers: Remote Manipulator System

answers: NDQ_002128

answers: Satellite

answers: NDQ_002129

answers: Indian National Satellite

answers: NDQ_002130

answers: Kennedy Space Center,

answers: NDQ_002131

answers: Continuous Flow Electrophoresis System

answers: NDQ_002132

answers: Orbiter Challenger

answers: NDQ_002133

answers: Indian National Satellite

answers: NDQ_002134

answers: 98 orbits of the Earth in 145 hours

answers: NDQ_002135

answers: STS-8,

answers: NDQ_002136

answers: 98 orbits of the Earth

answers: NDQ_002137

answers: Indian National Satellite

answers: NDQ_002138

answers: (INSAT-1B);

answers: NDQ_002139

answers: Brandenstein

text: The Far Ultraviolet Spectroscopic Explorer (FUSE) is a space-based telescope operated by the Johns Hopkins University Applied Physics Laboratory. FUSE was launched on a Delta II rocket on 24 June 1999, as a part of NASA's Origins program.  FUSE detected light in the far ultraviolet portion of the electromagnetic spectrum, between 90.5-119.5 nanometres, which is mostly unobservable by other telescopes.  Its primary mission was to characterize universal deuterium in an effort to learn about the stellar processing times of deuterium left over from the Big Bang.FUSE resides in a low Earth orbit, approximately 760 km (410 nmi) in altitude, with an inclination of 25 degrees and just less than a 100-minute orbital period.  Its Explorer designation is Explorer 77.

text: The Far Ultraviolet Spectroscopic Explorer (FUSE) is a space-based

text: telescope

text: operated by the

text: Johns Hopkins University

text: Applied Physics Laboratory

text: . FUSE was launched on a

text: Delta II

text: rocket on 24 June 1999, as a part of

text: NASA

text: 's

text: Origins program

text: .  FUSE detected light in the far

text: ultraviolet

text: portion of the electromagnetic spectrum, between 90.5-119.5

text: nanometre

text: s, which is mostly unobservable by other telescopes.  Its primary mission was to characterize universal

text: deuterium

text: in an effort to learn about the stellar processing times of deuterium left over from the

text: Big Bang

text: .FUSE resides in a

text: low Earth orbit

text: , approximately 760 km (410

text: nmi

text: ) in altitude, with an inclination of 25 degrees and just less than a 100-minute orbital period.  Its

text: Explorer

text: designation is Explorer 77.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: inclination is 25 degrees

answers: NDQ_002099

answers: can be launched

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: on 24 June 1999

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: It is impossible to say

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: It does not say

answers: NDQ_002119

answers: Neil Armstrong walked

answers: NDQ_002120

answers: What does FUSE detect light in?

answers: NDQ_002121

answers: It is not possible to tell

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: Which is not true about FUSE?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbital period

answers: NDQ_002127

answers: Delta II

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: FUSE

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unobservable

answers: NDQ_002132

answers: space-based telescope

answers: NDQ_002133

answers: Big Bang

answers: NDQ_002134

answers: FUSE detected light in the far ultraviolet portion of the electromagnetic spectrum

answers: NDQ_002135

answers: Origins program

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: FUSE

answers: NDQ_002139

answers: Johns Hopkins University

answers: NDQ_002095

answers: low Earth orbit,

answers: NDQ_002097

answers: inclination of 25 degrees

answers: NDQ_002099

answers: Delta II rocket

answers: NDQ_002100

answers: NASA's

answers: NDQ_002103

answers: Delta II rocket on 24 June 1999,

answers: NDQ_002108

answers: Big Bang.FUSE

answers: NDQ_002111

answers: Big Bang.FUSE

answers: NDQ_002113

answers: Delta II rocket on 24 June 1999,

answers: NDQ_002114

answers: FUSE was launched on a Delta II rocket on 24 June 1999,

answers: NDQ_002115

answers: Delta II rocket

answers: NDQ_002116

answers: Earth orbit,

answers: NDQ_002117

answers: Delta II rocket

answers: NDQ_002118

answers: telescope

answers: NDQ_002119

answers: 1999,

answers: NDQ_002120

answers: The Far Ultraviolet Spectroscopic Explorer

answers: NDQ_002121

answers: low Earth orbit,

answers: NDQ_002122

answers: inclination of 25 degrees

answers: NDQ_002123

answers: low Earth orbit,

answers: NDQ_002124

answers: 1999,

answers: NDQ_002125

answers: Delta II rocket on 24 June 1999,

answers: NDQ_002126

answers: orbital period.

answers: NDQ_002127

answers: inclination

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: 760 km

answers: NDQ_002130

answers: NASA's

answers: NDQ_002131

answers: The Far Ultraviolet Spectroscopic Explorer

answers: NDQ_002132

answers: space-based telescope

answers: NDQ_002133

answers: Big Bang.FUSE

answers: NDQ_002134

answers: 25 degrees

answers: NDQ_002135

answers: NASA's Origins program.

answers: NDQ_002136

answers: Big Bang.FUSE

answers: NDQ_002137

answers: FUSE detected light in the far ultraviolet portion of the electromagnetic spectrum,

answers: NDQ_002138

answers: Bang.FUSE

answers: NDQ_002139

answers: Delta II rocket on 24 June 1999,

text: #16130 Moon McDare Action Space Man<br>He's the all-American astronaut, nearly a foot tall and fully jointed for every natural body motion. McDare comes in jump suit and boots, and you can get everything he needs for space walking and moon exploring: complete, authentic space suit and helmet, oxygen tanks, communications set and many other accessories that really work! His faithful dog, The Space Mutt, comes with his own space suit and equipment. ©1966 The A.C. Gilbert Company

text: #16130 Moon McDare Action Space Man<br>He's the all-American astronaut, nearly a foot tall and fully jointed for every natural body motion. McDare comes in jump suit and boots, and you can get everything he needs for space walking and moon exploring: complete, authentic space suit and helmet, oxygen tanks, communications set and many other accessories that really work! His faithful dog, The Space Mutt, comes with his own space suit and equipment. ©1966 The A.C. Gilbert Company

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: every natural body motion

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: American

answers: NDQ_002103

answers: by an astronaut

answers: NDQ_002108

answers: It's impossible to say

answers: NDQ_002111

answers: The Space Mutt

answers: NDQ_002113

answers: The invention of gunpowder

answers: NDQ_002114

answers: The Space Mutt

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: None of the above choices.

answers: NDQ_002118

answers: How many satellites are in orbit around Earth

answers: NDQ_002119

answers: the moon

answers: NDQ_002120

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

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: Newtons Third Law of Motion describes how a rocket will travel in space.

answers: NDQ_002123

answers: Which of the following is not a type of imaging satellite?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: space walking

answers: NDQ_002127

answers: oxygen tanks

answers: NDQ_002128

answers: the moon

answers: NDQ_002129

answers: The Space Mutt

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: a

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: Newton's third law of motion states that Newton's third law of motion states that Newton's third law of motion states

answers: NDQ_002135

answers: the 1960s

answers: NDQ_002136

answers: gravitational pull

answers: NDQ_002137

answers: satellites to locate the Earth

answers: NDQ_002138

answers: orbits the Earth

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: moon

answers: NDQ_002097

answers: natural body motion.

answers: NDQ_002099

answers: fully jointed for every natural body motion.

answers: NDQ_002100

answers: all-American

answers: NDQ_002103

answers: Moon McDare Action Space Man

answers: NDQ_002108

answers: 1966

answers: NDQ_002111

answers: Moon McDare Action Space Man

answers: NDQ_002113

answers: Moon McDare Action Space Man

answers: NDQ_002114

answers: Moon McDare Action Space Man

answers: NDQ_002115

answers: Moon McDare Action Space Man

answers: NDQ_002116

answers: Moon McDare Action Space Man

answers: NDQ_002117

answers: Moon McDare Action Space Man

answers: NDQ_002118

answers: Moon McDare Action Space Man

answers: NDQ_002119

answers: 1966

answers: NDQ_002120

answers: Moon McDare Action Space Man

answers: NDQ_002121

answers: Moon McDare Action Space Man

answers: NDQ_002122

answers: Moon McDare Action Space Man

answers: NDQ_002123

answers: Moon McDare Action Space Man

answers: NDQ_002124

answers: Moon McDare Action Space Man

answers: NDQ_002125

answers: Moon McDare Action Space Man

answers: NDQ_002126

answers: space walking

answers: NDQ_002127

answers: oxygen tanks,

answers: NDQ_002128

answers: astronaut,

answers: NDQ_002129

answers: Moon McDare Action Space Man

answers: NDQ_002130

answers: The A.C. Gilbert Company

answers: NDQ_002131

answers: Moon McDare Action Space Man

answers: NDQ_002132

answers: Moon McDare Action Space Man

answers: NDQ_002133

answers: 1966

answers: NDQ_002134

answers: natural body motion.

answers: NDQ_002135

answers: 1966 The A.C. Gilbert Company

answers: NDQ_002136

answers: oxygen tanks,

answers: NDQ_002137

answers: oxygen tanks,

answers: NDQ_002138

answers: Moon McDare Action Space Man

answers: NDQ_002139

answers: Moon McDare

text: Three one-third scale student-built replicas of Sputnik 1 were deployed from the Mir space station between 1997 and 1999.  The first, named Sputnik 40 to commemorate the fortieth anniversary of the launch of Sputnik 1, was deployed in November 1997. Sputnik 41 was launched a year later, and Sputnik 99 was deployed in February 1999. A fourth replica was launched but never deployed, and was destroyed when Mir was deorbited.

text: Three one-third scale student-built replicas of Sputnik 1 were deployed from the

text: Mir space station

text: between 1997 and 1999.  The first, named

text: Sputnik 40

text: to commemorate the fortieth anniversary of the launch of Sputnik 1, was deployed in November 1997.

text: Sputnik 41

text: was launched a year later, and Sputnik 99 was deployed in February 1999. A fourth replica was launched but never deployed, and was destroyed when Mir was

text: deorbited

answers: NDQ_002095

answers: space station

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: Russia

answers: NDQ_002103

answers: before it can deploy

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

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

answers: NDQ_002121

answers: It is not possible to tell.

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: Which happened first, Sputnik 41 was launched a year later, or Mir was deorbited?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: NDQ_002128

answers: Mir

answers: NDQ_002129

answers: Sputnik 1

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: NDQ_002132

answers: Mir space station

answers: NDQ_002133

answers: 20th century

answers: NDQ_002134

answers: Sputnik 99 was destroyed when Mir was deorbited

answers: NDQ_002135

answers: Sputnik 1

answers: NDQ_002136

answers: space station

answers: NDQ_002137

answers: data from satellites

answers: NDQ_002138

answers: Sputnik 99

answers: NDQ_002139

answers: Sputnik 1

answers: NDQ_002095

answers: Mir space station

answers: NDQ_002097

answers: launch of Sputnik 1,

answers: NDQ_002099

answers: launch of Sputnik 1,

answers: NDQ_002100

answers: Sputnik 1 were deployed from the Mir space station between 1997 and 1999.

answers: NDQ_002103

answers: launched but never deployed,

answers: NDQ_002108

answers: Sputnik 1

answers: NDQ_002111

answers: student-built replicas of Sputnik 1

answers: NDQ_002113

answers: Three one-third scale student-built replicas of Sputnik 1

answers: NDQ_002114

answers: Three one-third scale student-built replicas of Sputnik 1

answers: NDQ_002115

answers: Sputnik 1

answers: NDQ_002116

answers: Mir space station

answers: NDQ_002117

answers: Mir space station

answers: NDQ_002118

answers: Three one-third scale student-built replicas of Sputnik 1

answers: NDQ_002119

answers: 1999.

answers: NDQ_002120

answers: Sputnik 40

answers: NDQ_002121

answers: Mir space station

answers: NDQ_002122

answers: Three one-third scale student-built replicas of Sputnik 1

answers: NDQ_002123

answers: Mir space station

answers: NDQ_002124

answers: Sputnik 40

answers: NDQ_002125

answers: Three one-third scale student-built replicas of Sputnik 1

answers: NDQ_002126

answers: launch of Sputnik 1,

answers: NDQ_002127

answers: Mir space station

answers: NDQ_002128

answers: Mir space station

answers: NDQ_002129

answers: Sputnik 1,

answers: NDQ_002130

answers: Three one-third scale student-built replicas of Sputnik 1

answers: NDQ_002131

answers: Mir space station

answers: NDQ_002132

answers: student-built replicas of Sputnik 1

answers: NDQ_002133

answers: Sputnik 1

answers: NDQ_002134

answers: Three one-third scale student-built replicas of Sputnik 1

answers: NDQ_002135

answers: Sputnik 1,

answers: NDQ_002136

answers: Mir space station

answers: NDQ_002137

answers: one-third scale student-built replicas of Sputnik 1

answers: NDQ_002138

answers: Mir space station

answers: NDQ_002139

answers: Sputnik 1,

text: Selected by NASA as an astronaut candidate in June 1985, Cabana completed initial astronaut training in July 1986, qualifying for assignment as a pilot on future Space Shuttle flight crews. His initial assignment was as the Astronaut Office Space Shuttle flight software coordinator until November 1986. At that time he was assigned as the Deputy Chief of Aircraft Operations for the Johnson Space Center where he served for 2-1/2 years. He then served as the lead astronaut in the Shuttle Avionics Integration Laboratory (SAIL) where the Orbiter's flight software is tested prior to flight. Cabana has served as a spacecraft communicator (CAPCOM) in Mission Control during Space Shuttle missions, and as Chief of Astronaut Appearances. Prior to his assignment to command STS-88, Cabana served three years as NASA’s Chief of the Astronaut Office. Following STS-88, Cabana served as the Deputy Director of Flight Crew Operations. After joining the ISS Program in October 1999, Cabana served as Manager for International Operations. From August 2001 to September 2002, he served as Director, Human Space Flight Programs, Russia. As NASA's lead representative to the Russian Aviation and Space Agency (Rosaviakosmos) and its contractors, he provided oversight of all human space flight operations, logistics, and technical functions, including NASA's mission operations in Korolev and crew training at the Gagarin Cosmonaut Training Center in Star City, Russia. Upon his return to Houston, Cabana was assigned briefly as the Deputy Manager, International Space Station (ISS) Program. From November 2000 to March 2004 he served as Director, Flight Crew Operations Directorate, responsible for directing the day-to-day activities of the directorate, including the NASA Astronaut Corps and aircraft operations at Ellington Field. From October 2007 through October 2008 Cabana served as Director, John C. Stennis Space Center.  In October 2008 he was reassigned as Director of the John F. Kennedy Space Center.

text: Selected by NASA as an astronaut candidate in June 1985, Cabana completed initial astronaut training in July 1986, qualifying for assignment as a pilot on future

text: Space Shuttle

text: flight crews. His initial assignment was as the Astronaut Office Space Shuttle flight software coordinator until November 1986. At that time he was assigned as the Deputy Chief of Aircraft Operations for the

text: Johnson Space Center

text: where he served for 2-1/2 years. He then served as the lead astronaut in the

text: Shuttle Avionics Integration Laboratory

text: (SAIL) where the

text: Orbiter

text: 's flight software is tested prior to flight. Cabana has served as a spacecraft communicator (

text: CAPCOM

text: ) in Mission Control during Space Shuttle missions, and as Chief of Astronaut Appearances. Prior to his assignment to command

text: , Cabana served three years as NASA’s

text: Chief of the Astronaut Office

text: . Following STS-88, Cabana served as the Deputy Director of Flight Crew Operations. After joining the

text: ISS

text: Program in October 1999, Cabana served as Manager for International Operations. From August 2001 to September 2002, he served as Director, Human Space Flight Programs, Russia. As NASA's lead representative to the

text: Russian Aviation and Space Agency

text: (Rosaviakosmos) and its contractors, he provided oversight of all human space flight operations, logistics, and technical functions, including NASA's mission operations in

text: Korolev

text: and crew training at the

text: Gagarin Cosmonaut Training Center

text: in

text: Star City, Russia

text: . Upon his return to

text: Houston

text: , Cabana was assigned briefly as the Deputy Manager, International Space Station (ISS) Program. From November 2000 to March 2004 he served as Director, Flight Crew Operations Directorate, responsible for directing the day-to-day activities of the directorate, including the

text: NASA Astronaut Corps

text: and aircraft operations at

text: Ellington Field

text: . From October 2007 through October 2008 Cabana served as Director,

text: John C. Stennis Space Center

text: .  In October 2008 he was reassigned as Director of the

text: John F. Kennedy Space Center

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: Russia

answers: NDQ_002103

answers: How many years after being selected by NASA as an astronaut candidate in June 1985

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: How many years after NASA selected Cabana as an astronaut candidate was he reassigned as Director of the John F. Kennedy Space Center

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: Which happened first, Cabana completed initial astronaut training or he was reassigned as Director of the John F. Kennedy Space Center?

answers: NDQ_002118

answers: How many years after joining the ISS Program did Cabana serve as Manager for International Operations?

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat or International Space Station?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: Which happened first, Cabana completed initial astronaut training or he was reassigned as Director of the John F. Kennedy Space Center?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Aircraft Operations

answers: NDQ_002128

answers: ISS

answers: NDQ_002129

answers: International Space Station

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: STS-88

answers: NDQ_002132

answers: Orbiter

answers: NDQ_002133

answers: Space Shuttle

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: STS-88

answers: NDQ_002136

answers: Space Shuttle flight software

answers: NDQ_002137

answers: GPS coordinates to determine

answers: NDQ_002138

answers: What is the International Space Station (ISS) Program?

answers: NDQ_002139

answers: Cabana

answers: NDQ_002095

answers: NASA's lead representative to the Russian Aviation and Space Agency

answers: NDQ_002097

answers: Human Space Flight Programs, Russia.

answers: NDQ_002099

answers: Star City,

answers: NDQ_002100

answers: Russia.

answers: NDQ_002103

answers: flight.

answers: NDQ_002108

answers: human space flight operations,

answers: NDQ_002111

answers: NASA's lead representative to the Russian Aviation and Space Agency

answers: NDQ_002113

answers: Cabana

answers: NDQ_002114

answers: Russia.

answers: NDQ_002115

answers: Cabana

answers: NDQ_002116

answers: Deputy Manager, International Space Station

answers: NDQ_002117

answers: Star City,

answers: NDQ_002118

answers: ISS Program

answers: NDQ_002119

answers: 1985,

answers: NDQ_002120

answers: Cabana

answers: NDQ_002121

answers: Cabana

answers: NDQ_002122

answers: Cabana

answers: NDQ_002123

answers: Deputy Manager, International Space Station

answers: NDQ_002124

answers: Cabana

answers: NDQ_002125

answers: Cabana was assigned briefly as the Deputy Manager, International Space Station

answers: NDQ_002126

answers: Orbiter's

answers: NDQ_002127

answers: Star City,

answers: NDQ_002128

answers: International Space Station

answers: NDQ_002129

answers: International Space Station

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Cabana

answers: NDQ_002132

answers: Orbiter's

answers: NDQ_002133

answers: Russian Aviation and Space Agency

answers: NDQ_002134

answers: Cabana

answers: NDQ_002135

answers: STS-88,

answers: NDQ_002136

answers: Star City,

answers: NDQ_002137

answers: Cabana

answers: NDQ_002138

answers: Star City,

answers: NDQ_002139

answers: Cabana

text: Space travel forms an important aspect of gameplay.  When traveling within a single solar system, the ship and its surroundings are viewed from a third-person perspective on an "In System Travel Screen."  Navigation takes place in real-time as the player maneuvers the ship between explorable worlds, visits a gas giant to refuel, or engages in combat with other spaceships.  Some solar systems contain more than one explorable planet, but most such planets in the game may be reached only after the player's spaceship has been outfitted with a "jump drive" capable of interstellar travel and accompanying computer software to control it.

text: Space travel forms an important aspect of gameplay.  When traveling within a single solar system, the ship and its surroundings are viewed from a third-person perspective on an "In System Travel Screen."  Navigation takes place in real-time as the player maneuvers the ship between explorable worlds, visits a

text: gas giant

text: to refuel, or engages in combat with other spaceships.  Some solar systems contain more than one explorable planet, but most such planets in the game may be reached only after the player's spaceship has been outfitted with a "jump drive" capable of interstellar travel and accompanying computer software to control it.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can refuel

answers: NDQ_002100

answers: United States and Russia

answers: NDQ_002103

answers: In System Travel Screen

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: unknown

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: In System Travel Screen

answers: NDQ_002119

answers: space

answers: NDQ_002120

answers: What do Landsat satellites make detailed images of?

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: What law helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: What are placed in high orbits over Earth?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: maneuvers the ship

answers: NDQ_002127

answers: acceleration

answers: NDQ_002128

answers: planet

answers: NDQ_002129

answers: In System Travel Screen

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: In System Travel Screen

answers: NDQ_002132

answers: "jump drive

answers: NDQ_002133

answers: space travel

answers: NDQ_002134

answers: space travel forms an important aspect of gameplay

answers: NDQ_002135

answers: In System Travel Screen

answers: NDQ_002136

answers: gravitational pull

answers: NDQ_002137

answers: In System Travel Screen

answers: NDQ_002138

answers: can be refueled

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: interstellar travel

answers: NDQ_002097

answers: "In System Travel Screen." Navigation takes place in real-time

answers: NDQ_002099

answers: "jump drive" capable of interstellar travel

answers: NDQ_002100

answers: single solar system,

answers: NDQ_002103

answers: "In System Travel Screen."

answers: NDQ_002108

answers: a single solar system,

answers: NDQ_002111

answers: "In System Travel Screen."

answers: NDQ_002113

answers: "jump drive"

answers: NDQ_002114

answers: "In System Travel Screen."

answers: NDQ_002115

answers: "jump drive"

answers: NDQ_002116

answers: solar system,

answers: NDQ_002117

answers: "jump drive"

answers: NDQ_002118

answers: When traveling within a single solar system,

answers: NDQ_002119

answers: When traveling within a single solar system,

answers: NDQ_002120

answers: "In System Travel Screen."

answers: NDQ_002121

answers: "jump drive"

answers: NDQ_002122

answers: "jump drive"

answers: NDQ_002123

answers: "In System Travel Screen."

answers: NDQ_002124

answers: "In System Travel Screen."

answers: NDQ_002125

answers: "jump drive"

answers: NDQ_002126

answers: Navigation

answers: NDQ_002127

answers: "jump drive"

answers: NDQ_002128

answers: planet,

answers: NDQ_002129

answers: "jump drive"

answers: NDQ_002130

answers: Space travel

answers: NDQ_002131

answers: "jump drive"

answers: NDQ_002132

answers: "jump drive"

answers: NDQ_002133

answers: single solar system,

answers: NDQ_002134

answers: "jump drive"

answers: NDQ_002135

answers: "jump drive"

answers: NDQ_002136

answers: "jump drive"

answers: NDQ_002137

answers: real-time

answers: NDQ_002138

answers: "jump drive"

answers: NDQ_002139

answers: "In System Travel Screen."

text: India, Japan, China, the United States, and the European Space Agency each sent lunar orbiters, especially ISRO's Chandrayaan-1 has contributed to confirming the discovery of lunar water ice in permanently shadowed craters at the poles and bound into the lunar regolith. The post-Apollo era has also seen two rover missions: the final Soviet Lunokhod mission in 1973, and China's ongoing Chang'e 3 mission, which deployed its Yutu rover on 14 December 2013. The Moon remains, under the Outer Space Treaty, free to all nations to explore for peaceful purposes.

text: India, Japan, China, the United States, and the

text: European Space Agency

text: each sent lunar orbiters, especially

text: ISRO

text: 's

text: has contributed to confirming the discovery of

text: lunar water ice

text: in permanently shadowed craters at the poles and bound into the lunar

text: regolith

text: . The post-Apollo era has also seen two

text: rover

text: missions: the final Soviet

text: Lunokhod

text: mission in 1973, and China's ongoing

text: Chang'e 3

text: mission, which deployed its

text: Yutu rover

text: on 14 December 2013. The Moon remains, under the

text: Outer Space Treaty

text: , free to all nations to explore for peaceful purposes.

answers: NDQ_002095

answers: orbit the Moon

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: India, Japan

answers: NDQ_002103

answers: spacecraft

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: How many rover missions were there?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: orbiters

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: Apollo

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: Which is not a country: India, Japan, China, the United States, and the European Space Agency

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: the Moon

answers: NDQ_002129

answers: The post-Apollo era has also seen two rover missions:

answers: NDQ_002130

answers: the European Space Agency

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: orbiters

answers: NDQ_002133

answers: Soviet era

answers: NDQ_002134

answers: The Moon remains free to all nations to explore for peaceful purposes

answers: NDQ_002135

answers: The post-Apollo era

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: Chandrayaan-1

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: lunar orbiters,

answers: NDQ_002097

answers: lunar water ice

answers: NDQ_002099

answers: lunar orbiters,

answers: NDQ_002100

answers: India, Japan, China, the United States,

answers: NDQ_002103

answers: lunar orbiters,

answers: NDQ_002108

answers: post-Apollo

answers: NDQ_002111

answers: lunar orbiters,

answers: NDQ_002113

answers: lunar orbiters,

answers: NDQ_002114

answers: the United States,

answers: NDQ_002115

answers: lunar orbiters,

answers: NDQ_002116

answers: lunar orbiters,

answers: NDQ_002117

answers: lunar orbiters,

answers: NDQ_002118

answers: lunar orbiters,

answers: NDQ_002119

answers: 1973,

answers: NDQ_002120

answers: lunar orbiters,

answers: NDQ_002121

answers: lunar orbiters,

answers: NDQ_002122

answers: lunar orbiters,

answers: NDQ_002123

answers: lunar orbiters,

answers: NDQ_002124

answers: post-Apollo

answers: NDQ_002125

answers: lunar orbiters,

answers: NDQ_002126

answers: orbiters,

answers: NDQ_002127

answers: lunar orbiters,

answers: NDQ_002128

answers: lunar orbiters,

answers: NDQ_002129

answers: Chandrayaan-1

answers: NDQ_002130

answers: European Space Agency

answers: NDQ_002131

answers: lunar orbiters,

answers: NDQ_002132

answers: lunar orbiters,

answers: NDQ_002133

answers: Soviet Lunokhod mission in 1973,

answers: NDQ_002134

answers: lunar water ice

answers: NDQ_002135

answers: post-Apollo

answers: NDQ_002136

answers: Outer Space Treaty,

answers: NDQ_002137

answers: lunar regolith.

answers: NDQ_002138

answers: lunar orbiters,

answers: NDQ_002139

answers: post-Apollo

text: The Japanese space development was started by Tokyo University professor Hideo Itokawa. Many aeronautical engineers lost their jobs after World War II as the development of aircraft was banned under the US Occupation of Japan. The signing of the San Francisco Peace Treaty in 1951 allowed the development of aviation technology again under the sovereignty of Japan. The seven-year stagnation of Japan's aerospace industry had seriously harmed the Japanese's technical ability . Itokawa established an aviation research group at the Institute of Industrial Science of the University of Tokyo, which succeeded in a horizontal launch of the Pencil Rocket on 12 April 1955 in Kokubunji, Tokyo. The dimensions of the rocket were  in length by  in diameter. This was the first rocket experiment in Japan. This rocket was initially associated with the development of rocket aircraft and not with space exploration. However, with Japan's participation in the International Geophysical Year, the focus of the rocket project shifted towards space engineering.

text: The Japanese space development was started by

text: Tokyo University

text: professor

text: Hideo Itokawa

text: . Many aeronautical engineers lost their jobs after

text: World War II

text: as the development of aircraft was banned under the US

text: Occupation of Japan

text: . The signing of the

text: San Francisco Peace Treaty

text: in 1951 allowed the development of aviation technology again under the sovereignty of Japan. The seven-year stagnation of Japan's aerospace industry had seriously harmed the Japanese's technical ability . Itokawa established an aviation research group at the Institute of Industrial Science of the University of Tokyo, which succeeded in a horizontal launch of the

text: Pencil Rocket

text: on 12 April 1955 in

text: Kokubunji, Tokyo

text: . The dimensions of the rocket were  in length by  in diameter. This was the first rocket experiment in Japan. This rocket was initially associated with the development of rocket aircraft and not with space exploration. However, with Japan's participation in the

text: International Geophysical Year

text: , the focus of the rocket project shifted towards space engineering.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: horizontal launch

answers: NDQ_002099

answers: horizontally launch

answers: NDQ_002100

answers: Japan

answers: NDQ_002103

answers: horizontally

answers: NDQ_002108

answers: No

answers: NDQ_002111

answers: How many years after the Pencil Rocket was launched did the focus shift towards space engineering?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: in space

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat or Pencil Rocket?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: Which of the following is not a law: Newton's Third Law of Motion?

answers: NDQ_002123

answers: Which happened first, the signing of the San Francisco Peace Treaty or the focus of the rocket project shifted towards space engineering?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: horizontal

answers: NDQ_002127

answers: horizontal launch

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: Pencil Rocket

answers: NDQ_002130

answers: International Geophysical Year

answers: NDQ_002131

answers: The dimensions of the rocket were in length by in diameter

answers: NDQ_002132

answers: Pencil Rocket

answers: NDQ_002133

answers: 1955

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: the International Geophysical Year

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: Pencil Rocket

answers: NDQ_002139

answers: Hideo Itokawa

answers: NDQ_002095

answers: space exploration.

answers: NDQ_002097

answers: horizontal launch of the Pencil Rocket

answers: NDQ_002099

answers: horizontal launch

answers: NDQ_002100

answers: US

answers: NDQ_002103

answers: horizontal launch

answers: NDQ_002108

answers: 1955

answers: NDQ_002111

answers: rocket aircraft and not with space exploration.

answers: NDQ_002113

answers: Pencil Rocket

answers: NDQ_002114

answers: US Occupation of Japan.

answers: NDQ_002115

answers: Pencil Rocket

answers: NDQ_002116

answers: Pencil Rocket

answers: NDQ_002117

answers: Pencil Rocket

answers: NDQ_002118

answers: Pencil Rocket

answers: NDQ_002119

answers: 1955

answers: NDQ_002120

answers: Pencil Rocket

answers: NDQ_002121

answers: Pencil Rocket

answers: NDQ_002122

answers: horizontal launch of the Pencil Rocket

answers: NDQ_002123

answers: Pencil Rocket

answers: NDQ_002124

answers: Pencil Rocket

answers: NDQ_002125

answers: Pencil Rocket

answers: NDQ_002126

answers: horizontal

answers: NDQ_002127

answers: horizontal launch

answers: NDQ_002128

answers: Pencil Rocket

answers: NDQ_002129

answers: Pencil Rocket

answers: NDQ_002130

answers: US Occupation of Japan.

answers: NDQ_002131

answers: Pencil Rocket

answers: NDQ_002132

answers: Pencil Rocket

answers: NDQ_002133

answers: 12 April 1955

answers: NDQ_002134

answers: horizontal launch of the Pencil Rocket

answers: NDQ_002135

answers: International Geophysical Year,

answers: NDQ_002136

answers: San Francisco Peace Treaty

answers: NDQ_002137

answers: Geophysical Year,

answers: NDQ_002138

answers: Pencil Rocket

answers: NDQ_002139

answers: Pencil Rocket

text: The Active Cavity Radiometer Irradiance Monitor Satellite, or ACRIMSAT is a dedicated satellite and instrument that was one of the 21 primary observational components of NASA's Earth Observing System program. ACRIMSAT was launched on 20 December 1999 from Vandenberg Air Force Base as the secondary payload on a Taurus rocket along with KOMPSAT. It was placed into a high inclination, 700 km. sun-synchronous orbit from which the ACRIM3 instrument monitored total solar irradiance (TSI). Contact with the satellite was lost on 14 December 2013.

text: The Active Cavity Radiometer Irradiance Monitor Satellite, or ACRIMSAT is a dedicated satellite and instrument that was one of the 21 primary observational components of

text: NASA

text: 's

text: Earth Observing System

text: program. ACRIMSAT was launched on 20 December 1999 from

text: Vandenberg Air Force Base

text: as the secondary payload on a

text: Taurus rocket

text: along with

text: KOMPSAT

text: . It was placed into a high inclination, 700 km.

text: sun-synchronous orbit

text: from which the ACRIM3 instrument monitored total solar irradiance (TSI). Contact with the satellite was lost on 14 December 2013.

answers: NDQ_002095

answers: orbit Mars

answers: NDQ_002097

answers: a high inclination

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: from Vandenberg Air Force Base

answers: NDQ_002108

answers: It's impossible to say

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: The Active Cavity Radiometer Irradiance Monitor Satellite

answers: NDQ_002114

answers: The United States

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: None of the above choices.

answers: NDQ_002118

answers: None of the above choices are true

answers: NDQ_002119

answers: 20 December 1999

answers: NDQ_002120

answers: What are the satellites used for?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: What type of satellite is ACRIMSAT?

answers: NDQ_002124

answers: who was the first astronaut to walk on the moon

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Air Force

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: ACRIMSAT

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: ACRIMSAT

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 20th century

answers: NDQ_002134

answers: Newton's third law of motion states that the force of gravity acting on an object is proportional to the mass of the object.

answers: NDQ_002135

answers: ACRIMSAT

answers: NDQ_002136

answers: sun-synchronous orbit

answers: NDQ_002137

answers: ACRIMSAT

answers: NDQ_002138

answers: ACRIMSAT

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: sun-synchronous orbit

answers: NDQ_002097

answers: high inclination,

answers: NDQ_002099

answers: secondary payload

answers: NDQ_002100

answers: NASA's

answers: NDQ_002103

answers: Vandenberg Air Force Base

answers: NDQ_002108

answers: 20 December 1999

answers: NDQ_002111

answers: Contact with the satellite was lost on 14 December 2013.

answers: NDQ_002113

answers: 20 December 1999

answers: NDQ_002114

answers: ACRIMSAT was launched on 20 December 1999

answers: NDQ_002115

answers: Taurus rocket

answers: NDQ_002116

answers: sun-synchronous orbit

answers: NDQ_002117

answers: rocket

answers: NDQ_002118

answers: 21

answers: NDQ_002119

answers: 1999

answers: NDQ_002120

answers: Earth Observing System

answers: NDQ_002121

answers: sun-synchronous orbit

answers: NDQ_002122

answers: high inclination, 700 km. sun-synchronous orbit

answers: NDQ_002123

answers: high inclination, 700 km. sun-synchronous orbit

answers: NDQ_002124

answers: 1999

answers: NDQ_002125

answers: The Active Cavity Radiometer Irradiance Monitor Satellite,

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Air Force Base

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: 700 km.

answers: NDQ_002130

answers: NASA's

answers: NDQ_002131

answers: Contact with the satellite was lost on 14 December 2013.

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: Air Force Base

answers: NDQ_002134

answers: high inclination, 700 km. sun-synchronous orbit

answers: NDQ_002135

answers: Taurus

answers: NDQ_002136

answers: sun-synchronous orbit

answers: NDQ_002137

answers: Active Cavity Radiometer Irradiance Monitor Satellite,

answers: NDQ_002138

answers: high inclination,

answers: NDQ_002139

answers: Vandenberg Air Force Base

text: In the early 1950s, the American Rocket Society set up an ad hoc Committee on Space Flight, of which Milton W. Rosen, NRL project manager for the Viking rocket, became chair.  Encouraged by conversations between Richard W. Porter of General Electric and Alan T. Waterman, Director of the National Science Foundation (NSF), Rosen on November 27, 1954 completed a report describing the potential value of launching an earth satellite.  The report was submitted to the NSF early in 1955.  As part of planning for the International Geophysical Year (IGY) (1957–1958), the U.S. publicly undertook to place an artificial satellite with a scientific experiment into orbit around the Earth.

text: In the early 1950s, the

text: American Rocket Society

text: set up an ad hoc Committee on Space Flight, of which

text: Milton W. Rosen

text: , NRL project manager for the

text: Viking rocket

text: , became chair.  Encouraged by conversations between Richard W. Porter of

text: General Electric

text: and

text: Alan T. Waterman

text: , Director of the

text: National Science Foundation

text: (NSF), Rosen on November 27, 1954 completed a report describing the potential value of launching an earth satellite.  The report was submitted to the NSF early in 1955.  As part of planning for the

text: International Geophysical Year

text: (IGY) (1957–1958), the U.S. publicly undertook to place an artificial satellite with a scientific experiment into orbit around the Earth.

answers: NDQ_002095

answers: orbit

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: launch into space

answers: NDQ_002100

answers: U.S

answers: NDQ_002103

answers: Space Flight

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: No

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: It's impossible to say

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: What is the purpose of the Landsat satellite?

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: What type of satellites are placed in high orbits over Earth?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: General Electric

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: the largest artificial satellite

answers: NDQ_002130

answers: National Science Foundation

answers: NDQ_002131

answers: NDQ_002132

answers: artificial satellite

answers: NDQ_002133

answers: 1950s

answers: NDQ_002134

answers: Newtons third law of motion states that

answers: NDQ_002135

answers: the International Geophysical Year

answers: NDQ_002136

answers: Earth

answers: NDQ_002137

answers: Earth satellites

answers: NDQ_002138

answers: What was placed into orbit around the Earth?

answers: NDQ_002139

answers: Alan T. Waterman

answers: NDQ_002095

answers: orbit around the Earth.

answers: NDQ_002097

answers: orbit around the Earth.

answers: NDQ_002099

answers: launching

answers: NDQ_002100

answers: U.S.

answers: NDQ_002103

answers: launching an earth satellite.

answers: NDQ_002108

answers: 1950s,

answers: NDQ_002111

answers: Space Flight,

answers: NDQ_002113

answers: Space Flight,

answers: NDQ_002114

answers: the U.S.

answers: NDQ_002115

answers: launching an earth satellite.

answers: NDQ_002116

answers: the Earth.

answers: NDQ_002117

answers: artificial satellite

answers: NDQ_002118

answers: earth satellite.

answers: NDQ_002119

answers: 1954

answers: NDQ_002120

answers: earth satellite.

answers: NDQ_002121

answers: orbit around the Earth.

answers: NDQ_002122

answers: Space Flight,

answers: NDQ_002123

answers: artificial satellite with a scientific experiment

answers: NDQ_002124

answers: Alan T. Waterman,

answers: NDQ_002125

answers: artificial satellite with a scientific experiment into orbit around the Earth.

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Electric

answers: NDQ_002128

answers: satellite.

answers: NDQ_002129

answers: earth satellite.

answers: NDQ_002130

answers: National Science Foundation

answers: NDQ_002131

answers: Viking rocket,

answers: NDQ_002132

answers: artificial satellite

answers: NDQ_002133

answers: 1950s,

answers: NDQ_002134

answers: orbit around the Earth.

answers: NDQ_002135

answers: International Geophysical Year

answers: NDQ_002136

answers: scientific experiment

answers: NDQ_002137

answers: earth satellite.

answers: NDQ_002138

answers: artificial satellite with a scientific experiment into orbit around the Earth.

answers: NDQ_002139

answers: Milton W. Rosen,

text: In 1995 Lockheed Martin produced an Advanced Transportation System Studies (ATSS) report for the Marshall Space Flight Center. A section of the ATSS report describes several possible vehicles much like the Ares I design, with liquid rocket second stages stacked above segmented solid rocket booster (SRB) first stages. The variants that were considered included both the J-2S engines and Space Shuttle Main Engines (SSMEs) for the second stage. The variants also assumed use of the Advanced Solid Rocket Motor (ASRM) as a first stage, but the ASRM was cancelled in 1993 due to significant cost overruns.

text: In 1995 Lockheed Martin produced an Advanced Transportation System Studies (ATSS) report for the

text: Marshall Space Flight Center

text: . A section of the ATSS report describes several possible vehicles much like the Ares I design, with liquid rocket second stages stacked above segmented

text: solid rocket booster

text: (SRB) first stages. The variants that were considered included both the

text: engines and

text: Space Shuttle Main Engine

text: s (SSMEs) for the second stage. The variants also assumed use of the

entity_section: Advanced Solid Rocket Motor (ASRM) Project

text: Advanced Solid Rocket Motor

text: (ASRM) as a first stage, but the ASRM was cancelled in 1993 due to significant cost overruns.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: Space Shuttle

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: No

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: Space Shuttle

answers: NDQ_002118

answers: how many

answers: NDQ_002119

answers: Neil Armstrong walked

answers: NDQ_002120

answers: Landsat satellites

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: What are the types of satellites placed in high orbits over Earth?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: Solid Rocket Motor

answers: NDQ_002128

answers: ares I

answers: NDQ_002129

answers: Ares I

answers: NDQ_002130

answers: Marshall Space Flight Center

answers: NDQ_002131

answers: Ares I design

answers: NDQ_002132

answers: Ares I

answers: NDQ_002133

answers: Space Shuttle

answers: NDQ_002134

answers: ares i was cancelled due to significant cost overruns

answers: NDQ_002135

answers: Ares I

answers: NDQ_002136

answers: solid rocket boosters

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: ares i design

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Space Flight Center.

answers: NDQ_002097

answers: liquid rocket second stages stacked above segmented solid rocket booster

answers: NDQ_002099

answers: stacked above segmented solid rocket booster (SRB) first stages.

answers: NDQ_002100

answers: 1995

answers: NDQ_002103

answers: Space Flight Center.

answers: NDQ_002108

answers: 1995

answers: NDQ_002111

answers: Advanced Transportation System Studies (ATSS) report for the Marshall Space Flight Center.

answers: NDQ_002113

answers: Advanced Transportation System Studies (ATSS) report for the Marshall Space Flight Center.

answers: NDQ_002114

answers: Advanced Transportation System Studies (ATSS) report for the Marshall Space Flight Center.

answers: NDQ_002115

answers: Ares I

answers: NDQ_002116

answers: Space Flight Center.

answers: NDQ_002117

answers: liquid rocket second stages stacked above segmented solid rocket booster

answers: NDQ_002118

answers: the ASRM was cancelled in 1993 due to significant cost overruns.

answers: NDQ_002119

answers: 1995

answers: NDQ_002120

answers: the ASRM was cancelled in 1993 due to significant cost overruns.

answers: NDQ_002121

answers: Space Flight Center.

answers: NDQ_002122

answers: liquid rocket second stages stacked above segmented solid rocket booster

answers: NDQ_002123

answers: Ares I

answers: NDQ_002124

answers: Advanced Transportation System Studies (ATSS) report for the Marshall Space Flight Center.

answers: NDQ_002125

answers: Marshall Space Flight Center.

answers: NDQ_002126

answers: Ares I

answers: NDQ_002127

answers: engines and Space Shuttle Main Engines

answers: NDQ_002128

answers: Space Flight Center.

answers: NDQ_002129

answers: Ares I

answers: NDQ_002130

answers: Marshall Space Flight Center.

answers: NDQ_002131

answers: Ares I

answers: NDQ_002132

answers: Ares I

answers: NDQ_002133

answers: Ares I

answers: NDQ_002134

answers: liquid rocket second stages stacked above segmented solid rocket booster

answers: NDQ_002135

answers: Ares I

answers: NDQ_002136

answers: cost overruns.

answers: NDQ_002137

answers: Advanced Solid Rocket Motor

answers: NDQ_002138

answers: Ares I

answers: NDQ_002139

answers: Marshall Space Flight Center.

text: Unlike other international rivalries, the Space Race has remained unaffected in a direct way regarding the desire for territorial expansion. After the successful landings on the Moon, the U.S. explicitly disclaimed the right to ownership of any part of the Moon.

text: Unlike other international rivalries, the Space Race has remained unaffected in a direct way regarding the desire for territorial expansion. After the successful landings on the Moon, the U.S. explicitly disclaimed the right to ownership of any part of the Moon.

answers: NDQ_002095

answers: Moon

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: U.S.

answers: NDQ_002103

answers: successfully

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: yes

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is the Moon?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: None of the above choices.

answers: NDQ_002122

answers: Which of the following is not a law: Newton's Third Law of Motion?

answers: NDQ_002123

answers: Which of the following is not a type of satellite: imaging satellites, satellites or satellites?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: Moon

answers: NDQ_002129

answers: the Moon

answers: NDQ_002130

answers: the Space Race

answers: NDQ_002131

answers: unaffected

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: Space Race

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: the Space Race

answers: NDQ_002136

answers: Space Race

answers: NDQ_002137

answers: data from satellites

answers: NDQ_002138

answers: can be used to communicate with Earth.

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: the Moon,

answers: NDQ_002097

answers: right to ownership of any part of the Moon.

answers: NDQ_002099

answers: landings on the Moon,

answers: NDQ_002100

answers: U.S.

answers: NDQ_002103

answers: Space Race

answers: NDQ_002108

answers: Moon,

answers: NDQ_002111

answers: Space Race

answers: NDQ_002113

answers: the Space Race

answers: NDQ_002114

answers: the U.S.

answers: NDQ_002115

answers: After the successful landings on the Moon,

answers: NDQ_002116

answers: Space Race

answers: NDQ_002117

answers: Space Race

answers: NDQ_002118

answers: the Space Race

answers: NDQ_002119

answers: Moon,

answers: NDQ_002120

answers: territorial expansion.

answers: NDQ_002121

answers: the Space Race

answers: NDQ_002122

answers: the Space Race

answers: NDQ_002123

answers: the Space Race

answers: NDQ_002124

answers: After the successful landings on the Moon,

answers: NDQ_002125

answers: Moon,

answers: NDQ_002126

answers: landings on the Moon,

answers: NDQ_002127

answers: Space Race

answers: NDQ_002128

answers: Space Race

answers: NDQ_002129

answers: Moon,

answers: NDQ_002130

answers: the Space Race

answers: NDQ_002131

answers: Space Race

answers: NDQ_002132

answers: Space Race

answers: NDQ_002133

answers: Space Race

answers: NDQ_002134

answers: the Space Race

answers: NDQ_002135

answers: Space Race

answers: NDQ_002136

answers: territorial expansion.

answers: NDQ_002137

answers: Unlike other international rivalries,

answers: NDQ_002138

answers: the Space Race

answers: NDQ_002139

answers: Moon,

text: The energy density of a typical rocket propellant is often around one-third that of conventional hydrocarbon fuels; the bulk of the mass is (often relatively inexpensive) oxidizer. Nevertheless, at take-off the rocket has a great deal of energy in the fuel and oxidizer stored within the vehicle. It is of course desirable that as much of the energy of the propellant end up as kinetic or potential energy of the body of the rocket as possible.

text: The energy density of a typical rocket propellant is often around one-third that of conventional hydrocarbon fuels; the bulk of the mass is (often relatively inexpensive) oxidizer. Nevertheless, at take-off the rocket has a great deal of energy in the fuel and oxidizer stored within the vehicle. It is of course desirable that as much of the energy of the propellant end up as

text: kinetic

text: or

text: potential energy

text: of the body of the rocket as possible.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: kinetic or potential energy

answers: NDQ_002099

answers: takes off

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: at take-off

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: not enough information

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: None of the above choices.

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: kinetic

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: The largest artificial satellite

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: a typical rocket propellant

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: NDQ_002134

answers: kinetic energy is equal to

answers: NDQ_002135

answers: unanswerable

answers: NDQ_002136

answers: kinetic or potential energy

answers: NDQ_002137

answers: energy density

answers: NDQ_002138

answers: has a great deal of energy in the fuel

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: take-off

answers: NDQ_002097

answers: kinetic or potential energy

answers: NDQ_002099

answers: kinetic or potential energy of the body of the rocket as possible.

answers: NDQ_002100

answers: The energy density of a typical rocket

answers: NDQ_002103

answers: take-off

answers: NDQ_002108

answers: one-third that of conventional hydrocarbon fuels;

answers: NDQ_002111

answers: rocket propellant is often around one-third that of conventional hydrocarbon fuels;

answers: NDQ_002113

answers: one-third that of conventional hydrocarbon fuels;

answers: NDQ_002114

answers: one-third that of conventional hydrocarbon fuels;

answers: NDQ_002115

answers: take-off

answers: NDQ_002116

answers: The energy density of a typical rocket

answers: NDQ_002117

answers: rocket

answers: NDQ_002118

answers: one-third that of conventional hydrocarbon fuels;

answers: NDQ_002119

answers: one-third that of conventional hydrocarbon fuels;

answers: NDQ_002120

answers: one-third that of conventional hydrocarbon fuels;

answers: NDQ_002121

answers: kinetic or potential energy

answers: NDQ_002122

answers: kinetic or potential energy of the body of the rocket as possible.

answers: NDQ_002123

answers: one-third that of conventional hydrocarbon fuels;

answers: NDQ_002124

answers: one-third that of conventional hydrocarbon fuels;

answers: NDQ_002125

answers: one-third that of conventional hydrocarbon fuels;

answers: NDQ_002126

answers: kinetic or potential energy

answers: NDQ_002127

answers: kinetic or potential energy

answers: NDQ_002128

answers: rocket

answers: NDQ_002129

answers: rocket

answers: NDQ_002130

answers: rocket

answers: NDQ_002131

answers: kinetic or potential energy

answers: NDQ_002132

answers: rocket

answers: NDQ_002133

answers: one-third that of conventional hydrocarbon fuels;

answers: NDQ_002134

answers: kinetic or potential energy

answers: NDQ_002135

answers: take-off

answers: NDQ_002136

answers: energy

answers: NDQ_002137

answers: rocket propellant

answers: NDQ_002138

answers: inexpensive)

answers: NDQ_002139

answers: rocket propellant

text: The first spacecraft to reach escape velocity was the Soviet Luna 1, which performed a fly-by of the Moon in 1959. In 1961, Venera 1 became the first planetary probe. It revealed the presence of the solar wind and performed the first fly-by of the planet Venus, although contact was lost before reaching Venus. The first successful planetary mission was the Mariner 2 fly-by of Venus in 1962. The first spacecraft to perform a fly-by of Mars was Mariner 4, which reached the planet in 1964. Since that time, unmanned spacecraft have successfully examined each of the Solar System's planets, as well their moons and many minor planets and comets. They remain a fundamental tool for the exploration of outer space, as well as observation of the Earth. In August 2012, Voyager 1 became the first man-made object to leave the Solar System and enter interstellar space.

text: The first spacecraft to reach escape velocity was the Soviet

text: Luna 1

text: , which performed a fly-by of the Moon in 1959. In 1961,

text: Venera 1

text: became the first planetary probe. It revealed the presence of the solar wind and performed the first fly-by of the planet

text: Venus

text: , although contact was lost before reaching Venus. The first successful planetary mission was the

text: Mariner 2

text: fly-by of Venus in 1962. The first spacecraft to perform a fly-by of Mars was

text: Mariner 4

text: , which reached the planet in 1964. Since that time, unmanned spacecraft have successfully examined each of the Solar System's planets, as well their moons and many

text: minor planet

text: s and comets. They remain a fundamental tool for the exploration of outer space, as well as observation of the Earth. In August 2012,

text: Voyager 1

text: became the first man-made object to leave the Solar System and enter

text: interstellar space

answers: NDQ_002095

answers: leave the Solar System

answers: NDQ_002097

answers: escape velocity

answers: NDQ_002099

answers: reaches escape velocity

answers: NDQ_002100

answers: Soviet

answers: NDQ_002103

answers: in 1959

answers: NDQ_002108

answers: yes

answers: NDQ_002111

answers: Which happened first, Voyager 1 became the first man-made object to leave the Solar System and enter interstellar space?

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: unmanned

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unmanned

answers: NDQ_002118

answers: How many minor planets and comets are in orbit around Earth?

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat, Mariner, or Voyager?

answers: NDQ_002121

answers: It revealed the presence of the solar wind

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: Which happened first, the first spacecraft to reach escape velocity or the first spacecraft to perform a fly-by of Mars?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: fly-by

answers: NDQ_002127

answers: solar wind

answers: NDQ_002128

answers: minor planets

answers: NDQ_002129

answers: Voyager 1

answers: NDQ_002130

answers: unmanned spacecraft

answers: NDQ_002131

answers: solar wind

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: Soviet Luna 1

answers: NDQ_002134

answers: The first spacecraft to perform a fly-by of Mars was Mariner 4

answers: NDQ_002135

answers: Soviet Luna 1

answers: NDQ_002136

answers: solar wind

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: Voyager 1

answers: NDQ_002139

answers: Voyager

answers: NDQ_002095

answers: leave the Solar System and enter interstellar space.

answers: NDQ_002097

answers: escape velocity

answers: NDQ_002099

answers: escape velocity

answers: NDQ_002100

answers: Soviet

answers: NDQ_002103

answers: The first spacecraft to reach escape velocity

answers: NDQ_002108

answers: 1959.

answers: NDQ_002111

answers: The first spacecraft to reach escape velocity

answers: NDQ_002113

answers: The first spacecraft to reach escape velocity

answers: NDQ_002114

answers: Soviet Luna 1,

answers: NDQ_002115

answers: Soviet Luna 1,

answers: NDQ_002116

answers: Moon

answers: NDQ_002117

answers: unmanned spacecraft

answers: NDQ_002118

answers: unmanned spacecraft

answers: NDQ_002119

answers: 2012,

answers: NDQ_002120

answers: the Earth.

answers: NDQ_002121

answers: interstellar space.

answers: NDQ_002122

answers: escape velocity

answers: NDQ_002123

answers: observation of the Earth.

answers: NDQ_002124

answers: Soviet Luna 1,

answers: NDQ_002125

answers: Mariner 4,

answers: NDQ_002126

answers: fly-by

answers: NDQ_002127

answers: solar wind

answers: NDQ_002128

answers: minor planets and comets.

answers: NDQ_002129

answers: Voyager 1

answers: NDQ_002130

answers: unmanned spacecraft

answers: NDQ_002131

answers: solar wind

answers: NDQ_002132

answers: unmanned spacecraft

answers: NDQ_002133

answers: 1959.

answers: NDQ_002134

answers: escape velocity

answers: NDQ_002135

answers: Soviet Luna 1,

answers: NDQ_002136

answers: solar wind

answers: NDQ_002137

answers: contact

answers: NDQ_002138

answers: Soviet Luna 1,

answers: NDQ_002139

answers: Voyager 1

text: The Mars Exploration Program (MEP) is a long-term effort to explore the planet Mars, funded and led by the U.S. space agency, National Aeronautics and Space Administration (NASA). Formed in 1993, MEP has made use of orbital spacecraft, landers, and Mars rovers to explore the possibilities of life on Mars, as well as the planet's climate and natural resources. The program is managed by NASA's Science Mission Directorate by Doug McCuistion of the Planetary Science Division. As a result of 40% cuts to NASA's budget for fiscal year 2013, the Mars Program Planning Group (MPPG) was formed to help reformulate the MEP, bringing together leaders of NASA's technology, science, human operations, and science missions.

text: The Mars Exploration Program (MEP) is a long-term effort

text: to explore the planet Mars

text: , funded and led by the U.S. space agency,

text: National Aeronautics and Space Administration (NASA)

text: . Formed in 1993, MEP has made use of orbital

text: spacecraft

text: landers

text: , and

text: Mars rovers

text: to explore the possibilities of

text: life on Mars

text: , as well as the planet's

text: climate

text: and

text: natural resource

text: s. The program is managed by NASA's

text: Science Mission Directorate

text: by

text: Doug McCuistion

text: of the

text: Planetary Science Division

text: . As a result of 40% cuts to NASA's budget for fiscal year 2013, the

text: Mars Program Planning Group

text: (MPPG) was formed to help reformulate the MEP, bringing together leaders of NASA's technology, science, human operations, and science missions.

answers: NDQ_002095

answers: Mars

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: U.S.

answers: NDQ_002103

answers: NASA

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: NASA's Science Mission Directorate by Doug McCuistion of the Planetary Science Division

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Mars

answers: NDQ_002120

answers: NASA's Science Mission Directorate

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: Which of the following is not a type of spacecraft: orbital spacecraft, landers, or Mars rovers?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: Yes

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: orbital spacecraft

answers: NDQ_002129

answers: NASA's Science Mission Directorate

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Mars rovers

answers: NDQ_002132

answers: orbital

answers: NDQ_002133

answers: 1993

answers: NDQ_002134

answers: Mars Exploration Program is a long-term effort to explore the planet Mars

answers: NDQ_002135

answers: Mars Exploration Program

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Mars Exploration Program

answers: NDQ_002138

answers: Mars

answers: NDQ_002139

answers: Doug McCuistion

answers: NDQ_002095

answers: Mars rovers to explore the possibilities of life on Mars,

answers: NDQ_002097

answers: Mars,

answers: NDQ_002099

answers: orbital spacecraft,

answers: NDQ_002100

answers: U.S.

answers: NDQ_002103

answers: Mars,

answers: NDQ_002108

answers: 1993,

answers: NDQ_002111

answers: orbital spacecraft,

answers: NDQ_002113

answers: The Mars Exploration Program

answers: NDQ_002114

answers: (NASA).

answers: NDQ_002115

answers: Mars,

answers: NDQ_002116

answers: orbital spacecraft,

answers: NDQ_002117

answers: orbital spacecraft,

answers: NDQ_002118

answers: orbital spacecraft,

answers: NDQ_002119

answers: 1993,

answers: NDQ_002120

answers: Mars rovers to explore the possibilities of life on Mars,

answers: NDQ_002121

answers: orbital spacecraft,

answers: NDQ_002122

answers: orbital spacecraft,

answers: NDQ_002123

answers: orbital spacecraft,

answers: NDQ_002124

answers: Mars,

answers: NDQ_002125

answers: Mars rovers

answers: NDQ_002126

answers: orbital

answers: NDQ_002127

answers: orbital spacecraft,

answers: NDQ_002128

answers: orbital spacecraft,

answers: NDQ_002129

answers: orbital spacecraft,

answers: NDQ_002130

answers: National Aeronautics and Space Administration

answers: NDQ_002131

answers: Mars rovers

answers: NDQ_002132

answers: orbital spacecraft,

answers: NDQ_002133

answers: 1993,

answers: NDQ_002134

answers: orbital spacecraft, landers, and Mars rovers

answers: NDQ_002135

answers: Mars Exploration Program

answers: NDQ_002136

answers: 40% cuts to NASA's budget

answers: NDQ_002137

answers: orbital spacecraft,

answers: NDQ_002138

answers: orbital spacecraft,

answers: NDQ_002139

answers: Doug McCuistion

text: Sputnik Music

text: Sputnik Music

answers: NDQ_002095

answers: play music

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space.

answers: NDQ_002100

answers: usa and germany

answers: NDQ_002103

answers: sputnik

answers: NDQ_002108

answers: Sputnik

answers: NDQ_002111

answers: What is the name of the song that was released by Sputnik?

answers: NDQ_002113

answers: The invention of gunpowder allowed rockets to travel

answers: NDQ_002114

answers: Sputnik Music

answers: NDQ_002115

answers: sputnik music

answers: NDQ_002116

answers: A satellite is an object that orbits a planet.

answers: NDQ_002117

answers: Sputnik Music

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: space

answers: NDQ_002120

answers: What is the name of the satellite that makes detailed images of continents and coasts?

answers: NDQ_002121

answers: The law of conservation of momentum states that an object can go into orbit only if it is moving at a constant speed

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

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

answers: NDQ_002124

answers: Sputnik Music

answers: NDQ_002125

answers: The US has landed space probes on Mars

answers: NDQ_002126

answers: elliptical

answers: NDQ_002127

answers: the force of gravity

answers: NDQ_002128

answers: isotope

answers: NDQ_002129

answers: Sputnik Music

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: sputnik

answers: NDQ_002132

answers: Sputnik

answers: NDQ_002133

answers: Sputnik

answers: NDQ_002134

answers: Isaac Newton's third law of motion states that

answers: NDQ_002135

answers: Sputnik

answers: NDQ_002136

answers: gravitational pull

answers: NDQ_002137

answers: a radio frequency

answers: NDQ_002138

answers: sputnik music

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Sputnik

answers: NDQ_002097

answers: Sputnik Music

answers: NDQ_002099

answers: Sputnik Music

answers: NDQ_002100

answers: Sputnik

answers: NDQ_002103

answers: Sputnik

answers: NDQ_002108

answers: Sputnik

answers: NDQ_002111

answers: Sputnik

answers: NDQ_002113

answers: Sputnik Music

answers: NDQ_002114

answers: Sputnik Music

answers: NDQ_002115

answers: Sputnik

answers: NDQ_002116

answers: Sputnik

answers: NDQ_002117

answers: Sputnik Music

answers: NDQ_002118

answers: Sputnik

answers: NDQ_002119

answers: Sputnik Music

answers: NDQ_002120

answers: Sputnik Music

answers: NDQ_002121

answers: Sputnik Music

answers: NDQ_002122

answers: Sputnik Music

answers: NDQ_002123

answers: Sputnik Music

answers: NDQ_002124

answers: Sputnik Music

answers: NDQ_002125

answers: Sputnik Music

answers: NDQ_002126

answers: Sputnik

answers: NDQ_002127

answers: Sputnik Music

answers: NDQ_002128

answers: Sputnik

answers: NDQ_002129

answers: Sputnik Music

answers: NDQ_002130

answers: Sputnik

answers: NDQ_002131

answers: Sputnik

answers: NDQ_002132

answers: Sputnik Music

answers: NDQ_002133

answers: Sputnik

answers: NDQ_002134

answers: Sputnik Music

answers: NDQ_002135

answers: Sputnik Music

answers: NDQ_002136

answers: Sputnik Music

answers: NDQ_002137

answers: Sputnik Music

answers: NDQ_002138

answers: Sputnik Music

answers: NDQ_002139

answers: Sputnik

text: The Lunar Reconnaissance Orbiter (LRO) is the first mission of the LPRP program. Management of LRO was assigned to Goddard Space Flight Center (GSFC) in 2004. LRO launched on an Atlas V 401 rocket from Cape Canaveral Air Force Station on June 18, 2009 at 5:32 p.m. EDT (2132 GMT). The planned lift off for 5:12 p.m. EDT (2112 GMT) was slightly delayed by 20 minutes due to thunderstorms. It will orbit the Moon for one year, gathering high resolution images of the lunar surface that will allow the creation of detailed maps. LRO's goals include finding safe landing sites for human visits to the Moon, identifying lunar resources, and studying the lunar radiation environment. The LRO will provide a 3-D map of the Moon's surface to allow astronauts to return to the Moon by 2020. On board the LRO are seven instruments, the Cosmic Ray Telescope for the Effects of Radiation (CRaTER), Diviner Lunar Radiometer Experiment (DLRE), Lyman-Alpha Mapping Project (LAMP), Lunar Exploration Neutron Detector (LEND), Lunar Orbiter Laser Altimeter (LOLA), Lunar Reconnaissance Orbiter Camera (LROC), and Miniature Radio Frequency radar (Mini-RF).

text: The

text: Lunar Reconnaissance Orbiter

text: (LRO) is the first mission of the LPRP program. Management of LRO was assigned to

text: Goddard Space Flight Center

text: (GSFC) in 2004. LRO launched on an

text: Atlas V

text: 401 rocket from

text: Cape Canaveral Air Force Station

text: on June 18, 2009 at 5:32 p.m. EDT (2132 GMT). The planned lift off for 5:12 p.m. EDT (2112 GMT) was slightly delayed by 20 minutes due to thunderstorms. It will orbit the Moon for one year, gathering high resolution images of the lunar surface that will allow the creation of detailed maps. LRO's goals include finding safe landing sites for human visits to the Moon, identifying lunar resources, and studying the lunar radiation environment. The LRO will provide a 3-D map of the Moon's surface to allow astronauts to return to the Moon by 2020. On board the LRO are seven

text: instruments

text: , the Cosmic Ray Telescope for the Effects of Radiation (CRaTER), Diviner Lunar Radiometer Experiment (DLRE), Lyman-Alpha Mapping Project (LAMP), Lunar Exploration Neutron Detector (LEND), Lunar Orbiter Laser Altimeter (LOLA), Lunar Reconnaissance Orbiter Camera (LROC), and Miniature Radio Frequency radar (Mini-RF).

answers: NDQ_002095

answers: orbit the Moon

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: lifts off

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: on an Atlas V 401 rocket

answers: NDQ_002108

answers: When was the Lunar Reconnaissance Orbiter launched?

answers: NDQ_002111

answers: How many years after the launch of the LRO was the first mission of the LPRP program

answers: NDQ_002113

answers: In what year was the Lunar Reconnaissance Orbiter launched?

answers: NDQ_002114

answers: The U.S.

answers: NDQ_002115

answers: What is the first mission of the LPRP program?

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: None of the above choices.

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Neil Armstrong walked

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: Which of the following is not a type of imaging satellite: Lunar Reconnaissance Orbiter or Earth?

answers: NDQ_002124

answers: Who was the first astronaut to walk on the Moon?

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Atlas V 401

answers: NDQ_002128

answers: Orbiter

answers: NDQ_002129

answers: The Lunar Reconnaissance Orbiter

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: CRaTER

answers: NDQ_002132

answers: LRO

answers: NDQ_002133

answers: 1960s

answers: NDQ_002134

answers: LRO will provide a 3-D map of the Moon's surface

answers: NDQ_002135

answers: LPRP program

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: radio waves to determine the location of a user's location.

answers: NDQ_002138

answers: The Lunar Reconnaissance Orbiter

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Moon

answers: NDQ_002097

answers: Effects of Radiation

answers: NDQ_002099

answers: Atlas V 401

answers: NDQ_002100

answers: 2009

answers: NDQ_002103

answers: Atlas V 401 rocket from Cape Canaveral Air Force Station

answers: NDQ_002108

answers: astronauts to return to the Moon by 2020.

answers: NDQ_002111

answers: Atlas V 401 rocket from Cape Canaveral Air Force Station

answers: NDQ_002113

answers: 2020.

answers: NDQ_002114

answers: 2009

answers: NDQ_002115

answers: Lunar Reconnaissance Orbiter

answers: NDQ_002116

answers: the Moon

answers: NDQ_002117

answers: Atlas V 401 rocket

answers: NDQ_002118

answers: The Lunar Reconnaissance Orbiter

answers: NDQ_002119

answers: 2004.

answers: NDQ_002120

answers: The Lunar Reconnaissance Orbiter

answers: NDQ_002121

answers: The Lunar Reconnaissance Orbiter

answers: NDQ_002122

answers: Atlas V 401

answers: NDQ_002123

answers: orbit the Moon

answers: NDQ_002124

answers: 2020.

answers: NDQ_002125

answers: Moon

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Air Force Station

answers: NDQ_002128

answers: Moon

answers: NDQ_002129

answers: The Lunar Reconnaissance Orbiter

answers: NDQ_002130

answers: Goddard Space Flight Center

answers: NDQ_002131

answers: The Lunar Reconnaissance Orbiter

answers: NDQ_002132

answers: Lunar Reconnaissance Orbiter

answers: NDQ_002133

answers: Atlas V 401 rocket from Cape Canaveral Air Force Station

answers: NDQ_002134

answers: 2020.

answers: NDQ_002135

answers: The Lunar Reconnaissance Orbiter

answers: NDQ_002136

answers: thunderstorms.

answers: NDQ_002137

answers: Radio Frequency radar

answers: NDQ_002138

answers: The Lunar Reconnaissance Orbiter

answers: NDQ_002139

answers: Atlas V 401 rocket from Cape Canaveral Air Force Station

text: Pishgam (, "pioneer") is an Iranian 300-kilogramme space capsule and associated rocket (کاوشگر پیشگام Kavoshgar-Pishgam "Explorer-Pioneer"), which launched containing rhesus monkey and is part of a series of Iranian rocket launches containing biological cargo intended as precursors to human spaceflight.

text: Pishgam (, "pioneer") is an

text: Iran

text: ian 300-kilogramme space capsule and associated rocket (کاوشگر پیشگام Kavoshgar-Pishgam "Explorer-Pioneer"), which launched containing

text: rhesus monkey

text: and is part of a series of Iranian rocket launches containing

text: biological cargo

text: intended as precursors to

text: human spaceflight

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: Iran

answers: NDQ_002103

answers: containing biological cargo

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: What does Landsat stand for?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: What is the purpose of imaging satellites?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: NDQ_002128

answers: space capsule

answers: NDQ_002129

answers: Pishgam

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: NDQ_002132

answers: Pishgam

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: gravitational force is equal to the force of gravity

answers: NDQ_002135

answers: Pishgam

answers: NDQ_002136

answers: gravity

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: is called a low orbit satellite.

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: spaceflight.

answers: NDQ_002097

answers: Pishgam

answers: NDQ_002099

answers: human spaceflight.

answers: NDQ_002100

answers: Iranian

answers: NDQ_002103

answers: spaceflight.

answers: NDQ_002108

answers: spaceflight.

answers: NDQ_002111

answers: rocket

answers: NDQ_002113

answers: Pishgam

answers: NDQ_002114

answers: Pishgam

answers: NDQ_002115

answers: human spaceflight.

answers: NDQ_002116

answers: Pishgam

answers: NDQ_002117

answers: rocket

answers: NDQ_002118

answers: Pishgam

answers: NDQ_002119

answers: Pishgam

answers: NDQ_002120

answers: Pishgam

answers: NDQ_002121

answers: spaceflight.

answers: NDQ_002122

answers: Pishgam

answers: NDQ_002123

answers: Pishgam

answers: NDQ_002124

answers: Pishgam

answers: NDQ_002125

answers: Pishgam

answers: NDQ_002126

answers: rocket

answers: NDQ_002127

answers: rhesus monkey

answers: NDQ_002128

answers: spaceflight.

answers: NDQ_002129

answers: 300-kilogramme

answers: NDQ_002130

answers: human spaceflight.

answers: NDQ_002131

answers: Pishgam

answers: NDQ_002132

answers: rhesus monkey

answers: NDQ_002133

answers: human spaceflight.

answers: NDQ_002134

answers: rhesus monkey

answers: NDQ_002135

answers: human spaceflight.

answers: NDQ_002136

answers: rocket

answers: NDQ_002137

answers: rhesus monkey

answers: NDQ_002138

answers: Pishgam

answers: NDQ_002139

answers: Pishgam

text: Following the 1993 failure of the Mars Observer orbiter, the NASA Mars Global Surveyor achieved Mars orbit in 1997. This mission was a complete success, having finished its primary mapping mission in early 2001. Contact was lost with the probe in November 2006 during its third extended program, spending exactly 10 operational years in space. The NASA Mars Pathfinder, carrying a robotic exploration vehicle Sojourner, landed in the Ares Vallis on Mars in the summer of 1997, returning many images.

text: Following the 1993 failure of the

text: Mars Observer

text: orbiter, the NASA

text: Mars Global Surveyor

text: achieved Mars orbit in 1997. This mission was a complete success, having finished its primary mapping mission in early 2001. Contact was lost with the probe in November 2006 during its third extended program, spending exactly 10 operational years in space. The NASA

text: Mars Pathfinder

text: , carrying a robotic exploration vehicle

text: Sojourner

text: , landed in the

text: Ares Vallis

text: on Mars in the summer of 1997, returning many images.

answers: NDQ_002095

answers: Mars

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: 1997

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: None of the above choices are true

answers: NDQ_002119

answers: Mars

answers: NDQ_002120

answers: None of the above choices.

answers: NDQ_002121

answers: no

answers: NDQ_002122

answers: How many years did the NASA Mars Global Surveyor achieve Mars orbit?

answers: NDQ_002123

answers: Which happened first, the Mars Global Surveyor achieved Mars orbit in 1997 or the NASA Mars Pathfinder landed in the Ares Vallis on Mars in the summer of 1997?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: Yes

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: NDQ_002128

answers: Mars Global Surveyor

answers: NDQ_002129

answers: NASA Mars Global Surveyor

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: landed in the Ares Vallis on Mars in the summer of 1997, returning many images.

answers: NDQ_002132

answers: Sojourner

answers: NDQ_002133

answers: 1993

answers: NDQ_002134

answers: Contact was lost during its third extended program, spending exactly 10 operational years in space.

answers: NDQ_002135

answers: Mars Global Surveyor achieved Mars orbit

answers: NDQ_002136

answers: Space

answers: NDQ_002137

answers: a satellite

answers: NDQ_002138

answers: Mars Global Surveyor

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Mars orbit

answers: NDQ_002097

answers: Mars orbit in 1997.

answers: NDQ_002099

answers: Mars orbit in 1997.

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: Mars orbit in 1997.

answers: NDQ_002108

answers: 1997.

answers: NDQ_002111

answers: Mars orbit in 1997.

answers: NDQ_002113

answers: Mars orbit in 1997.

answers: NDQ_002114

answers: NASA Mars Global Surveyor achieved Mars orbit in 1997.

answers: NDQ_002115

answers: Mars orbit in 1997.

answers: NDQ_002116

answers: Mars orbit

answers: NDQ_002117

answers: robotic

answers: NDQ_002118

answers: Mars orbit in 1997.

answers: NDQ_002119

answers: 1997.

answers: NDQ_002120

answers: The NASA Mars Pathfinder,

answers: NDQ_002121

answers: Mars orbit in 1997.

answers: NDQ_002122

answers: Mars orbit in 1997.

answers: NDQ_002123

answers: Mars

answers: NDQ_002124

answers: Mars orbit in 1997.

answers: NDQ_002125

answers: NASA Mars Pathfinder,

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: robotic exploration vehicle Sojourner, landed in the Ares Vallis

answers: NDQ_002128

answers: orbiter,

answers: NDQ_002129

answers: NASA Mars Global Surveyor

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: The NASA Mars Pathfinder,

answers: NDQ_002132

answers: robotic

answers: NDQ_002133

answers: 1993

answers: NDQ_002134

answers: 10 operational years in space.

answers: NDQ_002135

answers: NASA Mars Global Surveyor achieved Mars orbit in 1997.

answers: NDQ_002136

answers: 10 operational years in space.

answers: NDQ_002137

answers: Mars Observer orbiter,

answers: NDQ_002138

answers: Mars Observer orbiter, the NASA Mars Global Surveyor

answers: NDQ_002139

answers: NASA Mars Global Surveyor achieved Mars orbit in 1997.

text: The satellites would be mass-produced, at much lower cost per unit of capability than existing satellites.  Musk said "We’re going to try and do for satellites what we’ve done for rockets.""In order to revolutionize space, we have to address both satellites and rockets.""Smaller satellites are crucial to lowering the cost of space-based Internet and communications."

text: The satellites would be

text: mass-produced

text: , at much lower cost per unit of capability than existing satellites.  Musk said "We’re going to try and do for satellites what we’ve done for rockets.""In order to revolutionize space, we have to address both satellites and rockets.""Smaller satellites are crucial to lowering the cost of space-based Internet and communications."

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: lifts off

answers: NDQ_002100

answers: unanswerable

answers: NDQ_002103

answers: before the satellites

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: in space

answers: NDQ_002120

answers: no

answers: NDQ_002121

answers: None of the above choices.

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: None of the above choices.

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: rockets

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: None of the above choices

answers: NDQ_002130

answers: Musk

answers: NDQ_002131

answers: can not be described

answers: NDQ_002132

answers: satellites

answers: NDQ_002133

answers: space age

answers: NDQ_002134

answers: gravitational force is inversely proportional to mass

answers: NDQ_002135

answers: unanswerable

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: is a satellite in a low orbit.

answers: NDQ_002139

answers: Musk

answers: NDQ_002095

answers: space,

answers: NDQ_002097

answers: The satellites would be mass-produced,

answers: NDQ_002099

answers: rockets.""In order to revolutionize space,

answers: NDQ_002100

answers: The satellites would be mass-produced,

answers: NDQ_002103

answers: rockets.""In

answers: NDQ_002108

answers: rockets.""In

answers: NDQ_002111

answers: rockets.""In

answers: NDQ_002113

answers: rockets.""In

answers: NDQ_002114

answers: The satellites would be mass-produced,

answers: NDQ_002115

answers: rockets.""In

answers: NDQ_002116

answers: rockets.""In

answers: NDQ_002117

answers: existing satellites.

answers: NDQ_002118

answers: existing satellites.

answers: NDQ_002119

answers: The satellites would be mass-produced,

answers: NDQ_002120

answers: much lower cost per unit of capability than existing satellites.

answers: NDQ_002121

answers: rockets.""In

answers: NDQ_002122

answers: rockets.""In

answers: NDQ_002123

answers: existing satellites.

answers: NDQ_002124

answers: The satellites would be mass-produced,

answers: NDQ_002125

answers: satellites what we’ve done for rockets.""In

answers: NDQ_002126

answers: rockets.""In order to revolutionize space,

answers: NDQ_002127

answers: rockets.""In

answers: NDQ_002128

answers: satellites.

answers: NDQ_002129

answers: existing satellites.

answers: NDQ_002130

answers: The satellites would be mass-produced,

answers: NDQ_002131

answers: The satellites would be mass-produced,

answers: NDQ_002132

answers: satellites.

answers: NDQ_002133

answers: space,

answers: NDQ_002134

answers: rockets.""In

answers: NDQ_002135

answers: The satellites would be mass-produced,

answers: NDQ_002136

answers: rockets.""In

answers: NDQ_002137

answers: satellites.

answers: NDQ_002138

answers: rockets.""Smaller satellites

answers: NDQ_002139

answers: Musk

text: The Tri-D rocket engine was designed and built with the cooperation of NASA’s Marshall Space Flight Center, to explore the feasibility of printed rocket components. It was designed to power the third stage of a Nanosat or Cubesat launcher, i.e. an engine capable of launching satellites that weigh less than 1.33 kg (2.93 lb).

text: The Tri-D rocket engine was designed and built with the cooperation of NASA’s Marshall Space Flight Center, to explore the feasibility of printed rocket components. It was designed to power the third stage of a Nanosat or Cubesat launcher, i.e. an engine capable of launching satellites that weigh less than 1.33 kg (2.93 lb).

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can launch satellites

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: Satellites

answers: NDQ_002108

answers: It's impossible to say

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices.

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Which of the following is not a satellite: Landsat or Cubesat?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: Which of the following is not a law: Newtons Third Law of Motion?

answers: NDQ_002123

answers: Which of the following is not a type of satellite: Imaging satellites or Cubesats?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: engine

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Nanosat

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: Nanosat

answers: NDQ_002133

answers: Space Age

answers: NDQ_002134

answers: Newton's third law of motion states that Newton's third law of motion states that

answers: NDQ_002135

answers: The Tri-D rocket engine

answers: NDQ_002136

answers: Space Flight

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: weighs less than 1.33 kg

answers: NDQ_002139

answers: Marshall Space Flight Center

answers: NDQ_002095

answers: 1.33 kg (2.93 lb).

answers: NDQ_002097

answers: launching satellites that weigh less than 1.33 kg

answers: NDQ_002099

answers: launching satellites

answers: NDQ_002100

answers: NASA’s

answers: NDQ_002103

answers: NASA’s Marshall Space Flight Center,

answers: NDQ_002108

answers: NASA’s Marshall Space Flight Center,

answers: NDQ_002111

answers: The Tri-D rocket engine

answers: NDQ_002113

answers: The Tri-D rocket engine

answers: NDQ_002114

answers: NASA’s Marshall Space Flight Center,

answers: NDQ_002115

answers: NASA’s Marshall Space Flight Center,

answers: NDQ_002116

answers: satellites that weigh less than 1.33 kg

answers: NDQ_002117

answers: 1.33 kg (2.93 lb).

answers: NDQ_002118

answers: 1.33 kg (2.93 lb).

answers: NDQ_002119

answers: The Tri-D rocket engine

answers: NDQ_002120

answers: 1.33 kg (2.93 lb).

answers: NDQ_002121

answers: 1.33 kg (2.93 lb).

answers: NDQ_002122

answers: The Tri-D rocket engine

answers: NDQ_002123

answers: Nanosat or Cubesat

answers: NDQ_002124

answers: NASA’s Marshall Space Flight Center,

answers: NDQ_002125

answers: NASA’s Marshall Space Flight Center,

answers: NDQ_002126

answers: The Tri-D rocket engine

answers: NDQ_002127

answers: engine

answers: NDQ_002128

answers: satellites

answers: NDQ_002129

answers: 1.33 kg (2.93 lb).

answers: NDQ_002130

answers: NASA’s

answers: NDQ_002131

answers: The Tri-D rocket engine

answers: NDQ_002132

answers: Nanosat

answers: NDQ_002133

answers: 1.33 kg (2.93 lb).

answers: NDQ_002134

answers: 1.33 kg (2.93 lb).

answers: NDQ_002135

answers: NASA’s Marshall Space Flight Center,

answers: NDQ_002136

answers: printed rocket components.

answers: NDQ_002137

answers: Tri-D rocket engine

answers: NDQ_002138

answers: weigh less than 1.33 kg (2.93 lb).

answers: NDQ_002139

answers: NASA’s Marshall Space Flight Center,

text: The institute is located in Moscow, Russia. In 1978, it is named after Mstislav Keldysh. The institute was created in 1966 when it split from Steklov Institute of Mathematics. Already as the Department of Applied Mathematics of Steklov Institute it had conducted some outstanding research in the field of space exploration: in 1953 it developed the method of ballistic spacecraft descent, that was used on April 12, 1961 for Yuri Gagarin's return to the Earth, and in 1957 Sputnik 1 orbit was calculated there using the computer processing of optical observation data.

text: The institute is located in

text: Moscow

text: Russia

text: . In 1978, it is named after

text: Mstislav Keldysh

text: . The institute was created in 1966 when it split from

text: Steklov Institute of Mathematics

text: . Already as the Department of Applied Mathematics of Steklov Institute it had conducted some outstanding research in the field of space exploration: in 1953 it developed the method of ballistic

text: spacecraft

text: descent, that was used on April 12, 1961 for

text: Yuri Gagarin

text: 's return to the Earth, and in 1957

text: Sputnik 1

text: orbit was calculated there using the

text: computer

text: processing of

text: optical observation

text: data.

answers: NDQ_002095

answers: Earth

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can go into space

answers: NDQ_002100

answers: Russia

answers: NDQ_002103

answers: on April 12, 1961

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: How many years before Sputnik 1 orbit was calculated

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat or Sputnik 1?

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: Which of the following is not a law: Newton's Third Law of Motion?

answers: NDQ_002123

answers: Which happened first, Sputnik 1 orbit was calculated there using the computer processing of optical observation data or Sputnik 1 orbit was calculated there

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: ballistic

answers: NDQ_002128

answers: Sputnik

answers: NDQ_002129

answers: Sputnik 1

answers: NDQ_002130

answers: unanswerable

answers: NDQ_002131

answers: ballistic spacecraft descent

answers: NDQ_002132

answers: Sputnik 1

answers: NDQ_002133

answers: 1953

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: Sputnik 1

answers: NDQ_002136

answers: optical observation data

answers: NDQ_002137

answers: computer processing of optical observation data

answers: NDQ_002138

answers: Sputnik 1

answers: NDQ_002139

answers: Sputnik 1

answers: NDQ_002095

answers: Yuri Gagarin's return to the Earth,

answers: NDQ_002097

answers: ballistic spacecraft descent,

answers: NDQ_002099

answers: descent,

answers: NDQ_002100

answers: Russia.

answers: NDQ_002103

answers: descent,

answers: NDQ_002108

answers: Sputnik 1

answers: NDQ_002111

answers: computer processing of optical observation data.

answers: NDQ_002113

answers: Yuri Gagarin's return to the Earth,

answers: NDQ_002114

answers: Russia.

answers: NDQ_002115

answers: Yuri Gagarin's return to the Earth,

answers: NDQ_002116

answers: Earth,

answers: NDQ_002117

answers: ballistic spacecraft

answers: NDQ_002118

answers: Sputnik 1

answers: NDQ_002119

answers: 1961

answers: NDQ_002120

answers: Steklov Institute of Mathematics.

answers: NDQ_002121

answers: Sputnik 1

answers: NDQ_002122

answers: ballistic spacecraft descent,

answers: NDQ_002123

answers: optical observation data.

answers: NDQ_002124

answers: Yuri Gagarin's

answers: NDQ_002125

answers: Sputnik 1

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: ballistic

answers: NDQ_002128

answers: Sputnik 1

answers: NDQ_002129

answers: Sputnik 1

answers: NDQ_002130

answers: Yuri Gagarin's return to the Earth,

answers: NDQ_002131

answers: ballistic spacecraft descent,

answers: NDQ_002132

answers: ballistic spacecraft

answers: NDQ_002133

answers: April 12, 1961

answers: NDQ_002134

answers: ballistic spacecraft descent,

answers: NDQ_002135

answers: Yuri Gagarin's

answers: NDQ_002136

answers: computer processing of optical observation data.

answers: NDQ_002137

answers: optical observation data.

answers: NDQ_002138

answers: Sputnik 1

answers: NDQ_002139

answers: Yuri Gagarin's

text: The future of space architecture hinges on the colonization of space.  Under the historical model of government-orchestrated exploration missions initiated by single political administrations, space structures are likely to be limited to small-scale habitats and orbital modules with design life cycles of only several years or decades.  The designs, and thus architecture, will generally be fixed and without real time feedback from the spacefarers themselves.  The technology to repair and upgrade existing habitats, a practice widespread on Earth, is not likely to be developed under short term exploration goals.  If exploration takes on a multi-administration or international character, the prospects for space architecture development by the inhabitants themselves will be broader.  Private space tourism is a way the development of space and a space transportation infrastructure can be accelerated.  Virgin Galactic has indicated plans for an orbital craft, SpaceShipThree.  The demand for space tourism is one without bound.  It is not difficult to imagine lunar parks or cruises by Venus.  Another impetus to become a spacefaring species is planetary defense.

text: The future of space architecture hinges on the

text: colonization of space

text: .  Under the historical model of government-orchestrated exploration missions initiated by single

text: political administrations

text: , space structures are likely to be limited to small-scale habitats and orbital modules with design life cycles of only several years or decades.  The designs, and thus architecture, will generally be fixed and without real time feedback from the spacefarers themselves.  The technology to repair and upgrade existing habitats, a practice widespread on Earth, is not likely to be developed under short term exploration goals.  If exploration takes on a multi-administration or international character, the prospects for space architecture development by the inhabitants themselves will be broader.  Private

text: space tourism

text: is a way the development of space and a space transportation infrastructure can be accelerated.  Virgin Galactic has indicated plans for an orbital craft,

text: SpaceShipThree

text: .  The demand for space tourism is one without bound.  It is not difficult to imagine lunar parks or cruises by

text: Venus

text: .  Another impetus to become a spacefaring species is

text: planetary defense

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: under short term exploration goals

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: U.S.

answers: NDQ_002115

answers: private space tourism

answers: NDQ_002116

answers: orbital modules

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices.

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: Which of the following is not a law: Newtons Third Law of Motion

answers: NDQ_002123

answers: What is not likely to be developed under short term exploration goals

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbital

answers: NDQ_002127

answers: gravity

answers: NDQ_002128

answers: orbital module

answers: NDQ_002129

answers: Virgin Galactic

answers: NDQ_002130

answers: government

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: SpaceShipThree

answers: NDQ_002133

answers: Earth

answers: NDQ_002134

answers: space structures are likely to be limited to what?

answers: NDQ_002135

answers: colonization of space

answers: NDQ_002136

answers: planetary defense

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: is not likely to be developed

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: orbital modules

answers: NDQ_002097

answers: planetary defense.

answers: NDQ_002099

answers: orbital craft, SpaceShipThree.

answers: NDQ_002100

answers: Venus.

answers: NDQ_002103

answers: government-orchestrated exploration missions initiated by single political administrations,

answers: NDQ_002108

answers: government-orchestrated exploration missions initiated by single political administrations,

answers: NDQ_002111

answers: real time feedback from the spacefarers themselves.

answers: NDQ_002113

answers: Private space tourism

answers: NDQ_002114

answers: Virgin Galactic

answers: NDQ_002115

answers: lunar parks or cruises by Venus.

answers: NDQ_002116

answers: orbital modules

answers: NDQ_002117

answers: government-orchestrated exploration missions initiated by single political administrations,

answers: NDQ_002118

answers: planetary defense.

answers: NDQ_002119

answers: several years

answers: NDQ_002120

answers: Private space tourism

answers: NDQ_002121

answers: orbital modules

answers: NDQ_002122

answers: orbital modules with design life cycles of only several years or decades.

answers: NDQ_002123

answers: planetary defense.

answers: NDQ_002124

answers: SpaceShipThree.

answers: NDQ_002125

answers: Virgin Galactic

answers: NDQ_002126

answers: orbital

answers: NDQ_002127

answers: planetary defense.

answers: NDQ_002128

answers: orbital modules

answers: NDQ_002129

answers: SpaceShipThree.

answers: NDQ_002130

answers: government-orchestrated exploration missions initiated by single political administrations,

answers: NDQ_002131

answers: SpaceShipThree.

answers: NDQ_002132

answers: SpaceShipThree.

answers: NDQ_002133

answers: Earth,

answers: NDQ_002134

answers: several years or decades.

answers: NDQ_002135

answers: government-orchestrated exploration missions

answers: NDQ_002136

answers: planetary defense.

answers: NDQ_002137

answers: real time feedback

answers: NDQ_002138

answers: orbital modules with design life cycles of only several years or decades.

answers: NDQ_002139

answers: Virgin Galactic

text: Between 4 October 2007 and 10 June 2009, the Japan Aerospace Exploration Agency's Kaguya (Selene) mission, a lunar orbiter fitted with a high-definition video camera, and two small radio-transmitter satellites, obtained lunar geophysics data and took the first high-definition movies from beyond Earth orbit.India's first lunar mission, Chandrayaan I, orbited from 8 November 2008 until loss of contact on 27 August 2009, creating a high resolution chemical, mineralogical and photo-geological map of the lunar surface, and confirming the presence of water molecules in lunar soil. The Indian Space Research Organisation planned to launch Chandrayaan II in 2013, which would have included a Russian robotic lunar rover. However, the failure of Russia's Fobos-Grunt mission has delayed this project.

text: Between 4 October 2007 and 10 June 2009, the

text: Japan Aerospace Exploration Agency

text: 's

text: Kaguya

text: (Selene) mission, a lunar orbiter fitted with a

text: high-definition video

text: camera, and two small radio-transmitter satellites, obtained lunar geophysics data and took the first high-definition movies from beyond Earth orbit.India's first lunar mission,

text: Chandrayaan I

text: , orbited from 8 November 2008 until loss of contact on 27 August 2009, creating a high resolution chemical, mineralogical and photo-geological map of the lunar surface, and confirming the presence of water molecules in lunar soil. The

text: Indian Space Research Organisation

text: planned to launch

text: Chandrayaan II

text: in 2013, which would have included a Russian robotic lunar rover. However, the failure of Russia's

text: Fobos-Grunt

text: mission has delayed this project.

answers: NDQ_002095

answers: beyond Earth orbit

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched

answers: NDQ_002100

answers: Russia

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: How many years after the failure of Russia's Fobos-Grunt mission has delayed this project?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: How are satellites placed in high orbits over Earth?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Earth

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: Chandrayaan I

answers: NDQ_002130

answers: Japan Aerospace Exploration Agency

answers: NDQ_002131

answers: Chandrayaan I

answers: NDQ_002132

answers: a lunar orbiter

answers: NDQ_002133

answers: Russians

answers: NDQ_002134

answers: water molecules in lunar soil

answers: NDQ_002135

answers: Kaguya (Selene) mission

answers: NDQ_002136

answers: loss of contact

answers: NDQ_002137

answers: radio-transmitter

answers: NDQ_002138

answers: Chandrayaan I

answers: NDQ_002139

answers: Kaguya

answers: NDQ_002095

answers: beyond Earth orbit.India's

answers: NDQ_002097

answers: water molecules

answers: NDQ_002099

answers: high-definition movies from beyond Earth orbit.India's

answers: NDQ_002100

answers: Japan

answers: NDQ_002103

answers: Between 4 October 2007 and 10 June 2009,

answers: NDQ_002108

answers: Earth

answers: NDQ_002111

answers: Between 4 October 2007 and 10 June 2009,

answers: NDQ_002113

answers: Between 4 October 2007 and 10 June 2009,

answers: NDQ_002114

answers: orbit.India's

answers: NDQ_002115

answers: orbit.India's first lunar mission,

answers: NDQ_002116

answers: satellites,

answers: NDQ_002117

answers: Earth orbit.India's

answers: NDQ_002118

answers: Earth orbit.India's

answers: NDQ_002119

answers: 2009,

answers: NDQ_002120

answers: Earth orbit.India's

answers: NDQ_002121

answers: Earth orbit.India's

answers: NDQ_002122

answers: Earth orbit.India's

answers: NDQ_002123

answers: Earth orbit.India's

answers: NDQ_002124

answers: 2009,

answers: NDQ_002125

answers: Between 4 October 2007 and 10 June 2009,

answers: NDQ_002126

answers: orbit.India's

answers: NDQ_002127

answers: Earth orbit.India's

answers: NDQ_002128

answers: lunar orbiter

answers: NDQ_002129

answers: lunar orbiter

answers: NDQ_002130

answers: Japan Aerospace Exploration Agency's

answers: NDQ_002131

answers: lunar orbiter

answers: NDQ_002132

answers: lunar orbiter

answers: NDQ_002133

answers: Earth orbit.India's

answers: NDQ_002134

answers: Earth orbit.India's

answers: NDQ_002135

answers: Japan Aerospace Exploration Agency's Kaguya

answers: NDQ_002136

answers: Earth

answers: NDQ_002137

answers: radio-transmitter satellites,

answers: NDQ_002138

answers: radio-transmitter satellites,

answers: NDQ_002139

answers: Japan Aerospace Exploration Agency's Kaguya

text: Orbital built Science and Environmental satellites conduct astrophysics, Remote sensing/Earth Observation, heliophysics, planetary exploration and technology demonstration missions. These satellites are built on Orbital's LEOStar-1,-2, or -3 satellite platforms depending on the mission requirements and budget.

text: Orbital built Science and Environmental satellites conduct

text: astrophysics

text: Remote sensing/Earth Observation

text: heliophysics

text: planetary exploration

text: and technology demonstration missions. These satellites are built on Orbital's LEOStar-1,-2, or -3 satellite platforms depending on the mission requirements and budget.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be used to launch satellites

answers: NDQ_002100

answers: Orbital

answers: NDQ_002103

answers: Satellites

answers: NDQ_002108

answers: It's impossible to say

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: It's impossible to say

answers: NDQ_002118

answers: It's impossible to say

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: Earth Observation

answers: NDQ_002121

answers: None of the above choices are true

answers: NDQ_002122

answers: Which of the following is not a law: Newton's Third Law of Motion?

answers: NDQ_002123

answers: Which of the following is not a mission requirement: Remote sensing/Earth Observation, heliophysics, planetary exploration and technology demonstration missions?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: heliophysics

answers: NDQ_002127

answers: gravity

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: LEOStar-1

answers: NDQ_002130

answers: Orbital

answers: NDQ_002131

answers: heliophysics

answers: NDQ_002132

answers: satellites

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: gravitational force is proportional to mass

answers: NDQ_002135

answers: Orbital

answers: NDQ_002136

answers: Orbital

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: LEOStar-2

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: planetary exploration

answers: NDQ_002097

answers: heliophysics,

answers: NDQ_002099

answers: mission requirements and budget.

answers: NDQ_002100

answers: Orbital

answers: NDQ_002103

answers: Orbital built Science and Environmental satellites

answers: NDQ_002108

answers: planetary exploration and technology demonstration missions.

answers: NDQ_002111

answers: Science and Environmental satellites conduct astrophysics,

answers: NDQ_002113

answers: Orbital built Science and Environmental satellites

answers: NDQ_002114

answers: planetary exploration and technology demonstration missions.

answers: NDQ_002115

answers: Orbital built Science and Environmental satellites

answers: NDQ_002116

answers: sensing/Earth

answers: NDQ_002117

answers: Orbital built Science and Environmental satellites

answers: NDQ_002118

answers: Orbital built Science and Environmental satellites

answers: NDQ_002119

answers: Orbital built Science and Environmental satellites conduct astrophysics,

answers: NDQ_002120

answers: sensing/Earth Observation,

answers: NDQ_002121

answers: heliophysics,

answers: NDQ_002122

answers: heliophysics,

answers: NDQ_002123

answers: Remote sensing/Earth Observation,

answers: NDQ_002124

answers: planetary exploration and technology demonstration missions.

answers: NDQ_002125

answers: planetary exploration and technology demonstration missions.

answers: NDQ_002126

answers: heliophysics,

answers: NDQ_002127

answers: heliophysics,

answers: NDQ_002128

answers: heliophysics,

answers: NDQ_002129

answers: LEOStar-1,-2, or -3

answers: NDQ_002130

answers: Orbital

answers: NDQ_002131

answers: heliophysics,

answers: NDQ_002132

answers: Science and Environmental satellites

answers: NDQ_002133

answers: planetary exploration and technology demonstration missions.

answers: NDQ_002134

answers: heliophysics,

answers: NDQ_002135

answers: planetary exploration and technology demonstration missions.

answers: NDQ_002136

answers: mission requirements and budget.

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: LEOStar-1,-2, or -3

answers: NDQ_002139

answers: Orbital built Science and Environmental satellites conduct astrophysics,

text: With  of his early fortune, Musk founded Space Exploration Technologies, or SpaceX, in June 2002. Musk is chief executive officer (CEO) and chief technology officer (CTO) of the Hawthorne, California-based company. SpaceX develops and manufactures space launch vehicles with a focus on advancing the state of rocket technology. The company's first two launch vehicles are the Falcon 1 and Falcon 9 rockets (a nod to Star Wars' Millennium Falcon), and its first spacecraft is the Dragon (a nod to Puff the Magic Dragon). In seven years, SpaceX designed the family of Falcon launch vehicles and the Dragon multipurpose spacecraft. In September 2008, SpaceX's Falcon 1 rocket became the first privately funded liquid-fueled vehicle to put a satellite into Earth orbit. On May 25, 2012, the SpaceX Dragon vehicle berthed with the ISS, making history as the first commercial company to launch and berth a vehicle to the International Space Station.

text: With  of his early fortune, Musk founded Space Exploration Technologies, or

text: SpaceX

text: , in June 2002. Musk is

text: chief executive officer

text: (CEO) and

text: chief technology officer

text: (CTO) of the

text: Hawthorne, California

text: -based company. SpaceX develops and manufactures space

text: launch vehicle

text: s with a focus on advancing the state of rocket technology. The company's first two launch vehicles are the

text: Falcon 1

text: and

text: Falcon 9

text: rockets (a nod to Star Wars'

text: Millennium Falcon

text: ), and its first spacecraft is the

text: Dragon

text: (a nod to

text: Puff the Magic Dragon

text: ). In seven years, SpaceX designed the family of Falcon launch vehicles and the Dragon multipurpose spacecraft. In September 2008, SpaceX's Falcon 1 rocket became the first privately funded liquid-fueled vehicle to put a satellite into Earth orbit. On May 25, 2012, the SpaceX Dragon vehicle berthed

text: with the ISS

text: , making history as the first commercial company to launch and

text: berth

text: a vehicle to the

text: International Space Station

answers: NDQ_002095

answers: Earth orbit

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: California

answers: NDQ_002103

answers: SpaceX Dragon vehicle berthed with the International Space Station

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: How did SpaceX put a satellite into Earth orbit?

answers: NDQ_002118

answers: How many satellites are in orbit around Earth

answers: NDQ_002119

answers: The first artificial satellite was launched in September 2008

answers: NDQ_002120

answers: Which satellites make detailed images of continents and coasts?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: Which happened first, SpaceX's Falcon 1 rocket became the first privately funded liquid-fueled vehicle to put a satellite into Earth orbit?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: liquid-fueled

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: SpaceX's Falcon 1 rocket became the first privately funded liquid-fueled vehicle to put a satellite into Earth orbit

answers: NDQ_002130

answers: SpaceX

answers: NDQ_002131

answers: berthed with the ISS

answers: NDQ_002132

answers: multipurpose spacecraft

answers: NDQ_002133

answers: SpaceX Dragon

answers: NDQ_002134

answers: SpaceX's first two launch vehicles are what?

answers: NDQ_002135

answers: Star Wars' Millennium Falcon

answers: NDQ_002136

answers: SpaceX's Falcon 1 rocket

answers: NDQ_002137

answers: Earth's magnetic field to determine

answers: NDQ_002138

answers: What was the first privately funded liquid-fueled vehicle to put a satellite into Earth orbit?

answers: NDQ_002139

answers: The first American to orbit Earth was

answers: NDQ_002095

answers: Earth orbit.

answers: NDQ_002097

answers: Earth orbit.

answers: NDQ_002099

answers: liquid-fueled vehicle to put a satellite into Earth orbit.

answers: NDQ_002100

answers: SpaceX, in June 2002.

answers: NDQ_002103

answers: launch and berth a vehicle to the International Space Station.

answers: NDQ_002108

answers: Earth orbit.

answers: NDQ_002111

answers: advancing the state of rocket technology.

answers: NDQ_002113

answers: liquid-fueled vehicle to put a satellite into Earth orbit.

answers: NDQ_002114

answers: SpaceX, in June 2002.

answers: NDQ_002115

answers: put a satellite

answers: NDQ_002116

answers: Earth orbit.

answers: NDQ_002117

answers: privately funded liquid-fueled vehicle to put a satellite into Earth orbit.

answers: NDQ_002118

answers: satellite into Earth orbit.

answers: NDQ_002119

answers: 2008,

answers: NDQ_002120

answers: SpaceX, in June 2002.

answers: NDQ_002121

answers: Earth orbit.

answers: NDQ_002122

answers: SpaceX develops and manufactures space launch vehicles

answers: NDQ_002123

answers: Earth orbit.

answers: NDQ_002124

answers: the SpaceX Dragon vehicle berthed with the ISS,

answers: NDQ_002125

answers: ISS,

answers: NDQ_002126

answers: orbit.

answers: NDQ_002127

answers: liquid-fueled

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: International Space Station.

answers: NDQ_002130

answers: SpaceX,

answers: NDQ_002131

answers: SpaceX Dragon vehicle berthed with the ISS,

answers: NDQ_002132

answers: Dragon multipurpose spacecraft.

answers: NDQ_002133

answers: Earth orbit.

answers: NDQ_002134

answers: liquid-fueled vehicle to put a satellite into Earth orbit.

answers: NDQ_002135

answers: September 2008,

answers: NDQ_002136

answers: liquid-fueled vehicle

answers: NDQ_002137

answers: liquid-fueled vehicle to put a satellite into Earth orbit.

answers: NDQ_002138

answers: Earth orbit.

answers: NDQ_002139

answers: Musk

text: Her first book, Breaking the Chains of Gravity (Bloomsbury 2015), tells the story of America's nascent space program. It was her debut book and Kirkus Reviews called it a "must-read for anyone interested in the early history of space exploration." Booklist called it a "fine authorial debut." The book describes the early pioneers of rockets in the late 1920s.

text: Her first book, Breaking the Chains of Gravity (Bloomsbury 2015), tells the story of America's nascent space program. It was her debut book and

text: Kirkus Reviews

text: called it a "must-read for anyone interested in the early history of space exploration."

text: Booklist

text: called it a "fine authorial debut." The book describes the early pioneers of rockets in the late 1920s.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: Gravity

answers: NDQ_002099

answers: lifts off

answers: NDQ_002100

answers: America's

answers: NDQ_002103

answers: in the late 1920s

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: The U.S.

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: None of the above choices.

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

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

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: Which of the following is not a law of motion: Newtons Third Law of Motion or Gravity?

answers: NDQ_002123

answers: Which of the following is not a type of spacecraft: imaging satellites or rockets?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: Gravity

answers: NDQ_002127

answers: Gravity

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: Breaking the Chains of Gravity

answers: NDQ_002130

answers: SpaceX

answers: NDQ_002131

answers: Gravity

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: late 1920s

answers: NDQ_002134

answers: Gravity is inversely proportional to

answers: NDQ_002135

answers: the late 1920s

answers: NDQ_002136

answers: Gravity

answers: NDQ_002137

answers: Earth's magnetic field to determine the location of objects.

answers: NDQ_002138

answers: What is the name of the satellite in the low orbit?

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Gravity

answers: NDQ_002097

answers: Gravity

answers: NDQ_002099

answers: Gravity

answers: NDQ_002100

answers: America's

answers: NDQ_002103

answers: rockets in the late 1920s.

answers: NDQ_002108

answers: late 1920s.

answers: NDQ_002111

answers: rockets in the late 1920s.

answers: NDQ_002113

answers: late 1920s.

answers: NDQ_002114

answers: Breaking the Chains of Gravity

answers: NDQ_002115

answers: late 1920s.

answers: NDQ_002116

answers: Breaking the Chains of Gravity

answers: NDQ_002117

answers: rockets

answers: NDQ_002118

answers: Breaking the Chains of Gravity

answers: NDQ_002119

answers: 1920s.

answers: NDQ_002120

answers: Her first book, Breaking the Chains of Gravity

answers: NDQ_002121

answers: Gravity

answers: NDQ_002122

answers: Breaking the Chains of Gravity

answers: NDQ_002123

answers: Breaking the Chains of Gravity

answers: NDQ_002124

answers: Breaking the Chains of Gravity

answers: NDQ_002125

answers: Breaking the Chains of Gravity

answers: NDQ_002126

answers: Gravity

answers: NDQ_002127

answers: Gravity

answers: NDQ_002128

answers: Gravity

answers: NDQ_002129

answers: Breaking the Chains of Gravity

answers: NDQ_002130

answers: space program.

answers: NDQ_002131

answers: Gravity

answers: NDQ_002132

answers: rockets

answers: NDQ_002133

answers: late 1920s.

answers: NDQ_002134

answers: Gravity

answers: NDQ_002135

answers: late 1920s.

answers: NDQ_002136

answers: Gravity

answers: NDQ_002137

answers: Gravity

answers: NDQ_002138

answers: Gravity

answers: NDQ_002139

answers: Her first book, Breaking the Chains of Gravity

text: The Soviet space program comprised the rocketry and space exploration programs conducted by the former Soviet Union (USSR) from the 1930s until its dissolution in 1991. Over its sixty-year history, this primarily classified military program was responsible for a number of pioneering accomplishments in space flight, including the first intercontinental ballistic missile (R-7), first satellite (Sputnik 1), first animal in Earth orbit (the dog Laika on Sputnik 2), first human in space and Earth orbit (cosmonaut Yuri Gagarin on Vostok 1), first woman in space and Earth orbit (cosmonaut Valentina Tereshkova on Vostok 6), first spacewalk (cosmonaut Alexey Leonov on Voskhod 2), first Moon impact (Luna 2), first image of the far side of the moon (Luna 3) and unmanned lunar soft landing (Luna 9), first space rover (Lunokhod 1), first sample of lunar soil automatically extracted and brought to Earth (Luna 16), and first space station (Salyut 1). Further notable records included the first interplanetary probes: Venera 1 and Mars 1 to fly by Venus and Mars, respectively, Venera 3 and Mars 2 to impact the respective planet surface, and Venera 7 and Mars 3 to make soft landings on these planets.

text: The Soviet space program comprised the

text: rocketry

text: and

text: space exploration

text: programs conducted by the former

text: Soviet Union

text: (USSR) from the 1930s until

text: its dissolution

text: in 1991. Over its sixty-year history, this primarily

text: classified

text: military program was responsible for a number of pioneering accomplishments in space flight, including the first

text: intercontinental ballistic missile

text: ), first satellite (

text: Sputnik 1

text: ), first animal in

text: Earth orbit

text: (the dog

text: Laika

text: on

text: Sputnik 2

text: ), first human in space and Earth orbit (

text: cosmonaut

text: Yuri Gagarin

text: on

text: Vostok 1

text: ), first woman in space and Earth orbit (

text: cosmonaut

text: Valentina Tereshkova

text: on

text: Vostok 6

text: ), first

text: spacewalk

text: cosmonaut

text: Alexey Leonov

text: on

text: Voskhod 2

text: ), first

text: Moon

text: impact (

text: Luna 2

text: ), first image of the far side of the moon (

text: Luna 3

text: ) and unmanned lunar soft landing (

text: Luna 9

text: ), first

text: space rover

text: Lunokhod 1

text: ), first sample of

text: lunar soil

text: automatically extracted and brought to Earth (

text: Luna 16

text: ), and first

text: space station

text: Salyut 1

text: ). Further notable records included the first

text: interplanetary probe

text: s:

text: Venera 1

text: and

text: Mars 1

text: to fly by

text: Venus

text: and

text: Mars

text: , respectively,

text: Venera 3

text: and

text: Mars 2

text: to impact the respective planet surface, and

text: Venera 7

text: and

text: Mars 3

text: to make soft landings on these planets.

answers: NDQ_002095

answers: Earth orbit

answers: NDQ_002097

answers: first Moon impact

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: USSR

answers: NDQ_002103

answers: unmanned

answers: NDQ_002108

answers: Yes

answers: NDQ_002111

answers: How many years did the Soviet space program last

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: first Moon impact

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: unmanned

answers: NDQ_002118

answers: How many satellites are in orbit around Earth

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: Landsat satellites

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: Which satellite was placed in high orbits over Earth?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: rocketry

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Sputnik

answers: NDQ_002130

answers: unanswerable

answers: NDQ_002131

answers: Sputnik 1

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 1930s

answers: NDQ_002134

answers: Mars 3 to make soft landings on these planets

answers: NDQ_002135

answers: Soviet space program

answers: NDQ_002136

answers: soft landings

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Sputnik 1

answers: NDQ_002139

answers: Yuri Gagarin

answers: NDQ_002095

answers: Earth orbit

answers: NDQ_002097

answers: Venus

answers: NDQ_002099

answers: intercontinental ballistic missile

answers: NDQ_002100

answers: Soviet Union

answers: NDQ_002103

answers: satellite (Sputnik 1),

answers: NDQ_002108

answers: first human in space and Earth orbit

answers: NDQ_002111

answers: 1930s until its dissolution in 1991.

answers: NDQ_002113

answers: 1930s until its dissolution in 1991.

answers: NDQ_002114

answers: first human in space and Earth orbit

answers: NDQ_002115

answers: Moon impact (Luna 2),

answers: NDQ_002116

answers: Earth orbit

answers: NDQ_002117

answers: unmanned

answers: NDQ_002118

answers: first satellite (Sputnik 1),

answers: NDQ_002119

answers: spacewalk

answers: NDQ_002120

answers: (Sputnik 1),

answers: NDQ_002121

answers: Earth orbit

answers: NDQ_002122

answers: intercontinental ballistic missile

answers: NDQ_002123

answers: (Luna 3)

answers: NDQ_002124

answers: Alexey Leonov

answers: NDQ_002125

answers: Venera 7 and Mars 3 to make soft landings on these planets.

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: military

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: (Sputnik 1),

answers: NDQ_002130

answers: The Soviet space program

answers: NDQ_002131

answers: intercontinental ballistic missile

answers: NDQ_002132

answers: unmanned lunar soft landing (Luna 9),

answers: NDQ_002133

answers: 1930s

answers: NDQ_002134

answers: image of the far side of the moon

answers: NDQ_002135

answers: (Sputnik 1),

answers: NDQ_002136

answers: unmanned lunar soft landing

answers: NDQ_002137

answers: (Luna 3)

answers: NDQ_002138

answers: (Sputnik 1),

answers: NDQ_002139

answers: Yuri Gagarin

text: The Moon Agreement (1979-1984) is often treated as though it is not a part of the body of international space law, and there has been extensive debate on whether or not the Moon Agreement is a valid part of international law. It entered into force in 1984, because of a five state ratification consensus procedure, agreed upon by the members of the United Nations Committee on Peaceful Uses of Outer Space (COPUOS). Still today very few nations have signed and/or ratified the Moon Agreement. In recent years this figure has crept up to a few more than a dozen nations who have signed and ratified the treaty. The other three outer space treaties experienced a high level of international cooperation in terms of signage and ratification, but the Moon Treaty went further than them, by defining the Common Heritage concept in more detail and by imposing specific obligations on the parties engaged in the exploration and/or exploitation of outer space. The Moon Treaty explicitly designates the Moon and its natural resources as part of the Common Heritage of Mankind.

text: The Moon Agreement (1979-1984) is often treated as though it is not a part of the body of international space law, and there has been extensive debate on whether or not the Moon Agreement is a valid part of international law. It entered into force in 1984, because of a five state ratification consensus procedure, agreed upon by the members of the United Nations Committee on Peaceful Uses of Outer Space (COPUOS). Still today very few nations have signed and/or ratified the Moon Agreement. In recent years this figure has crept up to a few more than a dozen nations who have signed and ratified the treaty. The other three outer space treaties experienced a high level of international cooperation in terms of signage and ratification, but the Moon Treaty went further than them, by defining the Common Heritage concept in more detail and by imposing specific obligations on the parties engaged in the exploration and/or exploitation of outer space. The Moon Treaty explicitly designates the Moon and its natural resources as part of the Common Heritage of Mankind.

answers: NDQ_002095

answers: orbit the Moon

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: The Moon

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is the Moon?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

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

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: What is the common heritage of Mankind?

answers: NDQ_002123

answers: How many states have signed and/or ratified the Moon Agreement?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: The Moon

answers: NDQ_002129

answers: The Moon

answers: NDQ_002130

answers: unanswerable

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: Moon Agreement

answers: NDQ_002134

answers: The Moon Treaty explicitly designates the Moon and its natural resources as part of the Common Heritage of Mankind

answers: NDQ_002135

answers: The Moon Agreement

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: is a satellite in a low orbit

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Moon Agreement

answers: NDQ_002097

answers: The Moon Agreement

answers: NDQ_002099

answers: exploration and/or exploitation of outer space.

answers: NDQ_002100

answers: The Moon Agreement (1979-1984)

answers: NDQ_002103

answers: The Moon Agreement

answers: NDQ_002108

answers: The Moon Agreement

answers: NDQ_002111

answers: The Moon Agreement

answers: NDQ_002113

answers: The Moon Agreement

answers: NDQ_002114

answers: The Moon Agreement

answers: NDQ_002115

answers: The Moon Agreement

answers: NDQ_002116

answers: The Moon Agreement

answers: NDQ_002117

answers: The Moon Agreement

answers: NDQ_002118

answers: The Moon Agreement

answers: NDQ_002119

answers: The Moon Agreement

answers: NDQ_002120

answers: The Moon Agreement

answers: NDQ_002121

answers: The Moon Agreement

answers: NDQ_002122

answers: The Moon Agreement

answers: NDQ_002123

answers: The Moon Agreement

answers: NDQ_002124

answers: The Moon Agreement

answers: NDQ_002125

answers: The Moon Agreement

answers: NDQ_002126

answers: The Moon Agreement

answers: NDQ_002127

answers: five state ratification consensus procedure,

answers: NDQ_002128

answers: Moon

answers: NDQ_002129

answers: The Moon

answers: NDQ_002130

answers: The Moon Agreement

answers: NDQ_002131

answers: The Moon Agreement

answers: NDQ_002132

answers: Peaceful Uses of Outer Space

answers: NDQ_002133

answers: The Moon Agreement (1979-1984)

answers: NDQ_002134

answers: Moon and its natural resources as part of the Common Heritage of Mankind.

answers: NDQ_002135

answers: The Moon Agreement

answers: NDQ_002136

answers: The Moon Agreement

answers: NDQ_002137

answers: The Moon Agreement

answers: NDQ_002138

answers: The Moon Agreement

answers: NDQ_002139

answers: The Moon Agreement (1979-1984)

text: An attempt was made to photograph the individual components of this binary using the Hubble Space Telescope, but the stars proved too close to resolve. Recent measurements with the Extreme Ultraviolet Explorer space telescope gave a more accurate orbital period of . The inclination of this system's orbital plane is believed to be nearly edge-on (90°) as seen from the Earth. If so it may be possible to observe an eclipse.

text: An attempt was made to photograph the individual components of this binary using the

text: Hubble Space Telescope

text: , but the stars proved too close to resolve. Recent measurements with the

text: Extreme Ultraviolet Explorer

text: space telescope

text: gave a more accurate orbital period of . The

text: inclination

text: of this system's

text: orbital plane

text: is believed to be nearly edge-on (90°) as seen from the Earth. If so it may be possible to observe an

text: eclipse

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: unanswerable

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How did the Hubble Space Telescope work?

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What type of object orbits the Earth?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices are true

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat or Hubble?

answers: NDQ_002121

answers: None of the above choices.

answers: NDQ_002122

answers: Which of the following is not a law: Newton's Third Law of Motion?

answers: NDQ_002123

answers: Which of the following is not a type of imaging satellite: Hubble Space Telescope or Extreme Ultraviolet Explorer?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbital

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: binary

answers: NDQ_002129

answers: The Hubble Space Telescope

answers: NDQ_002130

answers: Space Telescope

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: unanswerable

answers: NDQ_002133

answers: Space Telescope

answers: NDQ_002134

answers: gravitational force is proportional to

answers: NDQ_002135

answers: The Hubble Space Telescope

answers: NDQ_002136

answers: orbital period

answers: NDQ_002137

answers: The Hubble Space Telescope

answers: NDQ_002138

answers: can cause an eclipse

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: orbital period

answers: NDQ_002097

answers: inclination

answers: NDQ_002099

answers: individual components

answers: NDQ_002100

answers: Earth.

answers: NDQ_002103

answers: Extreme Ultraviolet Explorer

answers: NDQ_002108

answers: Hubble Space Telescope,

answers: NDQ_002111

answers: Extreme Ultraviolet Explorer

answers: NDQ_002113

answers: Hubble Space Telescope,

answers: NDQ_002114

answers: Hubble Space Telescope,

answers: NDQ_002115

answers: Hubble Space Telescope,

answers: NDQ_002116

answers: orbital period

answers: NDQ_002117

answers: Hubble Space Telescope,

answers: NDQ_002118

answers: binary using the Hubble Space Telescope,

answers: NDQ_002119

answers: Hubble Space Telescope,

answers: NDQ_002120

answers: Hubble Space Telescope,

answers: NDQ_002121

answers: orbital period

answers: NDQ_002122

answers: The inclination of this system's orbital plane

answers: NDQ_002123

answers: Hubble Space Telescope,

answers: NDQ_002124

answers: Extreme Ultraviolet Explorer

answers: NDQ_002125

answers: Extreme Ultraviolet Explorer

answers: NDQ_002126

answers: orbital period

answers: NDQ_002127

answers: Extreme Ultraviolet

answers: NDQ_002128

answers: binary

answers: NDQ_002129

answers: Hubble Space Telescope,

answers: NDQ_002130

answers: Hubble Space Telescope,

answers: NDQ_002131

answers: Extreme Ultraviolet Explorer

answers: NDQ_002132

answers: Extreme Ultraviolet Explorer

answers: NDQ_002133

answers: Hubble Space Telescope,

answers: NDQ_002134

answers: inclination of this system's orbital plane

answers: NDQ_002135

answers: Hubble Space Telescope,

answers: NDQ_002136

answers: orbital period

answers: NDQ_002137

answers: Extreme Ultraviolet Explorer space telescope

answers: NDQ_002138

answers: Extreme Ultraviolet Explorer

answers: NDQ_002139

answers: Hubble Space Telescope,

text: Aether is a space adventure game with washed-out pastel colors and a varying soundtrack consisting of a piano, synthesizer, guitar, and percussion piece. There are four monochrome planets to explore, which have subdued hues. Players control a lonely boy from Earth and an octopus-like monster he befriends. The monster's tongue is used to propel itself and the boy through space and onto other planets. Each planet has a unique soundtrack that gets louder as you approach it. Each moon or planet exerts gravity over the player character, requiring momentum to escape from the planet's orbit. To escape a planet, the tongue must first be latched onto a cloud floating above the planet's surface, which can then be used to swing the player around. By propelling themselves from the initial cloud using swinging momentum, players can latch onto the next and repeat the process to leave the planet's orbit. After reaching space the process is repeated with stars and asteroids. In space the lack of gravity causes the player to drift until the direction is changed by swinging on another object.

text: Aether is a space adventure game with washed-out pastel colors and a varying soundtrack consisting of a piano, synthesizer, guitar, and percussion piece. There are four monochrome planets to explore, which have subdued hues. Players control a lonely boy from Earth and an octopus-like monster he befriends. The monster's tongue is used to propel itself and the boy through space and onto other planets. Each planet has a unique soundtrack that gets louder as you approach it. Each moon or planet exerts

text: gravity

text: over the

text: player character

text: , requiring momentum to escape from the planet's orbit. To escape a planet, the tongue must first be latched onto a cloud floating above the planet's surface, which can then be used to swing the player around. By propelling themselves from the initial cloud using swinging momentum, players can latch onto the next and repeat the process to leave the planet's orbit. After reaching space the process is repeated with stars and asteroids. In space the lack of gravity causes the player to drift until the direction is changed by swinging on another object.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravity

answers: NDQ_002099

answers: propels itself through space

answers: NDQ_002100

answers: Earth

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How many monochrome planets are there to explore?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: unknown

answers: NDQ_002116

answers: What is the process repeated with stars and asteroids?

answers: NDQ_002117

answers: How does the monster's tongue propel itself?

answers: NDQ_002118

answers: How many moons are in orbit around Earth?

answers: NDQ_002119

answers: space

answers: NDQ_002120

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

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: Does the monster's tongue propel itself and the boy through space and onto other planets?

answers: NDQ_002123

answers: How many moons or planets exert gravity over the player character

answers: NDQ_002124

answers: Alan Shepherd

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: gravity

answers: NDQ_002128

answers: moon

answers: NDQ_002129

answers: asteroids

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: The monster's tongue is used to propel itself and the boy through space and onto other planets

answers: NDQ_002132

answers: octopus-like monster

answers: NDQ_002133

answers: Earth

answers: NDQ_002134

answers: gravitational force causes objects to move in what direction?

answers: NDQ_002135

answers: Aether

answers: NDQ_002136

answers: gravity

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: can be used to swing the player around.

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravity

answers: NDQ_002099

answers: repeat the process to leave the planet's orbit.

answers: NDQ_002100

answers: Earth

answers: NDQ_002103

answers: Earth

answers: NDQ_002108

answers: Earth

answers: NDQ_002111

answers: cloud

answers: NDQ_002113

answers: stars

answers: NDQ_002114

answers: Earth

answers: NDQ_002115

answers: Each moon or planet exerts gravity

answers: NDQ_002116

answers: planet's orbit.

answers: NDQ_002117

answers: stars

answers: NDQ_002118

answers: stars

answers: NDQ_002119

answers: Earth

answers: NDQ_002120

answers: Earth

answers: NDQ_002121

answers: gravity

answers: NDQ_002122

answers: momentum to escape from the planet's orbit.

answers: NDQ_002123

answers: stars

answers: NDQ_002124

answers: Earth

answers: NDQ_002125

answers: Earth

answers: NDQ_002126

answers: orbit.

answers: NDQ_002127

answers: gravity

answers: NDQ_002128

answers: planet

answers: NDQ_002129

answers: stars

answers: NDQ_002130

answers: Earth

answers: NDQ_002131

answers: In space the lack of gravity

answers: NDQ_002132

answers: octopus-like monster

answers: NDQ_002133

answers: Earth

answers: NDQ_002134

answers: Each moon or planet exerts gravity

answers: NDQ_002135

answers: stars

answers: NDQ_002136

answers: gravity

answers: NDQ_002137

answers: gravity

answers: NDQ_002138

answers: stars

answers: NDQ_002139

answers: boy

text: O'Keefe became NASA administrator on December 21, 2001 after the United States Senate confirmed his nomination. He came to NASA without formal training in science or engineering (as was the case with James E. Webb who was NASA administrator from 1961 to 1968). O'Keefe's tenure at NASA can be divided into roughly three equal periods, each marked by a single problem or event of overriding importance:; in the period December 2001 through January 2003, O'Keefe eliminated a $5 billion cost overrun in the construction of the International Space Station. In 2003 Space Shuttle Columbia accident and its aftermath. From January 2004 through February 2005, O'Keefe re-organized NASA to start working on President George W. Bush's newly announced Vision for Space Exploration to send humans to the Moon and Mars.

text: O'Keefe became NASA administrator on December 21, 2001 after the

text: United States Senate

text: confirmed his nomination. He came to NASA without formal training in science or engineering (as was the case with

text: James E. Webb

text: who was NASA administrator from 1961 to 1968). O'Keefe's tenure at NASA can be divided into roughly three equal periods, each marked by a single problem or event of overriding importance:; in the period December 2001 through January 2003, O'Keefe eliminated a $5 billion

text: cost overrun

text: in the construction of the

text: International Space Station

text: . In 2003

text: Space Shuttle Columbia accident

text: and its aftermath. From January 2004 through February 2005, O'Keefe re-organized NASA to start working on President George W. Bush's newly announced

text: Vision for Space Exploration

text: to send humans to the Moon and Mars.

answers: NDQ_002095

answers: Mars

answers: NDQ_002097

answers: the International Space Station

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: December 21, 2001

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: What was the case with James E. Webb?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S.

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is the International Space Station?

answers: NDQ_002117

answers: O'Keefe eliminated a $5 billion cost overrun in the construction of the International Space Station

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat or Columbia?

answers: NDQ_002121

answers: What is the law of conservation of momentum?

answers: NDQ_002122

answers: Which of the following is not a law: Newton's Third Law of Motion?

answers: NDQ_002123

answers: Which happened first, the International Space Station or the Space Shuttle Columbia accident and its aftermath?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: International Space Station

answers: NDQ_002129

answers: International Space Station

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Columbia accident and its aftermath

answers: NDQ_002132

answers: Space Shuttle

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: O'Keefe eliminated a $5 billion cost overrun in the construction of the International Space Station.

answers: NDQ_002135

answers: Space Shuttle Columbia accident

answers: NDQ_002136

answers: Space Shuttle Columbia

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: What is a satellite in a low orbit?

answers: NDQ_002139

answers: James E. Webb

answers: NDQ_002095

answers: Mars.

answers: NDQ_002097

answers: engineering

answers: NDQ_002099

answers: International Space Station.

answers: NDQ_002100

answers: Moon and Mars.

answers: NDQ_002103

answers: Space Shuttle Columbia accident

answers: NDQ_002108

answers: the Moon and Mars.

answers: NDQ_002111

answers: He came to NASA without formal training in science or engineering

answers: NDQ_002113

answers: Space Shuttle Columbia accident and its aftermath. From January 2004 through February 2005,

answers: NDQ_002114

answers: Moon

answers: NDQ_002115

answers: Space Shuttle Columbia accident

answers: NDQ_002116

answers: International Space Station.

answers: NDQ_002117

answers: Space Shuttle Columbia

answers: NDQ_002118

answers: International Space Station.

answers: NDQ_002119

answers: 1961 to 1968).

answers: NDQ_002120

answers: O'Keefe became NASA administrator on December 21, 2001

answers: NDQ_002121

answers: Space Shuttle Columbia

answers: NDQ_002122

answers: Space Shuttle Columbia accident

answers: NDQ_002123

answers: International Space Station.

answers: NDQ_002124

answers: O'Keefe

answers: NDQ_002125

answers: Mars.

answers: NDQ_002126

answers: International Space Station.

answers: NDQ_002127

answers: engineering

answers: NDQ_002128

answers: International Space Station.

answers: NDQ_002129

answers: International Space Station.

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Space Shuttle Columbia

answers: NDQ_002132

answers: Space Shuttle

answers: NDQ_002133

answers: 1961 to 1968).

answers: NDQ_002134

answers: Space Shuttle Columbia accident and its aftermath.

answers: NDQ_002135

answers: Space Shuttle Columbia

answers: NDQ_002136

answers: Space Shuttle Columbia accident

answers: NDQ_002137

answers: engineering

answers: NDQ_002138

answers: Space Shuttle Columbia

answers: NDQ_002139

answers: James E. Webb

text: The first step towards a telecommunications program within ESRO was made in the end of 1966 when the European Conference on Satellite Communications requested that the organisation examine the potential for a European telecom satellite project. Although studies were carried out at this early stage as well as during the subsequent 5 years the ESRO council would not approve research and development activities until 1971 when the first package deal took effect. The delay was due to ESROs rigid decision making structure and the unfavorable political situation which existed among ESRO members at the time. These problems were largely done away with as part of the 1971 policy change which, among other things, outlined a fully voluntary mechanism for application project financing. Under the first package deal ESRO pursued a project to establish a European satellite system by the early 1980s in partnership with the European Conference of Postal and Telecommunications Administrations and the European Broadcasting Union. ESRO merged with ELDO to form the European Space Agency in 1975 before the first satellite of the effort, the Orbital Test Satellite, would be successfully launched in 1978.

text: The first step towards a telecommunications program within ESRO was made in the end of 1966 when the European Conference on Satellite Communications requested that the organisation examine the potential for a European telecom satellite project. Although studies were carried out at this early stage as well as during the subsequent 5 years the ESRO council would not approve research and development activities until 1971 when the first package deal took effect. The delay was due to ESROs rigid decision making structure and the unfavorable political situation which existed among ESRO members at the time. These problems were largely done away with as part of the 1971 policy change which, among other things, outlined a fully voluntary mechanism for application project financing. Under the first package deal ESRO pursued a project to establish a European satellite system by the early 1980s in partnership with the

entity_name: European Conference of Postal and Telecommunications Administrations

text: European Conference of Postal and Telecommunications Administrations

text: and the

text: European Broadcasting Union

text: . ESRO merged with ELDO to form the

text: European Space Agency

text: in 1975 before the first satellite of the effort, the

text: Orbital Test Satellite

text: , would be successfully launched in 1978.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can be launched

answers: NDQ_002100

answers: ESRO

answers: NDQ_002103

answers: successfully

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: How many years after the European Conference on Satellite Communications requested that the organisation examine the potential for a European telecom satellite project

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: What was the first satellite of the effort?

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

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

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: Which of the following is not a law: Newton's Third Law of Motion?

answers: NDQ_002123

answers: Which happened first, ESRO merged with ELDO to form the European Space Agency or the first satellite of the effort, the Orbital Test Satellite, would be successfully launched in 1978?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Orbital Test Satellite

answers: NDQ_002128

answers: Orbital Test Satellite

answers: NDQ_002129

answers: Orbital Test Satellite

answers: NDQ_002130

answers: European Space Agency

answers: NDQ_002131

answers: NDQ_002132

answers: unanswerable

answers: NDQ_002133

answers: end of 1966

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: European Space Agency

answers: NDQ_002136

answers: Space Agency

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Orbital Test Satellite

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Orbital Test Satellite, would be successfully launched in 1978.

answers: NDQ_002097

answers: The first step towards a telecommunications program within ESRO

answers: NDQ_002099

answers: launched

answers: NDQ_002100

answers: European Broadcasting Union.

answers: NDQ_002103

answers: 1978.

answers: NDQ_002108

answers: 1978.

answers: NDQ_002111

answers: Orbital Test Satellite, would be successfully launched in 1978.

answers: NDQ_002113

answers: Orbital Test Satellite, would be successfully launched in 1978.

answers: NDQ_002114

answers: 1978.

answers: NDQ_002115

answers: Orbital Test Satellite, would be successfully launched in 1978.

answers: NDQ_002116

answers: Orbital Test Satellite,

answers: NDQ_002117

answers: Orbital Test Satellite,

answers: NDQ_002118

answers: Orbital Test Satellite, would be successfully launched in 1978.

answers: NDQ_002119

answers: 1978.

answers: NDQ_002120

answers: Orbital Test Satellite, would be successfully launched in 1978.

answers: NDQ_002121

answers: Orbital Test Satellite, would be successfully launched in 1978.

answers: NDQ_002122

answers: Orbital Test Satellite, would be successfully launched in 1978.

answers: NDQ_002123

answers: Orbital Test Satellite,

answers: NDQ_002124

answers: 1978.

answers: NDQ_002125

answers: Orbital Test Satellite, would be successfully launched in 1978.

answers: NDQ_002126

answers: Orbital Test Satellite,

answers: NDQ_002127

answers: Orbital Test Satellite,

answers: NDQ_002128

answers: Orbital Test Satellite,

answers: NDQ_002129

answers: Orbital Test Satellite,

answers: NDQ_002130

answers: European Space Agency

answers: NDQ_002131

answers: The first step towards a telecommunications program within ESRO

answers: NDQ_002132

answers: Orbital Test Satellite,

answers: NDQ_002133

answers: 1978.

answers: NDQ_002134

answers: Orbital Test Satellite, would be successfully launched in 1978.

answers: NDQ_002135

answers: 1978.

answers: NDQ_002136

answers: unfavorable political situation

answers: NDQ_002137

answers: Orbital Test Satellite,

answers: NDQ_002138

answers: Orbital Test Satellite,

answers: NDQ_002139

answers: 1978.

text: Gene Roddenberry sold Star Trek in 1964 to NBC as a classic adventure drama, calling it a "Wagon Train to the Stars". But Roddenberry wanted to tell more sophisticated stories, using futuristic situations as analogies for current problems on Earth and showing how they could be rectified through humanism and optimism. The show's writers frequently addressed moral and social issues such as slavery, warfare, and discrimination. The opening line "to boldly go where no man has gone before" is almost verbatim from a US White House booklet on space produced after the Sputnik flight in 1957.

text: Gene Roddenberry

text: sold

text: Star Trek

text: in 1964 to

text: NBC

text: as a classic adventure drama, calling it a "

text: Wagon Train

text: to the Stars". But Roddenberry wanted to tell more sophisticated stories, using

text: futuristic

text: situations as

text: analogies

text: for current problems on Earth and showing how they could be rectified through

text: humanism

text: and optimism. The show's writers frequently addressed moral and social issues such as slavery, warfare, and discrimination. The opening line "to boldly go

text: where no man has gone before

text: " is almost

text: verbatim

text: from a

text: US

text: White House

text: booklet on space produced after the

text: Sputnik

text: flight in 1957.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: US

answers: NDQ_002103

answers: in 1957

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: The opening line "to boldly go where no man has gone before"

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: unanswerable

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: a wagon train

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: star

answers: NDQ_002129

answers: Sputnik

answers: NDQ_002130

answers: White House

answers: NDQ_002131

answers: Star Trek

answers: NDQ_002132

answers: Sputnik

answers: NDQ_002133

answers: 1957

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: Star Trek

answers: NDQ_002136

answers: gravity

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: can be used as an example of what?

answers: NDQ_002139

answers: Sputnik

answers: NDQ_002095

answers: Sputnik flight

answers: NDQ_002097

answers: "Wagon Train to the Stars".

answers: NDQ_002099

answers: Sputnik flight

answers: NDQ_002100

answers: US

answers: NDQ_002103

answers: Sputnik flight

answers: NDQ_002108

answers: Sputnik flight in 1957.

answers: NDQ_002111

answers: Sputnik flight in 1957.

answers: NDQ_002113

answers: Sputnik flight in 1957.

answers: NDQ_002114

answers: Sputnik flight

answers: NDQ_002115

answers: Sputnik

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: Sputnik

answers: NDQ_002118

answers: Sputnik flight in 1957.

answers: NDQ_002119

answers: 1957.

answers: NDQ_002120

answers: Sputnik

answers: NDQ_002121

answers: Sputnik flight in 1957.

answers: NDQ_002122

answers: Sputnik flight in 1957.

answers: NDQ_002123

answers: Sputnik

answers: NDQ_002124

answers: Sputnik flight in 1957.

answers: NDQ_002125

answers: Sputnik

answers: NDQ_002126

answers: "Wagon Train

answers: NDQ_002127

answers: "Wagon Train

answers: NDQ_002128

answers: Sputnik

answers: NDQ_002129

answers: Sputnik

answers: NDQ_002130

answers: White House

answers: NDQ_002131

answers: "Wagon Train to the Stars".

answers: NDQ_002132

answers: Sputnik

answers: NDQ_002133

answers: Sputnik flight in 1957.

answers: NDQ_002134

answers: "to boldly go where no man has gone before"

answers: NDQ_002135

answers: Sputnik

answers: NDQ_002136

answers: humanism and optimism.

answers: NDQ_002137

answers: Sputnik flight in 1957.

answers: NDQ_002138

answers: Sputnik

answers: NDQ_002139

answers: Sputnik

text: In the early 2000s, Nye assisted in the development of a small sundial that was included in the Mars Exploration Rover missions.  Known as MarsDial, it included small colored panels to provide a basis for color calibration in addition to helping keep track of time. From 2005 to 2010, Nye was the vice president of The Planetary Society, an organization that advocates space science research and the exploration of other planets, particularly Mars. He became the organization's second Executive Director in September 2010 when Louis Friedman stepped down.

text: In the early 2000s, Nye assisted in the development of a small

text: sundial

text: that was included in the

text: Mars Exploration Rover

text: missions.  Known as

text: MarsDial

text: , it included small colored panels to provide a basis for

text: color calibration

text: in addition to helping keep track of time. From 2005 to 2010, Nye was the vice president of

text: The Planetary Society

text: , an organization that advocates

text: space science

text: research and the exploration of other planets, particularly

text: Mars

text: . He became the organization's second Executive Director in September 2010 when

text: Louis Friedman

text: stepped down.

answers: NDQ_002095

answers: Mars

answers: NDQ_002097

answers: law of conservation of energy

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: United States and Russia

answers: NDQ_002103

answers: Nye

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices.

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

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

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: Which of the following is not a type of mission: Mars Exploration Rover missions or imaging satellites?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: yes

answers: NDQ_002126

answers: sundial

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: sundial

answers: NDQ_002129

answers: Mars Exploration Rover

answers: NDQ_002130

answers: The Planetary Society

answers: NDQ_002131

answers: Mars Exploration Rover

answers: NDQ_002132

answers: Mars Exploration Rover

answers: NDQ_002133

answers: 2000s

answers: NDQ_002134

answers: Mars Exploration Rover missions

answers: NDQ_002135

answers: Mars Exploration Rover missions

answers: NDQ_002136

answers: gravity

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Mars

answers: NDQ_002139

answers: Louis Friedman

answers: NDQ_002095

answers: Mars.

answers: NDQ_002097

answers: time.

answers: NDQ_002099

answers: space science research and the exploration of other planets, particularly Mars.

answers: NDQ_002100

answers: Mars Exploration Rover missions.

answers: NDQ_002103

answers: Nye was the vice president of The Planetary Society,

answers: NDQ_002108

answers: Mars.

answers: NDQ_002111

answers: Nye was the vice president of The Planetary Society,

answers: NDQ_002113

answers: Mars.

answers: NDQ_002114

answers: Nye was the vice president of The Planetary Society,

answers: NDQ_002115

answers: Mars.

answers: NDQ_002116

answers: space science research and the exploration of other planets,

answers: NDQ_002117

answers: Nye was the vice president of The Planetary Society,

answers: NDQ_002118

answers: space science research and the exploration of other planets, particularly Mars.

answers: NDQ_002119

answers: 2000s,

answers: NDQ_002120

answers: Nye was the vice president of The Planetary Society,

answers: NDQ_002121

answers: space science research and the exploration of other planets,

answers: NDQ_002122

answers: Nye was the vice president of The Planetary Society,

answers: NDQ_002123

answers: Mars.

answers: NDQ_002124

answers: Nye

answers: NDQ_002125

answers: Mars Exploration Rover missions.

answers: NDQ_002126

answers: sundial

answers: NDQ_002127

answers: space science research and the exploration of other planets, particularly Mars.

answers: NDQ_002128

answers: sundial

answers: NDQ_002129

answers: MarsDial,

answers: NDQ_002130

answers: The Planetary Society,

answers: NDQ_002131

answers: Mars Exploration Rover

answers: NDQ_002132

answers: Mars Exploration Rover

answers: NDQ_002133

answers: 2000s,

answers: NDQ_002134

answers: color calibration in addition to helping keep track of time.

answers: NDQ_002135

answers: Mars Exploration Rover

answers: NDQ_002136

answers: space science research and the exploration of other planets,

answers: NDQ_002137

answers: color calibration

answers: NDQ_002138

answers: sundial

answers: NDQ_002139

answers: Louis Friedman

text: The International Ultraviolet Explorer (IUE) was an astronomical observatory satellite primarily designed to take ultraviolet spectra. The satellite was a collaborative project between NASA, the UK Science Research Council and the European Space Agency (ESA). The mission was first proposed in early 1964, by a group of scientists in the United Kingdom, and was launched on January 26, 1978 aboard a NASA Delta rocket. The mission lifetime was initially set for 3 years, but in the end it lasted almost 18 years, with the satellite being shut down in 1996. The switch-off occurred for financial reasons, while the telescope was still functioning at near original efficiency.

text: The International Ultraviolet Explorer (IUE) was an astronomical

text: observatory

text: satellite

text: primarily designed to take

text: ultraviolet

text: spectra

text: . The satellite was a collaborative project between

text: NASA

text: , the

text: UK

text: Science Research Council

text: and the

text: European Space Agency (ESA)

text: . The mission was first proposed in early 1964, by a group of scientists in the United Kingdom, and was launched on January 26, 1978 aboard a NASA

text: Delta rocket

text: . The mission lifetime was initially set for 3 years, but in the end it lasted almost 18 years, with the satellite being shut down in 1996. The switch-off occurred for financial reasons, while the telescope was still functioning at near original efficiency.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched

answers: NDQ_002100

answers: United Kingdom

answers: NDQ_002103

answers: on January 26, 1978

answers: NDQ_002108

answers: Yes

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: How did the International Ultraviolet Explorer get into orbit?

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Neil Armstrong walked

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat or International Ultraviolet Explorer?

answers: NDQ_002121

answers: Why was the International Ultraviolet Explorer (IUE) launched?

answers: NDQ_002122

answers: How many years after the launch of the International Ultraviolet Explorer was it shut down?

answers: NDQ_002123

answers: Which happened first, the launch of the International Ultraviolet Explorer or the switch-off of the satellite?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Delta rocket

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: International Ultraviolet Explorer

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: 1964

answers: NDQ_002134

answers: The International Ultraviolet Explorer was launched in what year?

answers: NDQ_002135

answers: NASA Delta rocket

answers: NDQ_002136

answers: financial reasons

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: How many years after being launched was the International Ultraviolet Explorer shut down?

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: ultraviolet spectra.

answers: NDQ_002097

answers: The International Ultraviolet Explorer

answers: NDQ_002099

answers: NASA Delta rocket.

answers: NDQ_002100

answers: NASA, the UK Science Research Council and the European Space Agency

answers: NDQ_002103

answers: January 26, 1978

answers: NDQ_002108

answers: 1964,

answers: NDQ_002111

answers: NASA Delta rocket.

answers: NDQ_002113

answers: 1964,

answers: NDQ_002114

answers: NASA, the UK Science Research Council and the European Space Agency

answers: NDQ_002115

answers: NASA Delta rocket.

answers: NDQ_002116

answers: satellite

answers: NDQ_002117

answers: NASA Delta rocket.

answers: NDQ_002118

answers: The International Ultraviolet Explorer

answers: NDQ_002119

answers: 1978

answers: NDQ_002120

answers: 1978

answers: NDQ_002121

answers: launched on January 26, 1978

answers: NDQ_002122

answers: NASA Delta rocket.

answers: NDQ_002123

answers: astronomical observatory satellite primarily designed to take ultraviolet spectra.

answers: NDQ_002124

answers: NASA Delta rocket.

answers: NDQ_002125

answers: NASA Delta rocket.

answers: NDQ_002126

answers: astronomical observatory satellite primarily designed to take ultraviolet spectra.

answers: NDQ_002127

answers: NASA Delta rocket.

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: The International Ultraviolet Explorer

answers: NDQ_002130

answers: NASA,

answers: NDQ_002131

answers: The International Ultraviolet Explorer

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: 1964,

answers: NDQ_002134

answers: 3 years, but in the end it lasted almost 18 years,

answers: NDQ_002135

answers: NASA Delta

answers: NDQ_002136

answers: financial reasons,

answers: NDQ_002137

answers: NASA Delta rocket.

answers: NDQ_002138

answers: The International Ultraviolet Explorer

answers: NDQ_002139

answers: NASA Delta rocket.

text: There are many types of operations which can be performed to treat a hypertelorism. 2 options are: box osteotomy and facial bipartition (also referred to as a median fasciotomy).The goal of the box osteotomy is to bring the orbits closer together by removing a part of the bone between the orbits, to detach both orbits from the surrounding bone structures and move both orbits more to the centre of the face. The goal of the facial bipartition is not only to bring the orbits closer together, but also to create more space in the maxilla. This can be done by splitting the maxilla and the frontal bone, remove a triangular shaped piece of bone from the forehead and nasal bones and pulling the two pieces of forehead together. Not only will the hypertelorism be solved by pulling the frontal bone closer together, but because of this pulling, the space between the both parts of the maxilla will become wider.

text: There are many types of operations which can be performed to treat a hypertelorism. 2 options are: box osteotomy and facial bipartition (also referred to as a median fasciotomy).The goal of the box osteotomy is to bring the orbits closer together by removing a part of the bone between the orbits, to detach both orbits from the surrounding bone structures and move both orbits more to the centre of the face. The goal of the facial bipartition is not only to bring the orbits closer together, but also to create more space in the maxilla. This can be done by splitting the maxilla and the frontal bone, remove a triangular shaped piece of bone from the forehead and nasal bones and pulling the two pieces of forehead together. Not only will the hypertelorism be solved by pulling the frontal bone closer together, but because of this pulling, the space between the both parts of the maxilla will become wider.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: pull the frontal bone closer together

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: unanswerable

answers: NDQ_002103

answers: before it can be deployed

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: How did they work?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: what is the first object mentioned?

answers: NDQ_002117

answers: by means of a rocket

answers: NDQ_002118

answers: How many orbits are there?

answers: NDQ_002119

answers: space

answers: NDQ_002120

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

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: Newtons Third Law of Motion states that a rocket will travel in a straight line.

answers: NDQ_002123

answers: orbits are placed in high orbits over Earth

answers: NDQ_002124

answers: Alan Shepherd

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: triangular

answers: NDQ_002127

answers: kinetic energy

answers: NDQ_002128

answers: hypertelorism

answers: NDQ_002129

answers: saturn

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: gravitational force causes objects to move in the same direction

answers: NDQ_002135

answers: the Cold War

answers: NDQ_002136

answers: gravity

answers: NDQ_002137

answers: data from satellites

answers: NDQ_002138

answers: can be seen from Earth.

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: box osteotomy and facial bipartition

answers: NDQ_002097

answers: bone structures

answers: NDQ_002099

answers: box osteotomy and facial bipartition

answers: NDQ_002100

answers: 2 options are: box osteotomy and facial bipartition

answers: NDQ_002103

answers: box osteotomy and facial bipartition

answers: NDQ_002108

answers: box osteotomy

answers: NDQ_002111

answers: box osteotomy

answers: NDQ_002113

answers: facial bipartition

answers: NDQ_002114

answers: box osteotomy and facial bipartition

answers: NDQ_002115

answers: facial bipartition

answers: NDQ_002116

answers: orbits

answers: NDQ_002117

answers: box osteotomy

answers: NDQ_002118

answers: box osteotomy and facial bipartition

answers: NDQ_002119

answers: box osteotomy and facial bipartition

answers: NDQ_002120

answers: box osteotomy and facial bipartition

answers: NDQ_002121

answers: box osteotomy and facial bipartition

answers: NDQ_002122

answers: box osteotomy and facial bipartition

answers: NDQ_002123

answers: box osteotomy and facial bipartition

answers: NDQ_002124

answers: box osteotomy

answers: NDQ_002125

answers: box osteotomy

answers: NDQ_002126

answers: triangular

answers: NDQ_002127

answers: pulling,

answers: NDQ_002128

answers: hypertelorism.

answers: NDQ_002129

answers: orbits

answers: NDQ_002130

answers: box osteotomy

answers: NDQ_002131

answers: hypertelorism.

answers: NDQ_002132

answers: median fasciotomy).The

answers: NDQ_002133

answers: box osteotomy

answers: NDQ_002134

answers: wider.

answers: NDQ_002135

answers: box osteotomy

answers: NDQ_002136

answers: bone structures

answers: NDQ_002137

answers: box osteotomy

answers: NDQ_002138

answers: hypertelorism.

answers: NDQ_002139

answers: box osteotomy

text: The NASA Ames Exploration Center is a science museum and education center for NASA. There are displays and interactive exhibits about NASA technology, missions and space exploration. A moon rock, meteorite and other geologic samples are on display. The theater shows movies with footage from NASA's explorations of Mars and the planets, and about the contributions of the scientists at Ames.

text: The NASA Ames Exploration Center is a science museum and education center for NASA. There are displays and interactive exhibits about NASA technology, missions and space exploration. A moon rock, meteorite and other geologic samples are on display. The theater shows movies with footage from NASA's explorations of Mars and the planets, and about the contributions of the scientists at Ames.

answers: NDQ_002095

answers: Mars

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space.

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: before it can go into space

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: The NASA Ames Exploration Center is a science museum

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: None of the above choices.

answers: NDQ_002118

answers: how many satellites are in orbit around earth

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

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

answers: NDQ_002121

answers: the law of conservation of momentum

answers: NDQ_002122

answers: Which of the following is not an example of Newton's Third Law of Motion?

answers: NDQ_002123

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

answers: NDQ_002124

answers: Alan Shepherd

answers: NDQ_002125

answers: yes

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: rocket propellant

answers: NDQ_002128

answers: moon

answers: NDQ_002129

answers: The Space Shuttle Columbia

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: can not be described

answers: NDQ_002132

answers: Mars

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: gravitational force causes objects to move in a straight line

answers: NDQ_002135

answers: NASA

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: satellites to locate the Earth.

answers: NDQ_002138

answers: can be seen from Earth.

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Mars

answers: NDQ_002097

answers: Mars

answers: NDQ_002099

answers: missions and space exploration.

answers: NDQ_002100

answers: NASA's

answers: NDQ_002103

answers: missions and space exploration.

answers: NDQ_002108

answers: Mars

answers: NDQ_002111

answers: The NASA Ames Exploration Center

answers: NDQ_002113

answers: The NASA Ames Exploration Center

answers: NDQ_002114

answers: The NASA Ames Exploration Center

answers: NDQ_002115

answers: moon rock,

answers: NDQ_002116

answers: The NASA Ames Exploration Center

answers: NDQ_002117

answers: The NASA Ames Exploration Center

answers: NDQ_002118

answers: Mars

answers: NDQ_002119

answers: The NASA Ames Exploration Center

answers: NDQ_002120

answers: Mars

answers: NDQ_002121

answers: space exploration.

answers: NDQ_002122

answers: The NASA Ames Exploration Center

answers: NDQ_002123

answers: Mars

answers: NDQ_002124

answers: moon rock,

answers: NDQ_002125

answers: NASA's explorations of Mars

answers: NDQ_002126

answers: missions and space exploration.

answers: NDQ_002127

answers: space exploration.

answers: NDQ_002128

answers: moon

answers: NDQ_002129

answers: Mars

answers: NDQ_002130

answers: NASA.

answers: NDQ_002131

answers: The NASA Ames Exploration Center

answers: NDQ_002132

answers: Mars

answers: NDQ_002133

answers: Mars

answers: NDQ_002134

answers: Mars

answers: NDQ_002135

answers: NASA's explorations of Mars

answers: NDQ_002136

answers: NASA technology, missions and space exploration.

answers: NDQ_002137

answers: Mars

answers: NDQ_002138

answers: moon rock, meteorite

answers: NDQ_002139

answers: NASA.

text: USRA initially concentrated on the management of LSI (later renamed the Lunar and Planetary Institute) but, armed with its broad charter, the consortium began to explore other ways to serve the university space research community as early as 1970. Today, USRA researchers are involved with university, government and industry scientists and engineers in a broad array of space and aeronautics related fields, including astronomy and astrophysics, earth sciences, microgravity, life sciences, space technology, computer science, and advanced concepts.

text: USRA initially concentrated on the management of LSI (later renamed the

text: Lunar and Planetary Institute

text: ) but, armed with its broad charter, the consortium began to explore other ways to serve the university space research community as early as 1970. Today, USRA researchers are involved with university, government and industry scientists and engineers in a broad array of

text: space

text: and

text: aeronautics

text: related fields, including

text: astronomy

text: and

text: astrophysics

text: earth sciences

text: microgravity

text: life sciences

text: space technology

text: computer science

text: , and advanced concepts.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: United States and Russia

answers: NDQ_002103

answers: before 1970

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: Earth sciences

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: Earth sciences

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: microgravity

answers: NDQ_002123

answers: microgravity

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: gravity

answers: NDQ_002127

answers: gravity

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: The Lunar and Planetary Institute

answers: NDQ_002130

answers: USRA

answers: NDQ_002131

answers: microgravity

answers: NDQ_002132

answers: microgravity

answers: NDQ_002133

answers: 1970

answers: NDQ_002134

answers: microgravity is a property of matter

answers: NDQ_002135

answers: NASA

answers: NDQ_002136

answers: gravity

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: microgravity

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Lunar and Planetary Institute)

answers: NDQ_002097

answers: microgravity,

answers: NDQ_002099

answers: microgravity,

answers: NDQ_002100

answers: 1970.

answers: NDQ_002103

answers: earth sciences, microgravity,

answers: NDQ_002108

answers: 1970.

answers: NDQ_002111

answers: 1970.

answers: NDQ_002113

answers: 1970.

answers: NDQ_002114

answers: Lunar and Planetary Institute)

answers: NDQ_002115

answers: Lunar and Planetary Institute)

answers: NDQ_002116

answers: Lunar and Planetary Institute)

answers: NDQ_002117

answers: 1970.

answers: NDQ_002118

answers: 1970.

answers: NDQ_002119

answers: 1970.

answers: NDQ_002120

answers: (later renamed the Lunar and Planetary Institute)

answers: NDQ_002121

answers: microgravity,

answers: NDQ_002122

answers: microgravity,

answers: NDQ_002123

answers: astronomy and astrophysics, earth sciences, microgravity,

answers: NDQ_002124

answers: Lunar and Planetary Institute)

answers: NDQ_002125

answers: 1970.

answers: NDQ_002126

answers: microgravity,

answers: NDQ_002127

answers: microgravity,

answers: NDQ_002128

answers: Lunar and Planetary

answers: NDQ_002129

answers: Lunar and Planetary Institute)

answers: NDQ_002130

answers: USRA

answers: NDQ_002131

answers: microgravity,

answers: NDQ_002132

answers: microgravity,

answers: NDQ_002133

answers: 1970.

answers: NDQ_002134

answers: microgravity,

answers: NDQ_002135

answers: Lunar and Planetary Institute)

answers: NDQ_002136

answers: microgravity,

answers: NDQ_002137

answers: microgravity,

answers: NDQ_002138

answers: microgravity,

answers: NDQ_002139

answers: 1970.

text: Beginning in the early 1970s, the term "space music" was applied to some of the output of such artists as  Vangelis, Jean-Michel Jarre, Klaus Schulze and Tangerine Dream, due to the transcendent cosmic feelings of space evoked by the sound of the music and enhanced by the use of the emerging new instrument, the synthesizer, and also in part to the "outer space" themes that are apparent in some of their works. These space music explorations diverged from traditional pop-song formats into longer less structured compositions.  Following their early influence on the development of space music, Tangerine Dream later produced increasingly rock-influenced works that are not generally described as space music.

text: Beginning in the early 1970s, the term "space music" was applied to some of the output of such artists as

text: Vangelis

text: Jean-Michel Jarre

text: Klaus Schulze

text: and

text: Tangerine Dream

text: , due to the transcendent cosmic feelings of space evoked by the sound of the music and enhanced by the use of the emerging new instrument, the synthesizer, and also in part to the "outer space" themes that are apparent in some of their works. These space music explorations diverged from traditional pop-song formats into longer less structured compositions.  Following their early influence on the development of space music, Tangerine Dream later produced increasingly rock-influenced works that are not generally described as space music.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: unanswerable

answers: NDQ_002103

answers: space

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: unanswerable

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: satellites

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: unanswerable

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: space

answers: NDQ_002127

answers: rock-influenced

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: unanswerable

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: space music

answers: NDQ_002132

answers: space station

answers: NDQ_002133

answers: 1970s

answers: NDQ_002134

answers: gravitational force is proportional to mass

answers: NDQ_002135

answers: the early 1970s

answers: NDQ_002136

answers: space music

answers: NDQ_002137

answers: space music

answers: NDQ_002138

answers: unanswerable

answers: NDQ_002139

answers: Jean-Michel Jarre

answers: NDQ_002095

answers: "space music"

answers: NDQ_002097

answers: synthesizer,

answers: NDQ_002099

answers: synthesizer,

answers: NDQ_002100

answers: Tangerine Dream

answers: NDQ_002103

answers: Beginning in the early 1970s,

answers: NDQ_002108

answers: 1970s,

answers: NDQ_002111

answers: Beginning in the early 1970s,

answers: NDQ_002113

answers: "space music"

answers: NDQ_002114

answers: Tangerine Dream,

answers: NDQ_002115

answers: "space music"

answers: NDQ_002116

answers: "space music"

answers: NDQ_002117

answers: synthesizer,

answers: NDQ_002118

answers: "space music"

answers: NDQ_002119

answers: 1970s,

answers: NDQ_002120

answers: Beginning in the early 1970s,

answers: NDQ_002121

answers: the synthesizer,

answers: NDQ_002122

answers: the synthesizer,

answers: NDQ_002123

answers: "space music"

answers: NDQ_002124

answers: Tangerine Dream

answers: NDQ_002125

answers: Beginning in the early 1970s,

answers: NDQ_002126

answers: space

answers: NDQ_002127

answers: synthesizer,

answers: NDQ_002128

answers: synthesizer,

answers: NDQ_002129

answers: synthesizer,

answers: NDQ_002130

answers: the synthesizer,

answers: NDQ_002131

answers: "space music"

answers: NDQ_002132

answers: synthesizer,

answers: NDQ_002133

answers: 1970s,

answers: NDQ_002134

answers: synthesizer,

answers: NDQ_002135

answers: 1970s,

answers: NDQ_002136

answers: synthesizer,

answers: NDQ_002137

answers: synthesizer,

answers: NDQ_002138

answers: synthesizer,

answers: NDQ_002139

answers: Tangerine Dream

text: The space segment (SS) is composed of the orbiting GPS satellites, or Space Vehicles (SV) in GPS parlance. The GPS design originally called for 24 SVs, eight each in three approximately circular orbits, but this was modified to six orbital planes with four satellites each. The six orbit planes have approximately 55° inclination (tilt relative to the Earth's equator) and are separated by 60° right ascension of the ascending node (angle along the equator from a reference point to the orbit's intersection). The orbital period is one-half a sidereal day, i.e., 11 hours and 58 minutes so that the satellites pass over the same locations or almost the same locations every day. The orbits are arranged so that at least six satellites are always within line of sight from almost everywhere on the Earth's surface. The result of this objective is that the four satellites are not evenly spaced (90 degrees) apart within each orbit. In general terms, the angular difference between satellites in each orbit is 30, 105, 120, and 105 degrees apart, which sum to 360 degrees.

text: The space segment (SS) is composed of the orbiting GPS satellites, or Space Vehicles (SV) in GPS parlance. The GPS design originally called for 24 SVs, eight each in three approximately circular

text: orbits

text: , but this was modified to six orbital planes with four satellites each. The six orbit planes have approximately 55°

text: inclination

text: (tilt relative to the Earth's

text: equator

text: ) and are separated by 60°

text: right ascension

text: of the

text: ascending node

text: (angle along the equator from a reference point to the orbit's intersection). The orbital

text: period

text: is one-half a

text: sidereal day

text: , i.e., 11 hours and 58 minutes so that the satellites pass over the same locations or almost the same locations every day. The orbits are arranged so that at least six satellites are always within

text: line of sight

text: from almost everywhere on the Earth's surface. The result of this objective is that the four satellites are not evenly spaced (90 degrees) apart within each orbit. In general terms, the angular difference between satellites in each orbit is 30, 105, 120, and 105 degrees apart, which sum to 360 degrees.

answers: NDQ_002095

answers: orbit the Earth

answers: NDQ_002097

answers: angular difference between satellites in each orbit

answers: NDQ_002099

answers: can launch satellites

answers: NDQ_002100

answers: unanswerable

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: U.S.

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How is the angular difference between satellites in each orbit?

answers: NDQ_002123

answers: How many orbital planes with four satellites each

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: satellites

answers: NDQ_002129

answers: 105 degrees

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: Space Vehicle

answers: NDQ_002133

answers: Space Vehicles

answers: NDQ_002134

answers: angular difference between satellites in each orbit is

answers: NDQ_002135

answers: The space segment (SS)

answers: NDQ_002136

answers: orbital period

answers: NDQ_002137

answers: orbiting GPS satellites

answers: NDQ_002138

answers: 55° inclination

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: orbiting GPS satellites,

answers: NDQ_002097

answers: 55° inclination

answers: NDQ_002099

answers: ascending node

answers: NDQ_002100

answers: GPS

answers: NDQ_002103

answers: ascending node

answers: NDQ_002108

answers: 24 SVs, eight each in three approximately circular orbits,

answers: NDQ_002111

answers: 60° right ascension

answers: NDQ_002113

answers: 24 SVs, eight each in three approximately circular orbits,

answers: NDQ_002114

answers: 24 SVs, eight each in three approximately circular orbits,

answers: NDQ_002115

answers: 24 SVs, eight each in three approximately circular orbits,

answers: NDQ_002116

answers: Space Vehicles

answers: NDQ_002117

answers: Space Vehicles

answers: NDQ_002118

answers: 24

answers: NDQ_002119

answers: one-half a sidereal day,

answers: NDQ_002120

answers: 360 degrees.

answers: NDQ_002121

answers: orbiting GPS satellites,

answers: NDQ_002122

answers: 360 degrees.

answers: NDQ_002123

answers: GPS

answers: NDQ_002124

answers: 360 degrees.

answers: NDQ_002125

answers: orbiting GPS satellites,

answers: NDQ_002126

answers: circular orbits,

answers: NDQ_002127

answers: 55° inclination

answers: NDQ_002128

answers: GPS satellites, or Space Vehicles

answers: NDQ_002129

answers: GPS

answers: NDQ_002130

answers: GPS

answers: NDQ_002131

answers: Space Vehicles

answers: NDQ_002132

answers: Space Vehicles

answers: NDQ_002133

answers: 24 SVs, eight each in three approximately circular orbits,

answers: NDQ_002134

answers: 360 degrees.

answers: NDQ_002135

answers: GPS

answers: NDQ_002136

answers: within line of sight from almost everywhere on the Earth's surface.

answers: NDQ_002137

answers: orbiting GPS satellites,

answers: NDQ_002138

answers: 55° inclination

answers: NDQ_002139

answers: Space Vehicles (SV) in GPS parlance.

text: In late August/Early Sept 2011 D-RATS made their 14th trip to the Arizona Desert to continue testing the technology NASA will need to enable multiple destinations for future human exploration including the Moon, near-Earth asteroids (NEAs), Mars moons, and ultimately the surface of Mars.  The team continued testing hardware including the Space Exploration Vehicle (SEV), the Habitat Demonstration Unit (HDU), and the Centaur Robotic assistant vehicle system.

text: In late August/Early Sept 2011 D-RATS made their 14th trip to the Arizona Desert to continue testing the technology NASA will need to enable multiple destinations for future human exploration including the Moon, near-Earth asteroids (NEAs), Mars moons, and ultimately the surface of Mars.  The team continued testing hardware including the Space Exploration Vehicle (SEV), the Habitat Demonstration Unit (HDU), and the Centaur Robotic assistant vehicle system.

answers: NDQ_002095

answers: Mars

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: Space Exploration Vehicle

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: None of the above choices.

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: The United States

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: Which of the following is not a law: Newton's Third Law of Motion?

answers: NDQ_002123

answers: Which is not a last name, D-RATS or Space Exploration Vehicle?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: asteroids

answers: NDQ_002129

answers: Mars

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Space Exploration Vehicle

answers: NDQ_002132

answers: D-RATS

answers: NDQ_002133

answers: NASA

answers: NDQ_002134

answers: Newton's third law of motion states that the speed of an object is proportional to the distance between the object and the observer.

answers: NDQ_002135

answers: D-RATS

answers: NDQ_002136

answers: gravity

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: near-Earth

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Mars moons, and ultimately the surface of Mars.

answers: NDQ_002097

answers: Moon, near-Earth asteroids

answers: NDQ_002099

answers: multiple destinations

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: Space Exploration Vehicle

answers: NDQ_002108

answers: the Moon,

answers: NDQ_002111

answers: Space Exploration Vehicle

answers: NDQ_002113

answers: Space Exploration Vehicle

answers: NDQ_002114

answers: Moon,

answers: NDQ_002115

answers: the Moon,

answers: NDQ_002116

answers: Moon, near-Earth

answers: NDQ_002117

answers: near-Earth

answers: NDQ_002118

answers: the Moon, near-Earth asteroids

answers: NDQ_002119

answers: 2011

answers: NDQ_002120

answers: Mars.

answers: NDQ_002121

answers: Space Exploration Vehicle

answers: NDQ_002122

answers: Space Exploration Vehicle

answers: NDQ_002123

answers: near-Earth asteroids

answers: NDQ_002124

answers: Moon,

answers: NDQ_002125

answers: Mars moons, and ultimately the surface of Mars.

answers: NDQ_002126

answers: vehicle

answers: NDQ_002127

answers: Robotic

answers: NDQ_002128

answers: asteroids

answers: NDQ_002129

answers: Moon,

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Space Exploration Vehicle

answers: NDQ_002132

answers: Space Exploration Vehicle

answers: NDQ_002133

answers: Moon, near-Earth

answers: NDQ_002134

answers: Moon, near-Earth asteroids

answers: NDQ_002135

answers: Space Exploration Vehicle

answers: NDQ_002136

answers: near-Earth

answers: NDQ_002137

answers: near-Earth

answers: NDQ_002138

answers: near-Earth asteroids

answers: NDQ_002139

answers: 2011 D-RATS

text: S.H.I.E.L.D. agent Jemma Simmons is sucked into an alien monolith she was studying, and is teleported to night-time on a barren, desert planet. She braves a sandstorm, and finds some water and a plant-like creature to eat. After 752 hours, Simmons is trapped by a man, who eventually introduces himself as Will, an astronaut sent through the portal by NASA in 2001 who has been stranded alone, and believes the planet, or an entity controlling the planet, to be evil. Will and his team had come on a year long mission of exploration, but the others had soon succumbed to the effects of "it"; two had killed themselves, while Will killed the other when the latter attacked him. Will only survived the next 14 years by hiding from "it", and luck.

text: S.H.I.E.L.D.

text: agent Jemma Simmons is sucked into an alien monolith she was studying, and is teleported to night-time on a barren, desert planet. She braves a sandstorm, and finds some water and a plant-like creature to eat. After 752 hours, Simmons is trapped by a man, who eventually introduces himself as Will, an astronaut sent through the portal by

text: NASA

text: in 2001 who has been stranded alone, and believes the planet, or an entity controlling the planet, to be evil. Will and his team had come on a year long mission of exploration, but the others had soon succumbed to the effects of "it"; two had killed themselves, while Will killed the other when the latter attacked him. Will only survived the next 14 years by hiding from "it", and luck.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: in 2001

answers: NDQ_002108

answers: When did humans first reach space

answers: NDQ_002111

answers: What is the name of the alien monolith?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: how many satellites are in orbit around earth

answers: NDQ_002119

answers: in 2001

answers: NDQ_002120

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

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: What is the alien monolith?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: sandstorm

answers: NDQ_002128

answers: monolith

answers: NDQ_002129

answers: NASA

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: sandstorm

answers: NDQ_002132

answers: NASA

answers: NDQ_002133

answers: NASA

answers: NDQ_002134

answers: gravitational force is inversely proportional to the mass of an object

answers: NDQ_002135

answers: Will's mission

answers: NDQ_002136

answers: NASA

answers: NDQ_002137

answers: Earth's magnetic

answers: NDQ_002138

answers: does not have a name.

answers: NDQ_002139

answers: Will

answers: NDQ_002095

answers: alien

answers: NDQ_002097

answers: sandstorm,

answers: NDQ_002099

answers: Will only survived the next 14 years by hiding from "it",

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: 2001

answers: NDQ_002108

answers: astronaut

answers: NDQ_002111

answers: astronaut

answers: NDQ_002113

answers: astronaut

answers: NDQ_002114

answers: NASA

answers: NDQ_002115

answers: NASA in 2001

answers: NDQ_002116

answers: alien monolith

answers: NDQ_002117

answers: NASA in 2001

answers: NDQ_002118

answers: NASA

answers: NDQ_002119

answers: astronaut

answers: NDQ_002120

answers: NASA in 2001

answers: NDQ_002121

answers: alien monolith

answers: NDQ_002122

answers: astronaut

answers: NDQ_002123

answers: NASA

answers: NDQ_002124

answers: Will, an astronaut

answers: NDQ_002125

answers: NASA

answers: NDQ_002126

answers: teleported

answers: NDQ_002127

answers: sandstorm,

answers: NDQ_002128

answers: alien monolith

answers: NDQ_002129

answers: NASA

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: sandstorm,

answers: NDQ_002132

answers: astronaut

answers: NDQ_002133

answers: astronaut

answers: NDQ_002134

answers: Will only survived the next 14 years by hiding from "it", and luck.

answers: NDQ_002135

answers: NASA

answers: NDQ_002136

answers: luck.

answers: NDQ_002137

answers: "it";

answers: NDQ_002138

answers: NASA

answers: NDQ_002139

answers: Will,

text: Planetary surfaces and surface life are of particular interest to humans as it the primary habitat of the species, which has evolved to move over land and breathe air. Human space exploration and space colonization therefore focuses heavily on them. Humans have only directly explored the surface of the Earth and Moon. The vast distances of space and the complexities of makes direct exploration of even Near-Earth objects dangerous and expensive. As such, all other exploration has been indirect via Space probes.

text: Planetary surfaces and surface life are of particular interest to

text: human

text: s as it the primary

text: habitat

text: of the species, which has

text: evolved

text: to move over land

text: and

text: breathe

text: air

text: . Human

text: space exploration

text: and

text: space colonization

text: therefore focuses heavily on them. Humans have only directly explored the surface of the Earth and Moon. The vast distances of space and the complexities of makes direct exploration of even

text: Near-Earth object

text: s dangerous and expensive. As such, all other exploration has been indirect via

text: Space probe

text: s.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: safely

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices.

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: What is the primary habitat of the species?

answers: NDQ_002121

answers: the law of conservation of momentum

answers: NDQ_002122

answers: a rocket will travel in space

answers: NDQ_002123

answers: What is the primary habitat of the species?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: air

answers: NDQ_002128

answers: Moon

answers: NDQ_002129

answers: The Moon

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: can be described as

answers: NDQ_002132

answers: Space probes

answers: NDQ_002133

answers: space colonization

answers: NDQ_002134

answers: gravitational force is inversely proportional to

answers: NDQ_002135

answers: space colonization

answers: NDQ_002136

answers: Space probes

answers: NDQ_002137

answers: space probes

answers: NDQ_002138

answers: can be found on Earth

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: directly explored the surface of the Earth and Moon.

answers: NDQ_002097

answers: move over land and breathe air.

answers: NDQ_002099

answers: move over land and breathe air.

answers: NDQ_002100

answers: Near-Earth

answers: NDQ_002103

answers: direct exploration of even Near-Earth objects dangerous and expensive.

answers: NDQ_002108

answers: Humans have only directly explored the surface of the Earth and Moon.

answers: NDQ_002111

answers: Space probes.

answers: NDQ_002113

answers: all other exploration has been indirect via Space probes.

answers: NDQ_002114

answers: Humans have only directly explored the surface of the Earth and Moon.

answers: NDQ_002115

answers: Moon.

answers: NDQ_002116

answers: Earth and Moon.

answers: NDQ_002117

answers: Space probes.

answers: NDQ_002118

answers: direct exploration of even Near-Earth objects dangerous and expensive.

answers: NDQ_002119

answers: directly explored the surface of the Earth

answers: NDQ_002120

answers: direct exploration of even Near-Earth objects dangerous and expensive.

answers: NDQ_002121

answers: direct exploration of even Near-Earth objects dangerous and expensive.

answers: NDQ_002122

answers: direct exploration of even Near-Earth objects dangerous and expensive.

answers: NDQ_002123

answers: Space probes.

answers: NDQ_002124

answers: Humans have only directly explored the surface of the Earth and Moon.

answers: NDQ_002125

answers: all other exploration has been indirect via Space probes.

answers: NDQ_002126

answers: move over land

answers: NDQ_002127

answers: air.

answers: NDQ_002128

answers: Moon.

answers: NDQ_002129

answers: Moon.

answers: NDQ_002130

answers: Space probes.

answers: NDQ_002131

answers: air.

answers: NDQ_002132

answers: Space probes.

answers: NDQ_002133

answers: Human space exploration and space colonization

answers: NDQ_002134

answers: move over land and breathe air.

answers: NDQ_002135

answers: space colonization

answers: NDQ_002136

answers: complexities of makes direct exploration of even Near-Earth objects dangerous and expensive.

answers: NDQ_002137

answers: Near-Earth objects

answers: NDQ_002138

answers: Space probes.

answers: NDQ_002139

answers: Space probes.

text: Eventually the JPL team locates it around Venus. Nigel arranges to hijack the communications, transmitting his own signal (a binary sequence of prime numbers relating the Snark's trajectory). The Snark receives the signal as a sign of non-hostile intentions and transmits back. It also reaches out through Nigel's medical implants to his dead partner's more elaborate ones, and commandeers her body to explore and learn about Earth. Thus the initial tentative transmissions blossom into a largely one-way torrent of information for the Snark. One day, it asks to visit Earth. A compromise is worked out: the Snark will orbit the Moon until trust is built up. As Nigel is already fully informed, and everything about the Snark is being kept a state secret, he is assigned to pilot the space ship meeting the Snark - which will be armed with another nuclear weapon.

text: Eventually the

text: JPL

text: team locates it around Venus. Nigel arranges to hijack the communications, transmitting his own signal (a binary sequence of

text: prime number

text: s relating the Snark's trajectory). The Snark receives the signal as a sign of non-hostile intentions and transmits back. It also reaches out through Nigel's medical implants to his dead partner's more elaborate ones, and commandeers her body to explore and learn about Earth. Thus the initial tentative transmissions blossom into a largely one-way torrent of information for the Snark. One day, it asks to visit Earth. A compromise is worked out: the Snark will orbit the Moon until trust is built up. As Nigel is already fully informed, and everything about the Snark is being kept a state secret, he is assigned to pilot the space ship meeting the Snark - which will be armed with another nuclear weapon.

answers: NDQ_002095

answers: orbit the Moon

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: Earth

answers: NDQ_002103

answers: One day, it asks to visit Earth

answers: NDQ_002108

answers: It does not say.

answers: NDQ_002111

answers: What is the Snark armed with?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: How many nations have put a human on the moon?

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What does the Snark orbit?

answers: NDQ_002117

answers: How does the Snark orbit the Moon?

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

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

answers: NDQ_002121

answers: Why does the Snark ask to visit Earth?

answers: NDQ_002122

answers: What law helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: What are placed in high orbits over Earth?

answers: NDQ_002124

answers: Who was the first astronaut to walk on the Moon?

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: The Snark

answers: NDQ_002128

answers: the Snark

answers: NDQ_002129

answers: Venus

answers: NDQ_002130

answers: JPL

answers: NDQ_002131

answers: The Snark

answers: NDQ_002132

answers: The Snark

answers: NDQ_002133

answers: unanswerable

answers: NDQ_002134

answers: gravitational force is inversely proportional to

answers: NDQ_002135

answers: The Snark

answers: NDQ_002136

answers: gravity

answers: NDQ_002137

answers: binary sequence of prime numbers

answers: NDQ_002138

answers: What does the Snark ask to visit Earth?

answers: NDQ_002139

answers: Who is the first American to orbit Earth?

answers: NDQ_002095

answers: Venus.

answers: NDQ_002097

answers: trajectory).

answers: NDQ_002099

answers: armed with another nuclear weapon.

answers: NDQ_002100

answers: Earth.

answers: NDQ_002103

answers: Venus.

answers: NDQ_002108

answers: Venus.

answers: NDQ_002111

answers: Venus.

answers: NDQ_002113

answers: nuclear weapon.

answers: NDQ_002114

answers: Moon

answers: NDQ_002115

answers: Moon

answers: NDQ_002116

answers: the Moon

answers: NDQ_002117

answers: orbit the Moon

answers: NDQ_002118

answers: the Moon

answers: NDQ_002119

answers: Venus.

answers: NDQ_002120

answers: Earth.

answers: NDQ_002121

answers: orbit the Moon

answers: NDQ_002122

answers: binary sequence of prime numbers

answers: NDQ_002123

answers: the Moon

answers: NDQ_002124

answers: Nigel

answers: NDQ_002125

answers: Venus.

answers: NDQ_002126

answers: trajectory).

answers: NDQ_002127

answers: nuclear weapon.

answers: NDQ_002128

answers: the Moon

answers: NDQ_002129

answers: Venus.

answers: NDQ_002130

answers: JPL

answers: NDQ_002131

answers: space ship

answers: NDQ_002132

answers: The Snark

answers: NDQ_002133

answers: nuclear weapon.

answers: NDQ_002134

answers: Venus.

answers: NDQ_002135

answers: JPL team locates it around Venus.

answers: NDQ_002136

answers: trust is built up.

answers: NDQ_002137

answers: binary sequence of prime numbers

answers: NDQ_002138

answers: the Moon

answers: NDQ_002139

answers: Nigel

text: The Sputnik-3 had a vector fluxgate magnetometer, however because the orientation of the spacecraft could not be determined the direction vector for the magnetic field could not be determined. Three axis magnetometers were used on Luna 1, Luna 2, Pioneer Venus, Mariner 2, Venera 1, Explorer 12, Explorer 14, and Explorer 15. Explorer 33 was 'to be' the first US spacecraft to enter stable orbit around the moon was equipped with the most advanced magnetometer, a boom-mounted triaxial fluxgate (GFSC) magnetometer of the early-vector type. It had a small range but was accurate to a resolution of 0.25 nT. However, after a rocket failure it was left in a highly elliptical orbit around Earth that orbited through the  electro/magnetic tail.

text: The

text: Sputnik

text: -3 had a vector fluxgate magnetometer, however because the orientation of the spacecraft could not be determined the direction vector for the magnetic field could not be determined. Three axis magnetometers were used on

text: Luna 1

text: Luna 2

text: Pioneer Venus

text: Mariner 2

text: Venera 1

text: Explorer 12

text: Explorer 14

text: , and

text: Explorer 15

text: Explorer 33

text: was 'to be' the first US spacecraft to enter stable orbit around the moon was equipped with the most advanced magnetometer, a boom-mounted triaxial fluxgate (GFSC) magnetometer of the early-vector type. It had a small range but was accurate to a resolution of 0.25 nT. However, after a rocket failure it was left in a highly elliptical orbit around Earth that orbited through the  electro/magnetic tail.

answers: NDQ_002095

answers: orbit around Earth

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: enters stable orbit

answers: NDQ_002100

answers: US

answers: NDQ_002103

answers: after a rocket failure

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: Yes

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: It had a small range but was accurate to a resolution of 0.25 nT

answers: NDQ_002119

answers: Apollo 13

answers: NDQ_002120

answers: Landsat satellites make detailed images of continents

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: orbit around Earth that orbited through the electro/magnetic tail

answers: NDQ_002123

answers: Which of the following is not a type of satellite: Imaging satellites are placed in high orbits over Earth

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: magnetic field

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: Luna 1

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: magnetic tail

answers: NDQ_002132

answers: Explorer

answers: NDQ_002133

answers: Sputnik

answers: NDQ_002134

answers: gravitational force is proportional to

answers: NDQ_002135

answers: Sputnik-3

answers: NDQ_002136

answers: magnetometers

answers: NDQ_002137

answers: vector fluxgate magnetometers

answers: NDQ_002138

answers: Explorer 33

answers: NDQ_002139

answers: Mariner 2

answers: NDQ_002095

answers: stable orbit around the moon

answers: NDQ_002097

answers: direction vector for the magnetic field

answers: NDQ_002099

answers: Three axis magnetometers

answers: NDQ_002100

answers: US

answers: NDQ_002103

answers: failure

answers: NDQ_002108

answers: The Sputnik-3

answers: NDQ_002111

answers: the direction vector for the magnetic field could not be determined.

answers: NDQ_002113

answers: The Sputnik-3

answers: NDQ_002114

answers: US

answers: NDQ_002115

answers: first US spacecraft to enter stable orbit around the moon

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: rocket

answers: NDQ_002118

answers: Venus, Mariner 2, Venera 1, Explorer 12, Explorer 14, and Explorer 15.

answers: NDQ_002119

answers: The Sputnik-3

answers: NDQ_002120

answers: 0.25 nT.

answers: NDQ_002121

answers: electro/magnetic tail.

answers: NDQ_002122

answers: highly elliptical

answers: NDQ_002123

answers: highly elliptical

answers: NDQ_002124

answers: Explorer 33

answers: NDQ_002125

answers: moon

answers: NDQ_002126

answers: elliptical

answers: NDQ_002127

answers: magnetic field

answers: NDQ_002128

answers: electro/magnetic tail.

answers: NDQ_002129

answers: Venus,

answers: NDQ_002130

answers: The Sputnik-3

answers: NDQ_002131

answers: magnetic field

answers: NDQ_002132

answers: Explorer 12, Explorer 14, and Explorer 15.

answers: NDQ_002133

answers: Sputnik-3

answers: NDQ_002134

answers: direction vector for the magnetic field

answers: NDQ_002135

answers: Sputnik-3

answers: NDQ_002136

answers: electro/magnetic tail.

answers: NDQ_002137

answers: Three axis magnetometers

answers: NDQ_002138

answers: highly elliptical

answers: NDQ_002139

answers: Explorer 33

text: Early relations with the People's Republic of China were cold due to China's veto at the United Nations Security Council to block Bangladesh's accession to the United Nations. Lately however China has made efforts to improve relations with many of its neighbors.  Trade with China reached a record level in 2006 of $3.2 billion under the auspices of the Asia-Pacific Trade Agreement (AFTA). The trade balance between the two countries are in China's favour. China has also officially agreed to helping Bangladesh on developing their nuclear power plant. Bangladesh has also signed the Apsco convention with six other nations to form a pact with China on space exploration.

text: Early relations with the

text: People's Republic of China

text: were cold due to China's veto at the

text: United Nations Security Council

text: to block Bangladesh's accession to the

text: United Nations

text: . Lately however China has made efforts to improve relations with many of its neighbors.  Trade with China reached a record level in 2006 of $3.2 billion under the auspices of the

text: Asia-Pacific Trade Agreement

text: (AFTA). The trade balance between the two countries are in China's favour. China has also officially agreed to helping Bangladesh on developing their nuclear power plant. Bangladesh has also signed the Apsco convention with six other nations to form a pact with China on space exploration.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: China

answers: NDQ_002103

answers: in space

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How many years after Bangladesh signed the Apsco convention with six other nations to form a pact with China on space exploration

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Apollo 13

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat or Apsco?

answers: NDQ_002121

answers: Why did China block Bangladesh's accession to the United Nations?

answers: NDQ_002122

answers: Which of the following is not a law: Newton's Third Law of Motion?

answers: NDQ_002123

answers: Which of the following is not a type of satellite: imaging satellites, space exploration, or nuclear power plant?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: veto

answers: NDQ_002127

answers: China's veto

answers: NDQ_002128

answers: space

answers: NDQ_002129

answers: China has also officially agreed to helping Bangladesh on developing their nuclear power plant

answers: NDQ_002130

answers: Apsco

answers: NDQ_002131

answers: NDQ_002132

answers: space exploration

answers: NDQ_002133

answers: United Nations

answers: NDQ_002134

answers: Trade with China reached a record level in 2006 of $3.2 billion

answers: NDQ_002135

answers: Apsco convention

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: data from satellites

answers: NDQ_002138

answers: Bangladesh has signed the Apsco convention with six other nations

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: space exploration.

answers: NDQ_002097

answers: nuclear power plant.

answers: NDQ_002099

answers: space exploration.

answers: NDQ_002100

answers: China

answers: NDQ_002103

answers: space exploration.

answers: NDQ_002108

answers: space exploration.

answers: NDQ_002111

answers: space exploration.

answers: NDQ_002113

answers: China

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: China

answers: NDQ_002116

answers: space exploration.

answers: NDQ_002117

answers: space exploration.

answers: NDQ_002118

answers: space exploration.

answers: NDQ_002119

answers: Trade with China reached a record level in 2006

answers: NDQ_002120

answers: China on space exploration.

answers: NDQ_002121

answers: space exploration.

answers: NDQ_002122

answers: space exploration.

answers: NDQ_002123

answers: space exploration.

answers: NDQ_002124

answers: China

answers: NDQ_002125

answers: China

answers: NDQ_002126

answers: space exploration.

answers: NDQ_002127

answers: space exploration.

answers: NDQ_002128

answers: space

answers: NDQ_002129

answers: China

answers: NDQ_002130

answers: China

answers: NDQ_002131

answers: Early relations with the People's Republic of China

answers: NDQ_002132

answers: space exploration.

answers: NDQ_002133

answers: space exploration.

answers: NDQ_002134

answers: space exploration.

answers: NDQ_002135

answers: China on space exploration.

answers: NDQ_002136

answers: China

answers: NDQ_002137

answers: China

answers: NDQ_002138

answers: space exploration.

answers: NDQ_002139

answers: Early relations with the People's Republic of China

text: Every 18.6 years, the angle between the moon's orbit and the earth's equator reaches a maximum of 28°36′ (the sum of the Earth's inclination 23°27′ and the Moon's inclination 5°09′). This is called major lunar standstill. Around this time, the moon's latitude will vary from −28°36′ to +28°36′. 9.3 years later, the angle between the moon's orbit and the earth's equator reaches its minimum, 18°20′. This is called a minor lunar standstill.

text: Every 18.6 years, the angle between the moon's orbit and the earth's equator reaches a maximum of 28°36′ (the sum of the Earth's inclination 23°27′ and the Moon's inclination 5°09′). This is called major

text: lunar standstill

text: . Around this time, the moon's latitude will vary from −28°36′ to +28°36′. 9.3 years later, the angle between the moon's orbit and the earth's equator reaches its minimum, 18°20′. This is called a minor lunar standstill.

answers: NDQ_002095

answers: orbit the Moon

answers: NDQ_002097

answers: the angle between the moon's orbit and the earth's equator reaches its minimum

answers: NDQ_002099

answers: reaches its maximum

answers: NDQ_002100

answers: United States and Russia

answers: NDQ_002103

answers: 9.3 years later

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How many years after major lunar standstill does the angle between the moon's orbit and the earth's equator reach its minimum?

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: How many years after major lunar standstill does the angle between the moon's orbit and the earth's equator reach its minimum?

answers: NDQ_002118

answers: None of the above choices.

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

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

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What is the first law of motion?

answers: NDQ_002123

answers: How many years after major lunar standstill does the angle between the moon's orbit and the earth's equator reach its minimum?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: inclination

answers: NDQ_002128

answers: moon

answers: NDQ_002129

answers: the Moon

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: minor lunar standstill

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 18.6 years

answers: NDQ_002134

answers: the Moon's inclination is equal to the Earth's inclination

answers: NDQ_002135

answers: minor lunar standstill

answers: NDQ_002136

answers: Earth inclination

answers: NDQ_002137

answers: Earth's inclination

answers: NDQ_002138

answers: would have a latitude of

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: major lunar standstill.

answers: NDQ_002097

answers: Every 18.6 years,

answers: NDQ_002099

answers: minor lunar standstill.

answers: NDQ_002100

answers: Earth's

answers: NDQ_002103

answers: Every 18.6 years,

answers: NDQ_002108

answers: major lunar standstill.

answers: NDQ_002111

answers: major lunar standstill.

answers: NDQ_002113

answers: major lunar standstill.

answers: NDQ_002114

answers: major lunar standstill.

answers: NDQ_002115

answers: major lunar standstill.

answers: NDQ_002116

answers: Every 18.6 years,

answers: NDQ_002117

answers: major lunar standstill.

answers: NDQ_002118

answers: minor lunar standstill.

answers: NDQ_002119

answers: 18.6 years,

answers: NDQ_002120

answers: major lunar standstill.

answers: NDQ_002121

answers: major lunar standstill.

answers: NDQ_002122

answers: major lunar standstill.

answers: NDQ_002123

answers: major lunar standstill.

answers: NDQ_002124

answers: major lunar standstill.

answers: NDQ_002125

answers: minor lunar standstill.

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Earth's inclination

answers: NDQ_002128

answers: moon's

answers: NDQ_002129

answers: Moon's inclination 5°09′).

answers: NDQ_002130

answers: Every 18.6 years,

answers: NDQ_002131

answers: minor lunar standstill.

answers: NDQ_002132

answers: major lunar standstill.

answers: NDQ_002133

answers: 18.6 years,

answers: NDQ_002134

answers: major lunar standstill.

answers: NDQ_002135

answers: 18.6 years,

answers: NDQ_002136

answers: major lunar standstill.

answers: NDQ_002137

answers: Moon's inclination 5°09′).

answers: NDQ_002138

answers: minor lunar standstill.

answers: NDQ_002139

answers: Every 18.6 years,

text: Sputnik is a fictional character in the Marvel Universe.

text: Sputnik is a fictional character in the

text: Marvel Universe

answers: NDQ_002095

answers: orbit the sun

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: russia and usa

answers: NDQ_002103

answers: by a spacecraft

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: Sputnik is a fictional character.

answers: NDQ_002113

answers: In the Marvel Universe

answers: NDQ_002114

answers: no one

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: A satellite orbits a planet.

answers: NDQ_002117

answers: Sputnik

answers: NDQ_002118

answers: how many satellites are in orbit around earth

answers: NDQ_002119

answers: space

answers: NDQ_002120

answers: Which of the following is not a fictional character?

answers: NDQ_002121

answers: Sputnik is a fictional character.

answers: NDQ_002122

answers: What is the name of the fictional character Sputnik?

answers: NDQ_002123

answers: Which of the following is not a fictional character?

answers: NDQ_002124

answers: no one

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: can be made

answers: NDQ_002127

answers: the force of gravity

answers: NDQ_002128

answers: isotope

answers: NDQ_002129

answers: Sputnik

answers: NDQ_002130

answers: nasa

answers: NDQ_002131

answers: can be described as

answers: NDQ_002132

answers: Sputnik

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: gravitational force is equal to the force of gravity

answers: NDQ_002135

answers: Sputnik

answers: NDQ_002136

answers: gravitational pull

answers: NDQ_002137

answers: Sputnik

answers: NDQ_002138

answers: is called a low orbit satellite

answers: NDQ_002139

answers: Sputnik

answers: NDQ_002095

answers: Sputnik

answers: NDQ_002097

answers: Sputnik

answers: NDQ_002099

answers: Sputnik

answers: NDQ_002100

answers: Sputnik

answers: NDQ_002103

answers: Sputnik

answers: NDQ_002108

answers: Sputnik

answers: NDQ_002111

answers: Sputnik

answers: NDQ_002113

answers: Sputnik

answers: NDQ_002114

answers: Sputnik

answers: NDQ_002115

answers: Sputnik

answers: NDQ_002116

answers: Sputnik

answers: NDQ_002117

answers: Sputnik

answers: NDQ_002118

answers: Sputnik

answers: NDQ_002119

answers: Sputnik

answers: NDQ_002120

answers: Sputnik

answers: NDQ_002121

answers: Sputnik

answers: NDQ_002122

answers: Sputnik

answers: NDQ_002123

answers: Sputnik

answers: NDQ_002124

answers: Sputnik

answers: NDQ_002125

answers: Sputnik

answers: NDQ_002126

answers: Sputnik

answers: NDQ_002127

answers: Sputnik

answers: NDQ_002128

answers: Sputnik

answers: NDQ_002129

answers: Sputnik

answers: NDQ_002130

answers: Sputnik

answers: NDQ_002131

answers: Sputnik

answers: NDQ_002132

answers: Sputnik

answers: NDQ_002133

answers: Sputnik

answers: NDQ_002134

answers: Sputnik

answers: NDQ_002135

answers: Sputnik

answers: NDQ_002136

answers: Sputnik

answers: NDQ_002137

answers: Sputnik

answers: NDQ_002138

answers: Sputnik

answers: NDQ_002139

answers: Sputnik

text: In 1960 he wrote an article "V Kosmos na Electrovoze (en. Into space with the help of an electric locomotive)", where he discussed the concept of the space elevator as an economic, safe and convenient way to access orbit and facilitate space exploration.

text: In 1960 he wrote an article "V Kosmos na Electrovoze (en. Into space with the help of an electric locomotive)", where he discussed the concept of the space elevator as an economic, safe and convenient way to access

text: orbit

text: and facilitate

text: space exploration

answers: NDQ_002095

answers: orbit the Moon

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: Soviet Union

answers: NDQ_002103

answers: in space

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: in space

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: no

answers: NDQ_002122

answers: Which of the following is not a law: Newtons Third Law of Motion?

answers: NDQ_002123

answers: Which of the following is not a type of satellite: imaging satellites or satellites?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: electric locomotive

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: nasa

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: NDQ_002132

answers: space elevator

answers: NDQ_002133

answers: 1960s

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: 1960

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: is called a low orbit

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Into space

answers: NDQ_002097

answers: "V Kosmos na Electrovoze

answers: NDQ_002099

answers: safe and convenient way to access orbit and facilitate space exploration.

answers: NDQ_002100

answers: "V Kosmos na Electrovoze

answers: NDQ_002103

answers: "V Kosmos na Electrovoze

answers: NDQ_002108

answers: electric locomotive)",

answers: NDQ_002111

answers: "V Kosmos na Electrovoze

answers: NDQ_002113

answers: "V Kosmos na Electrovoze

answers: NDQ_002114

answers: "V Kosmos na Electrovoze

answers: NDQ_002115

answers: "V Kosmos na Electrovoze

answers: NDQ_002116

answers: "V Kosmos na Electrovoze

answers: NDQ_002117

answers: Into space with the help of an electric locomotive)",

answers: NDQ_002118

answers: "V Kosmos na Electrovoze

answers: NDQ_002119

answers: 1960

answers: NDQ_002120

answers: "V Kosmos na Electrovoze

answers: NDQ_002121

answers: "V Kosmos na Electrovoze

answers: NDQ_002122

answers: space elevator

answers: NDQ_002123

answers: "V Kosmos na Electrovoze

answers: NDQ_002124

answers: he wrote an article "V Kosmos na Electrovoze

answers: NDQ_002125

answers: "V Kosmos na Electrovoze

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: electric locomotive)",

answers: NDQ_002128

answers: space elevator

answers: NDQ_002129

answers: "V Kosmos na Electrovoze

answers: NDQ_002130

answers: space elevator

answers: NDQ_002131

answers: space elevator

answers: NDQ_002132

answers: space elevator

answers: NDQ_002133

answers: electric locomotive)",

answers: NDQ_002134

answers: electric locomotive)",

answers: NDQ_002135

answers: electric locomotive)",

answers: NDQ_002136

answers: electric locomotive)",

answers: NDQ_002137

answers: electric locomotive)",

answers: NDQ_002138

answers: space elevator

answers: NDQ_002139

answers: he wrote an article "V Kosmos na Electrovoze

text: Zarboff reveals his plan – to shoot rockets into space to make starstuff fall. The first attempt is successful, and he plans another, using the new starstuff to send the rocket even further. He does not know that the shadow beings intend the second rocket to rupture the fabric of the universe and cause it to collapse into nothingness. It falls to Peter to prevent the rocket from reaching its destination.

text: Zarboff reveals his plan – to shoot rockets into space to make starstuff fall. The first attempt is successful, and he plans another, using the new starstuff to send the rocket even further. He does not know that the shadow beings intend the second rocket to rupture the fabric of the universe and cause it to collapse into nothingness. It falls to Peter to prevent the rocket from reaching its destination.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: reaches its destination

answers: NDQ_002100

answers: Soviet Union

answers: NDQ_002103

answers: into space

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: None of the above choices.

answers: NDQ_002118

answers: how many satellites are in orbit around earth

answers: NDQ_002119

answers: space

answers: NDQ_002120

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

answers: NDQ_002121

answers: The law of conservation of momentum

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

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

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: new starstuff

answers: NDQ_002128

answers: unanswerable

answers: NDQ_002129

answers: Zarboff's plan

answers: NDQ_002130

answers: The United States Space Agency

answers: NDQ_002131

answers: a

answers: NDQ_002132

answers: rockets

answers: NDQ_002133

answers: universe

answers: NDQ_002134

answers: gravitational force causes the speed of an object to increase

answers: NDQ_002135

answers: Zarboff's plan

answers: NDQ_002136

answers: starstuff

answers: NDQ_002137

answers: satellites to measure

answers: NDQ_002138

answers: does not fall to Peter

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: rupture the fabric of the universe

answers: NDQ_002099

answers: send the rocket even further.

answers: NDQ_002100

answers: Zarboff

answers: NDQ_002103

answers: shoot rockets into space

answers: NDQ_002108

answers: rockets

answers: NDQ_002111

answers: Zarboff reveals his plan – to shoot rockets

answers: NDQ_002113

answers: starstuff

answers: NDQ_002114

answers: Zarboff

answers: NDQ_002115

answers: The first attempt is successful,

answers: NDQ_002116

answers: Zarboff

answers: NDQ_002117

answers: rockets

answers: NDQ_002118

answers: Zarboff reveals his plan – to shoot rockets

answers: NDQ_002119

answers: space

answers: NDQ_002120

answers: Zarboff

answers: NDQ_002121

answers: rockets into space

answers: NDQ_002122

answers: send the rocket even further.

answers: NDQ_002123

answers: Zarboff reveals his plan – to shoot rockets

answers: NDQ_002124

answers: Zarboff

answers: NDQ_002125

answers: Zarboff

answers: NDQ_002126

answers: destination.

answers: NDQ_002127

answers: new starstuff

answers: NDQ_002128

answers: starstuff

answers: NDQ_002129

answers: rockets into space

answers: NDQ_002130

answers: rockets

answers: NDQ_002131

answers: Peter to prevent the rocket from reaching its destination.

answers: NDQ_002132

answers: rockets

answers: NDQ_002133

answers: space

answers: NDQ_002134

answers: rupture the fabric of the universe and cause it to collapse into nothingness.

answers: NDQ_002135

answers: make starstuff fall.

answers: NDQ_002136

answers: starstuff

answers: NDQ_002137

answers: starstuff

answers: NDQ_002138

answers: Peter

answers: NDQ_002139

answers: Peter

text: In the early 1960s NASA discovered a vast and advanced civilization on the Moon with their first space probes. While this civilization was able to shield itself from all Earth-based visual detection devices, U.S. President John F. Kennedy's speech from 1961 that declared the intent to "Put a man on the Moon and return him safely to the Earth" was not designed as a space race with the Soviet Union, but to secretly establish contact with this newly discovered civilization. This discovery was classified and false images from the Moon were transmitted during all the Apollo missions. When the Earth mission of this new civilization was discovered, political forces demanded that President Richard Nixon end manned missions to the Moon in 1972. First World commences in the year 2018 when the Chinese government announces it is making its first manned mission to the Moon within 24 hours. What does this civilization represent? Why was it covered up? Who knows about its existence? What is their mission? And what lengths will some go to protect Earth and our way of life?

text: In the early 1960s

text: NASA

text: discovered a vast and advanced civilization on the

text: Moon

text: with their first space probes. While this civilization was able to shield itself from all

text: Earth

text: -based visual detection devices, U.S. President

text: John F. Kennedy

text: 's speech from 1961 that declared the intent to "Put a man on the Moon and return him safely to the Earth" was not designed as a space race with the

text: Soviet Union

text: , but to secretly establish contact with this newly discovered civilization. This discovery was classified and false images from the Moon were transmitted during all the

text: Apollo

text: missions. When the Earth mission of this new civilization was discovered, political forces demanded that President

text: Richard Nixon

text: end manned missions to the Moon in 1972. First World commences in the year 2018 when the

text: Chinese

text: government announces it is making its first manned mission to the Moon within 24 hours. What does this civilization represent? Why was it covered up? Who knows about its existence? What is their mission? And what lengths will some go to protect Earth and our way of life?

answers: NDQ_002095

answers: Earth

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: U.S

answers: NDQ_002103

answers: What must a rocket do to enter Earth orbit?

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: How long ago were rockets developed?

answers: NDQ_002113

answers: What allowed rockets to travel to space?

answers: NDQ_002114

answers: How many nations have put a human on the moon?

answers: NDQ_002115

answers: What was the first use of rockets in space?

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

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

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: What do Landsat satellites make detailed images of?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What law helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: What are placed in high orbits over Earth?

answers: NDQ_002124

answers: Who was the first astronaut to walk on the Moon?

answers: NDQ_002125

answers: Which country has landed space probes on Mars?

answers: NDQ_002126

answers: NDQ_002127

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: What is the largest artificial satellite

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: a particle accelerator

answers: NDQ_002132

answers: unmanned missions

answers: NDQ_002133

answers: Soviet Union

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: Apollo

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Earth-based visual detection devices

answers: NDQ_002138

answers: can be detected from Earth.

answers: NDQ_002139

answers: John F Kennedy

answers: NDQ_002095

answers: Moon

answers: NDQ_002097

answers: Earth-based visual detection devices,

answers: NDQ_002099

answers: false images from the Moon were transmitted during all the Apollo missions.

answers: NDQ_002100

answers: Soviet Union,

answers: NDQ_002103

answers: false images from the Moon were transmitted during all the Apollo missions.

answers: NDQ_002108

answers: NASA discovered a vast and advanced civilization on the Moon

answers: NDQ_002111

answers: advanced

answers: NDQ_002113

answers: NASA discovered a vast and advanced

answers: NDQ_002114

answers: secretly establish contact with this newly discovered civilization.

answers: NDQ_002115

answers: NASA discovered a vast and advanced

answers: NDQ_002116

answers: advanced

answers: NDQ_002117

answers: NASA discovered a vast and advanced civilization on the Moon

answers: NDQ_002118

answers: NASA discovered a vast and advanced

answers: NDQ_002119

answers: advanced civilization on the Moon

answers: NDQ_002120

answers: NASA discovered a vast and advanced

answers: NDQ_002121

answers: advanced

answers: NDQ_002122

answers: NASA discovered a vast and advanced

answers: NDQ_002123

answers: advanced

answers: NDQ_002124

answers: NASA discovered a vast and advanced civilization

answers: NDQ_002125

answers: secretly establish contact with this newly discovered civilization.

answers: NDQ_002126

answers: advanced

answers: NDQ_002127

answers: false images from the Moon were transmitted during all the Apollo missions.

answers: NDQ_002128

answers: Moon

answers: NDQ_002129

answers: Apollo missions.

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: NASA discovered a vast and advanced

answers: NDQ_002132

answers: Apollo missions.

answers: NDQ_002133

answers: 1960s

answers: NDQ_002134

answers: Earth-based visual detection devices,

answers: NDQ_002135

answers: Apollo missions.

answers: NDQ_002136

answers: Earth-based visual detection devices,

answers: NDQ_002137

answers: Earth-based visual detection devices,

answers: NDQ_002138

answers: false images from the Moon were transmitted during all the Apollo missions.

answers: NDQ_002139

answers: John F. Kennedy's

text: The 81 space tiles are of 22 different tile types. There are a total of eight Glynium planets, and 31 tiles which continue an explorer ship's movement in a variety of different directions. The remaining 42 tiles represent a variety of actions, including, but not limited to: game board manipulation through tile exchange and reorientation, stranding, destroying, and salvaging explorer ships, losing a turn, returning to the mother ship, and destroying an opponents nearby explorer ship using a star base.

text: The 81 space tiles are of 22 different tile types. There are a total of eight Glynium planets, and 31 tiles which continue an explorer ship's movement in a variety of different directions. The remaining 42 tiles represent a variety of actions, including, but not limited to: game board manipulation through tile exchange and reorientation, stranding, destroying, and salvaging explorer ships, losing a turn, returning to the mother ship, and destroying an opponents nearby explorer ship using a star base.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: returning to the mother ship

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: unknown

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Which is not a type of satellite?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: How many tiles represent a variety of actions?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: a variety of different directions

answers: NDQ_002127

answers: Glynium

answers: NDQ_002128

answers: explorer ship

answers: NDQ_002129

answers: Glynium planets

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: explorer ship's movement in a variety of different directions

answers: NDQ_002132

answers: stranding

answers: NDQ_002133

answers: 81 space tiles

answers: NDQ_002134

answers: an explorer ship's movement in a variety of different directions

answers: NDQ_002135

answers: Glynium

answers: NDQ_002136

answers: star bases

answers: NDQ_002137

answers: Glynium

answers: NDQ_002138

answers: can be used to destroy an opponents nearby explorer ship

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: eight Glynium planets,

answers: NDQ_002097

answers: directions.

answers: NDQ_002099

answers: a variety of different directions.

answers: NDQ_002100

answers: 81 space tiles

answers: NDQ_002103

answers: eight Glynium planets,

answers: NDQ_002108

answers: eight Glynium planets,

answers: NDQ_002111

answers: The 81 space tiles

answers: NDQ_002113

answers: eight Glynium planets,

answers: NDQ_002114

answers: The 81 space tiles

answers: NDQ_002115

answers: eight Glynium planets,

answers: NDQ_002116

answers: eight Glynium planets,

answers: NDQ_002117

answers: eight Glynium planets,

answers: NDQ_002118

answers: eight Glynium planets,

answers: NDQ_002119

answers: The 81 space tiles

answers: NDQ_002120

answers: eight Glynium planets,

answers: NDQ_002121

answers: 31 tiles which continue an explorer ship's

answers: NDQ_002122

answers: explorer ship's movement in a variety of different directions.

answers: NDQ_002123

answers: eight Glynium planets,

answers: NDQ_002124

answers: eight Glynium planets,

answers: NDQ_002125

answers: eight Glynium planets,

answers: NDQ_002126

answers: movement in a variety of different directions.

answers: NDQ_002127

answers: eight Glynium planets,

answers: NDQ_002128

answers: star base.

answers: NDQ_002129

answers: eight Glynium

answers: NDQ_002130

answers: 81 space tiles

answers: NDQ_002131

answers: explorer ship's

answers: NDQ_002132

answers: explorer ship's

answers: NDQ_002133

answers: eight Glynium planets,

answers: NDQ_002134

answers: continue an explorer ship's movement in a variety of different directions.

answers: NDQ_002135

answers: eight Glynium planets,

answers: NDQ_002136

answers: star base.

answers: NDQ_002137

answers: 81 space tiles

answers: NDQ_002138

answers: eight Glynium planets,

answers: NDQ_002139

answers: eight Glynium planets,

text: UNISPACE and Senior Executive Space ForumDr. Webb served as Chairman, Non-Governmental Organizations (NGO) in Consultative Status with the United Nations Conference on the Exploration and Peaceful Uses of Outer Space, Vienna Austria, August 9–21, 1982 (UNISPACE 82). He organized a 12-day program with 120 speakers from around the world covering a broad range of topics incorporating most aspects of space exploration and development. Topics included: international satellite communications; technical issues associated with space exploration; energy from and in space from orbiting and lunar-based solar power satellites and free-flying power platforms; a global, U.N. owned and operated remote sensing satellite system that would provide both national security and environmental information to all nations. (1981–82).During the early 1990s, Dr. David Webb served as Chairman of the Senior Executive Space Forum. The Forum is held contemporaneously with the Annual Conference of the U.S. Space Foundation in Colorado Springs. It brings together senior executives from the major aerospace corporations, Members of Congress, Chiefs of Staff, and military advisers of all three armed Services, Directors and senior researchers of the major Federal Research Laboratories and senior management representatives from NASA Headquarters and Centers. The purpose of the meeting is to discuss, openly and frankly, but off-the-record, the goals, objectives, technology development issues and problem areas associated with the U.S. space program.

text: UNISPACE and Senior Executive Space ForumDr. Webb served as Chairman, Non-Governmental Organizations (

text: NGO

text: ) in Consultative Status with the United Nations Conference on the Exploration and Peaceful Uses of Outer Space, Vienna Austria, August 9–21, 1982 (UNISPACE 82). He organized a 12-day program with 120 speakers from around the world covering a broad range of topics incorporating most aspects of space exploration and development. Topics included: international satellite communications; technical issues associated with space exploration; energy from and in space from orbiting and lunar-based solar power satellites and free-flying power platforms; a global, U.N. owned and operated remote sensing satellite system that would provide both national security and environmental information to all nations. (1981–82).During the early 1990s, Dr. David Webb served as Chairman of the Senior Executive Space Forum. The Forum is held contemporaneously with the Annual Conference of the U.S. Space Foundation in

text: Colorado Springs

text: . It brings together senior executives from the major aerospace corporations, Members of Congress, Chiefs of Staff, and military advisers of all three armed Services, Directors and senior researchers of the major Federal Research Laboratories and senior management representatives from NASA Headquarters and Centers. The purpose of the meeting is to discuss, openly and frankly, but off-the-record, the goals, objectives, technology development issues and problem areas associated with the U.S. space program.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: Austria

answers: NDQ_002103

answers: UNISPACE 82

answers: NDQ_002108

answers: NDQ_002111

answers: What was the purpose of the meeting?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: U.S.

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: how many satellites are in orbit around earth

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: Landsat satellites make detailed images of continents and coasts

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: What is the global, U.N. owned and operated remote sensing satellite system that would provide both national security and environmental information to all nations?

answers: NDQ_002124

answers: Who was the first astronaut to walk on the Moon

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: orbiting

answers: NDQ_002129

answers: a global, U.N. owned and operated remote sensing satellite system that would provide both national security and environmental information to all nations

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: free-flying power platforms

answers: NDQ_002132

answers: free-flying power platforms

answers: NDQ_002133

answers: 1980s

answers: NDQ_002134

answers: energy from and in space from orbiting and lunar-based solar power satellites

answers: NDQ_002135

answers: UNISPACE

answers: NDQ_002136

answers: solar power

answers: NDQ_002137

answers: satellite communications

answers: NDQ_002138

answers: lunar-based solar power satellites

answers: NDQ_002139

answers: David Webb

answers: NDQ_002095

answers: orbiting

answers: NDQ_002097

answers: free-flying power platforms;

answers: NDQ_002099

answers: free-flying power platforms;

answers: NDQ_002100

answers: U.S.

answers: NDQ_002103

answers: lunar-based solar power satellites and free-flying power platforms;

answers: NDQ_002108

answers: 1982

answers: NDQ_002111

answers: orbiting and lunar-based solar power satellites

answers: NDQ_002113

answers: Exploration and Peaceful Uses of Outer Space,

answers: NDQ_002114

answers: 1982

answers: NDQ_002115

answers: lunar-based solar power satellites

answers: NDQ_002116

answers: orbiting and lunar-based solar power satellites

answers: NDQ_002117

answers: lunar-based solar power satellites and free-flying power platforms;

answers: NDQ_002118

answers: orbiting and lunar-based solar power satellites

answers: NDQ_002119

answers: 1982

answers: NDQ_002120

answers: remote sensing satellite system

answers: NDQ_002121

answers: orbiting and lunar-based solar power satellites

answers: NDQ_002122

answers: orbiting and lunar-based solar power satellites

answers: NDQ_002123

answers: remote sensing

answers: NDQ_002124

answers: lunar-based solar power satellites

answers: NDQ_002125

answers: lunar-based solar power satellites

answers: NDQ_002126

answers: orbiting

answers: NDQ_002127

answers: military advisers of all three armed Services,

answers: NDQ_002128

answers: lunar-based solar power satellites

answers: NDQ_002129

answers: lunar-based solar power satellites

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: free-flying power platforms;

answers: NDQ_002132

answers: free-flying power platforms;

answers: NDQ_002133

answers: 1982

answers: NDQ_002134

answers: free-flying power platforms;

answers: NDQ_002135

answers: 1982

answers: NDQ_002136

answers: energy

answers: NDQ_002137

answers: remote sensing satellite system

answers: NDQ_002138

answers: lunar-based solar power satellites

answers: NDQ_002139

answers: Dr. David Webb

text: Sirius is a binary star system consisting of two white stars orbiting each other with a separation of about 20 AU (roughly the distance between the Sun and Uranus) and a period of 50.1 years. The brighter component, termed Sirius A, is a main-sequence star of spectral type A1V, with an estimated surface temperature of 9,940 K. Its companion, Sirius B, is a star that has already evolved off the main sequence and become a white dwarf. Currently 10,000 times less luminous in the visual spectrum, Sirius B was once the more massive of the two. The age of the system has been estimated at around 230 million years. Early in its lifespan it was thought to have been two bluish white stars orbiting each other in an elliptical orbit every 9.1 years. The system emits a higher than expected level of infrared radiation, as measured by IRAS space-based observatory. This may be an indication of dust in the system, and is considered somewhat unusual for a binary star. The Chandra X-ray Observatory image shows Sirius B outshining its bright partner as it is a brighter X-ray source.

text: Sirius is a binary star system consisting of two white stars orbiting each other with a separation of about 20 AU (roughly the distance between the Sun and

text: Uranus

text: ) and a period of 50.1 years. The brighter component, termed Sirius A, is a

text: main-sequence

text: star of

text: spectral type

text: A1V, with an estimated surface temperature of 9,940

text: K

text: . Its companion, Sirius B, is a star that has already evolved off the main sequence and become a white dwarf. Currently 10,000 times less luminous in the visual spectrum, Sirius B was once the more massive of the two. The age of the system has been estimated at around 230 million years. Early in its lifespan it was thought to have been two bluish white stars orbiting each other in an elliptical orbit every 9.1 years. The system emits a

text: higher than expected level of infrared radiation

text: , as measured by

text: IRAS

text: space-based observatory. This may be an indication of dust in the system, and is considered somewhat unusual for a binary star. The

text: Chandra X-ray Observatory

text: image shows Sirius B outshining its bright partner as it is a brighter X-ray source.

answers: NDQ_002095

answers: orbit Sirius

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: unanswerable

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How many years ago was Sirius thought to have been two bluish white stars orbiting each other in an elliptical orbit every 9.1 years?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is Sirius B?

answers: NDQ_002117

answers: How does Sirius differ from other satellites?

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: Neil Armstrong walked

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat or Sirius?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: Which of the following is not a star: Sirius A, Sirius B, or Sirius A?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: binary star system

answers: NDQ_002129

answers: Chandra X-ray Observatory

answers: NDQ_002130

answers: IRAS

answers: NDQ_002131

answers: infrared radiation

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: unanswerable

answers: NDQ_002134

answers: Sirius B was once the more massive of the two.

answers: NDQ_002135

answers: Sirius B

answers: NDQ_002136

answers: Sirius

answers: NDQ_002137

answers: Sirius A and Sirius B

answers: NDQ_002138

answers: What is Sirius B?

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: IRAS space-based observatory.

answers: NDQ_002097

answers: elliptical

answers: NDQ_002099

answers: elliptical orbit every 9.1 years.

answers: NDQ_002100

answers: Sun and Uranus)

answers: NDQ_002103

answers: 20 AU

answers: NDQ_002108

answers: 230 million years.

answers: NDQ_002111

answers: elliptical orbit every 9.1 years.

answers: NDQ_002113

answers: 20 AU (roughly the distance between the Sun and Uranus)

answers: NDQ_002114

answers: 20 AU (roughly the distance between the Sun and Uranus)

answers: NDQ_002115

answers: 20 AU (roughly the distance between the Sun and Uranus)

answers: NDQ_002116

answers: elliptical orbit

answers: NDQ_002117

answers: 20 AU

answers: NDQ_002118

answers: 20 AU

answers: NDQ_002119

answers: 50.1 years.

answers: NDQ_002120

answers: Sirius B

answers: NDQ_002121

answers: elliptical orbit

answers: NDQ_002122

answers: elliptical

answers: NDQ_002123

answers: IRAS space-based observatory.

answers: NDQ_002124

answers: Sirius

answers: NDQ_002125

answers: IRAS space-based observatory.

answers: NDQ_002126

answers: elliptical

answers: NDQ_002127

answers: 20 AU (roughly the distance between the Sun and Uranus)

answers: NDQ_002128

answers: binary star system consisting of two white stars

answers: NDQ_002129

answers: Chandra X-ray Observatory

answers: NDQ_002130

answers: IRAS

answers: NDQ_002131

answers: 20 AU (roughly the distance between the Sun and Uranus)

answers: NDQ_002132

answers: space-based observatory.

answers: NDQ_002133

answers: 230 million years.

answers: NDQ_002134

answers: elliptical orbit every 9.1 years.

answers: NDQ_002135

answers: Sirius

answers: NDQ_002136

answers: dust

answers: NDQ_002137

answers: Sirius

answers: NDQ_002138

answers: elliptical

answers: NDQ_002139

answers: Sirius

text: Cygnus CRS OA-7, also known as Orbital Sciences CRS Flight 7, is the eighth planned flight of the Orbital ATK unmanned resupply spacecraft Cygnus and its seventh flight to the International Space Station under the Commercial Resupply Services contract with NASA. Orbital and NASA jointly developed a new space transportation system to provide commercial cargo resupply services to the International Space Station (ISS). Under the Commercial Orbital Transportation System (COTS) program, then Orbital Sciences designed and built Antares, a medium-class launch vehicle; Cygnus, an advanced maneuvering spacecraft, and a Pressurized Cargo Module which is provided by Orbital's industrial partner Thales Alenia Space.

text: Cygnus CRS OA-7, also known as Orbital Sciences CRS Flight 7, is the eighth planned flight of the

text: Orbital ATK

text: unmanned resupply spacecraft

text: Cygnus

text: and its seventh flight to the

text: International Space Station

text: under the

text: Commercial Resupply Services

text: contract with

text: NASA

text: . Orbital and NASA jointly developed a new space transportation system to provide commercial cargo resupply services to the International Space Station (ISS). Under the

text: Commercial Orbital Transportation System (COTS)

text: program, then

text: Orbital Sciences

text: designed and built

text: Antares

text: , a medium-class launch vehicle;

text: Cygnus

text: , an advanced maneuvering spacecraft, and a Pressurized Cargo Module which is provided by Orbital's industrial partner

text: Thales Alenia Space

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: under the Commercial Orbital Transportation System

answers: NDQ_002108

answers: It's impossible to say

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: unmanned

answers: NDQ_002118

answers: How many satellites are in orbit around Earth

answers: NDQ_002119

answers: Neil Armstrong walked

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat or NASA?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: How are imaging satellites placed in high orbits over Earth?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Antares

answers: NDQ_002128

answers: Cygnus

answers: NDQ_002129

answers: Cygnus

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Cygnus

answers: NDQ_002132

answers: Cygnus

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: Cygnus CRS OA-7 is the eighth planned flight of the Orbital ATK unmanned resupply spacecraft Cygnus

answers: NDQ_002135

answers: Orbital Sciences CRS Flight 7

answers: NDQ_002136

answers: Space Station

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Cygnus

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: International Space Station

answers: NDQ_002097

answers: maneuvering spacecraft,

answers: NDQ_002099

answers: advanced maneuvering

answers: NDQ_002100

answers: NASA.

answers: NDQ_002103

answers: launch vehicle;

answers: NDQ_002108

answers: Cygnus CRS OA-7,

answers: NDQ_002111

answers: medium-class launch vehicle;

answers: NDQ_002113

answers: Cygnus CRS OA-7,

answers: NDQ_002114

answers: NASA.

answers: NDQ_002115

answers: Cygnus CRS OA-7,

answers: NDQ_002116

answers: International Space Station

answers: NDQ_002117

answers: unmanned

answers: NDQ_002118

answers: International Space Station

answers: NDQ_002119

answers: Cygnus CRS OA-7,

answers: NDQ_002120

answers: Cygnus CRS OA-7,

answers: NDQ_002121

answers: International Space Station

answers: NDQ_002122

answers: Cygnus, an advanced maneuvering spacecraft,

answers: NDQ_002123

answers: International Space Station

answers: NDQ_002124

answers: Cygnus CRS OA-7,

answers: NDQ_002125

answers: International Space Station

answers: NDQ_002126

answers: maneuvering

answers: NDQ_002127

answers: Pressurized Cargo Module

answers: NDQ_002128

answers: (ISS).

answers: NDQ_002129

answers: Cygnus, an advanced maneuvering spacecraft,

answers: NDQ_002130

answers: NASA.

answers: NDQ_002131

answers: Cygnus, an advanced maneuvering spacecraft,

answers: NDQ_002132

answers: unmanned resupply spacecraft Cygnus

answers: NDQ_002133

answers: medium-class launch vehicle;

answers: NDQ_002134

answers: maneuvering spacecraft,

answers: NDQ_002135

answers: Antares,

answers: NDQ_002136

answers: launch vehicle;

answers: NDQ_002137

answers: Cygnus CRS OA-7,

answers: NDQ_002138

answers: medium-class

answers: NDQ_002139

answers: NASA.

text: Rocket cars are capable of very high speeds, and at one time held the land speed record (now held by a jet car).  Rocket cars differ from jet-powered cars in that they carry both fuel and oxidizer on board, eliminating the need for an air inlet and compressor which add weight and increase drag.  Rocket cars run their engines for relatively short periods of time, usually less than 20 seconds, but the acceleration levels that rocket cars can reach due to their high thrust-to-weight ratio are very high and high speeds are fairly easily achieved.

text: Rocket cars are capable of very high speeds, and at one time held the land speed record (now held by a

text: jet car

text: ).  Rocket cars differ from jet-powered cars in that they carry both fuel and oxidizer on board, eliminating the need for an air inlet and compressor which add weight and increase drag.  Rocket cars run their engines for relatively short periods of time, usually less than 20 seconds, but the acceleration levels that rocket cars can reach due to their high

text: thrust-to-weight ratio

text: are very high and high speeds are fairly easily achieved.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: acceleration

answers: NDQ_002099

answers: can achieve very high speeds

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: satellite

answers: NDQ_002117

answers: rocket cars

answers: NDQ_002118

answers: None

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Landsat satellites

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: None of the above choices.

answers: NDQ_002124

answers: Alan Shepherd

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: thrust

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: What is the largest artificial satellite

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: Rocket cars

answers: NDQ_002133

answers: 20th century

answers: NDQ_002134

answers: acceleration is a property of what?

answers: NDQ_002135

answers: the 1950s

answers: NDQ_002136

answers: rocket cars

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: can be powered by a rocket

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: land speed record

answers: NDQ_002097

answers: the acceleration

answers: NDQ_002099

answers: they carry both fuel and oxidizer on board,

answers: NDQ_002100

answers: Rocket cars

answers: NDQ_002103

answers: Rocket cars

answers: NDQ_002108

answers: Rocket cars

answers: NDQ_002111

answers: Rocket cars

answers: NDQ_002113

answers: Rocket cars

answers: NDQ_002114

answers: Rocket cars

answers: NDQ_002115

answers: Rocket cars

answers: NDQ_002116

answers: Rocket cars

answers: NDQ_002117

answers: Rocket cars

answers: NDQ_002118

answers: Rocket cars

answers: NDQ_002119

answers: Rocket cars

answers: NDQ_002120

answers: Rocket cars

answers: NDQ_002121

answers: Rocket cars

answers: NDQ_002122

answers: high thrust-to-weight ratio

answers: NDQ_002123

answers: Rocket cars

answers: NDQ_002124

answers: Rocket cars

answers: NDQ_002125

answers: Rocket cars

answers: NDQ_002126

answers: drag.

answers: NDQ_002127

answers: thrust-to-weight

answers: NDQ_002128

answers: Rocket cars

answers: NDQ_002129

answers: Rocket cars

answers: NDQ_002130

answers: Rocket cars

answers: NDQ_002131

answers: Rocket cars

answers: NDQ_002132

answers: Rocket cars

answers: NDQ_002133

answers: Rocket cars

answers: NDQ_002134

answers: high thrust-to-weight ratio

answers: NDQ_002135

answers: Rocket cars

answers: NDQ_002136

answers: drag.

answers: NDQ_002137

answers: Rocket cars

answers: NDQ_002138

answers: Rocket cars

answers: NDQ_002139

answers: Rocket cars

text: Upon conclusion of the training exercise, guests are invited to participate in activities at the Advanced Training Lab, a post-show area containing a group game called Mission: Space Race in which players perform tasks as Mission Control technicians aiding two X-2 spacecraft racing to return to Earth; a space-themed play area for toddlers; a single-person, arcade-style game in which an astronaut explores Mars on foot; and a kiosk where brief video postcards can be created and sent via e-mail.

text: Upon conclusion of the training exercise, guests are invited to participate in activities at the Advanced Training Lab, a post-show area containing a group game called Mission: Space Race in which players perform tasks as Mission Control technicians aiding two X-2 spacecraft racing to return to Earth; a space-themed play area for toddlers; a single-person, arcade-style game in which an astronaut explores Mars on foot; and a kiosk where brief video postcards can be created and sent via e-mail.

answers: NDQ_002095

answers: Mars

answers: NDQ_002097

answers: mass and velocity

answers: NDQ_002099

answers: returns to Earth

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: X-2

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: Mars

answers: NDQ_002120

answers: Which of the following is not true?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

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

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: X-2

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: Mars

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: X-2 spacecraft

answers: NDQ_002132

answers: Mars on foot

answers: NDQ_002133

answers: Space Race

answers: NDQ_002134

answers: gravitational force is proportional to mass

answers: NDQ_002135

answers: Mission: Space Race

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: Earth

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Mars

answers: NDQ_002097

answers: racing to return to Earth;

answers: NDQ_002099

answers: racing to return to Earth;

answers: NDQ_002100

answers: Earth;

answers: NDQ_002103

answers: X-2 spacecraft racing to return to Earth;

answers: NDQ_002108

answers: X-2 spacecraft racing to return to Earth;

answers: NDQ_002111

answers: Mission: Space Race

answers: NDQ_002113

answers: Mission: Space Race

answers: NDQ_002114

answers: Mission: Space Race

answers: NDQ_002115

answers: X-2 spacecraft racing to return to Earth;

answers: NDQ_002116

answers: Earth;

answers: NDQ_002117

answers: X-2 spacecraft

answers: NDQ_002118

answers: Mission: Space Race

answers: NDQ_002119

answers: Mission: Space Race

answers: NDQ_002120

answers: Mission: Space Race

answers: NDQ_002121

answers: X-2 spacecraft

answers: NDQ_002122

answers: Mission: Space Race

answers: NDQ_002123

answers: video postcards can be created and sent via e-mail.

answers: NDQ_002124

answers: Mission: Space Race

answers: NDQ_002125

answers: X-2 spacecraft racing to return to Earth;

answers: NDQ_002126

answers: Mars

answers: NDQ_002127

answers: X-2 spacecraft

answers: NDQ_002128

answers: spacecraft

answers: NDQ_002129

answers: X-2

answers: NDQ_002130

answers: Mission Control

answers: NDQ_002131

answers: X-2 spacecraft

answers: NDQ_002132

answers: a single-person,

answers: NDQ_002133

answers: X-2 spacecraft racing to return to Earth;

answers: NDQ_002134

answers: X-2 spacecraft racing to return to Earth;

answers: NDQ_002135

answers: X-2

answers: NDQ_002136

answers: X-2 spacecraft racing to return to Earth;

answers: NDQ_002137

answers: Earth;

answers: NDQ_002138

answers: X-2 spacecraft racing to return to Earth;

answers: NDQ_002139

answers: Mission: Space Race

text: The Mu, also known as M, was a series of Japanese solid-fuelled carrier rockets, which were launched from Uchinoura between 1966 and 2006. Originally developed by Japan's Institute of Space and Astronautical Science, Mu rockets were later operated by Japan Aerospace Exploration Agency following its merger with ISAS.

text: The Mu, also known as M, was a series of

text: Japan

text: ese

text: solid-fuelled

text: carrier rocket

text: s, which were launched from

text: Uchinoura

text: between 1966 and 2006. Originally developed by Japan's

text: Institute of Space and Astronautical Science

text: , Mu rockets were later operated by

text: Japan Aerospace Exploration Agency

text: following its merger with ISAS.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: mass and velocity

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: Japan

answers: NDQ_002103

answers: Uchinoura

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: What is the purpose of imaging satellites?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: solid-fuel

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: Japan Aerospace Exploration Agency

answers: NDQ_002130

answers: ISAS

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: unanswerable

answers: NDQ_002133

answers: 1966

answers: NDQ_002134

answers: gravitational force is proportional to mass

answers: NDQ_002135

answers: 1966

answers: NDQ_002136

answers: solid fuelled carrier rockets

answers: NDQ_002137

answers: numeric coordinates

answers: NDQ_002138

answers: is called a low orbit satellite

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: launched from Uchinoura between 1966 and 2006.

answers: NDQ_002097

answers: solid-fuelled

answers: NDQ_002099

answers: solid-fuelled

answers: NDQ_002100

answers: Japanese

answers: NDQ_002103

answers: Uchinoura

answers: NDQ_002108

answers: 1966 and 2006.

answers: NDQ_002111

answers: Originally developed by Japan's Institute of Space and Astronautical Science,

answers: NDQ_002113

answers: Uchinoura between 1966 and 2006.

answers: NDQ_002114

answers: 2006.

answers: NDQ_002115

answers: Uchinoura between 1966 and 2006.

answers: NDQ_002116

answers: Astronautical Science,

answers: NDQ_002117

answers: rockets,

answers: NDQ_002118

answers: 2006.

answers: NDQ_002119

answers: 2006.

answers: NDQ_002120

answers: 2006.

answers: NDQ_002121

answers: 2006.

answers: NDQ_002122

answers: Uchinoura between 1966 and 2006.

answers: NDQ_002123

answers: 2006.

answers: NDQ_002124

answers: 2006.

answers: NDQ_002125

answers: 2006.

answers: NDQ_002126

answers: Astronautical Science,

answers: NDQ_002127

answers: solid-fuelled

answers: NDQ_002128

answers: Astronautical

answers: NDQ_002129

answers: 2006.

answers: NDQ_002130

answers: Japan Aerospace Exploration Agency

answers: NDQ_002131

answers: M, was a series of Japanese solid-fuelled carrier rockets,

answers: NDQ_002132

answers: solid-fuelled carrier rockets,

answers: NDQ_002133

answers: 1966

answers: NDQ_002134

answers: solid-fuelled carrier rockets,

answers: NDQ_002135

answers: 1966 and 2006.

answers: NDQ_002136

answers: solid-fuelled carrier rockets,

answers: NDQ_002137

answers: Mu rockets

answers: NDQ_002138

answers: 2006.

answers: NDQ_002139

answers: 2006.

text: When 2001: A Space Odyssey was written, mankind had not yet set foot on the moon. The space exploration programs in the United States and the Soviet Union were only in the early stages. Much room was left to imagine the future of the space program. Space Odyssey offers one such vision, offering a glimpse at what space exploration might one day become. Lengthy journeys, such as manned flights to Saturn, and advanced technologies, such as suspended animation, are described in the novel.

text: When 2001: A Space Odyssey was written, mankind had not yet set foot on the moon. The space exploration programs in the United States and the Soviet Union were only in the early stages. Much room was left to imagine the future of the space program. Space Odyssey offers one such vision, offering a glimpse at what space exploration might one day become. Lengthy journeys, such as manned flights to Saturn, and advanced technologies, such as

text: suspended animation

text: , are described in the novel.

answers: NDQ_002095

answers: Saturn

answers: NDQ_002097

answers: suspended animation

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States and the Soviet Union

answers: NDQ_002103

answers: in the early stages

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: How many years after 2001: A Space Odyssey was written did mankind set foot on the moon?

answers: NDQ_002113

answers: the Soviet Union

answers: NDQ_002114

answers: the Soviet Union

answers: NDQ_002115

answers: not

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices.

answers: NDQ_002119

answers: the moon

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat satellites or Saturn?

answers: NDQ_002121

answers: the law of conservation of momentum

answers: NDQ_002122

answers: what is the first law of motion mentioned?

answers: NDQ_002123

answers: How many years after 2001: A Space Odyssey was written did mankind not yet set foot on the moon?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: the moon

answers: NDQ_002129

answers: Saturn

answers: NDQ_002130

answers: the space program

answers: NDQ_002131

answers: suspended animation

answers: NDQ_002132

answers: suspended animation

answers: NDQ_002133

answers: Soviet Union

answers: NDQ_002134

answers: Newton's third law of motion states that Newton's third law of motion states that

answers: NDQ_002135

answers: the Soviet Union

answers: NDQ_002136

answers: suspended animation

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: could not be manned

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: the moon.

answers: NDQ_002097

answers: suspended animation,

answers: NDQ_002099

answers: manned flights to Saturn, and advanced technologies, such as suspended animation,

answers: NDQ_002100

answers: United States and the Soviet Union

answers: NDQ_002103

answers: mankind had not yet set foot on the moon.

answers: NDQ_002108

answers: the moon.

answers: NDQ_002111

answers: mankind had not yet set foot on the moon.

answers: NDQ_002113

answers: mankind had not yet set foot on the moon.

answers: NDQ_002114

answers: United States and the Soviet Union

answers: NDQ_002115

answers: mankind had not yet set foot on the moon.

answers: NDQ_002116

answers: moon.

answers: NDQ_002117

answers: manned flights

answers: NDQ_002118

answers: mankind had not yet set foot on the moon.

answers: NDQ_002119

answers: mankind had not yet set foot on the moon.

answers: NDQ_002120

answers: moon.

answers: NDQ_002121

answers: moon.

answers: NDQ_002122

answers: suspended animation,

answers: NDQ_002123

answers: manned flights to Saturn,

answers: NDQ_002124

answers: mankind had not yet set foot on the moon.

answers: NDQ_002125

answers: moon.

answers: NDQ_002126

answers: manned flights

answers: NDQ_002127

answers: moon.

answers: NDQ_002128

answers: Saturn,

answers: NDQ_002129

answers: Saturn,

answers: NDQ_002130

answers: The space exploration programs in the United States

answers: NDQ_002131

answers: manned flights to Saturn, and advanced technologies, such as suspended animation,

answers: NDQ_002132

answers: suspended animation,

answers: NDQ_002133

answers: Soviet Union

answers: NDQ_002134

answers: suspended animation,

answers: NDQ_002135

answers: Soviet Union

answers: NDQ_002136

answers: suspended animation,

answers: NDQ_002137

answers: moon.

answers: NDQ_002138

answers: moon.

answers: NDQ_002139

answers: moon.

text: He creates miniature scenarios using shoeboxes, cardboard, and foam core to make miniature offices, hotel rooms, pool halls, foyers and narrow corridors. These shadowy and dark scenes expose the secrecy and intimacy of small spaces. Levinthal is particularly interested in exploring the different emotions that each scene produces, such as reactions to an office corridor in contrast to those to a hospital or a private bedroom. Indeed, there is an inherently voyeuristic aspect to these early works.

text: He creates miniature scenarios using shoeboxes, cardboard, and foam core to make miniature offices, hotel rooms, pool halls, foyers and narrow corridors. These shadowy and dark scenes expose the secrecy and intimacy of small spaces. Levinthal is particularly interested in exploring the different emotions that each scene produces, such as reactions to an office corridor in contrast to those to a hospital or a private bedroom. Indeed, there is an inherently voyeuristic aspect to these early works.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States and Russia

answers: NDQ_002103

answers: first

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: inherently voyeuristic aspect

answers: NDQ_002113

answers: 18th century

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: inherently voyeuristic

answers: NDQ_002118

answers: satellites are in orbit around Earth

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

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

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: What is Levinthal interested in exploring?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: narrow corridors

answers: NDQ_002127

answers: Levinthal

answers: NDQ_002128

answers: unanswerable

answers: NDQ_002129

answers: Levinthal

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: inherently voyeuristic aspect of these early works

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: gravitational force is inversely proportional to mass

answers: NDQ_002135

answers: the 1950s

answers: NDQ_002136

answers: gravity

answers: NDQ_002137

answers: data from satellites

answers: NDQ_002138

answers: can be seen from Earth

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: shoeboxes,

answers: NDQ_002097

answers: secrecy

answers: NDQ_002099

answers: shoeboxes,

answers: NDQ_002100

answers: shoeboxes,

answers: NDQ_002103

answers: shoeboxes,

answers: NDQ_002108

answers: shoeboxes,

answers: NDQ_002111

answers: shoeboxes,

answers: NDQ_002113

answers: shoeboxes,

answers: NDQ_002114

answers: shoeboxes,

answers: NDQ_002115

answers: shoeboxes,

answers: NDQ_002116

answers: shoeboxes,

answers: NDQ_002117

answers: shoeboxes,

answers: NDQ_002118

answers: Levinthal

answers: NDQ_002119

answers: Levinthal

answers: NDQ_002120

answers: shoeboxes,

answers: NDQ_002121

answers: Levinthal

answers: NDQ_002122

answers: shoeboxes,

answers: NDQ_002123

answers: Levinthal

answers: NDQ_002124

answers: Levinthal

answers: NDQ_002125

answers: shoeboxes,

answers: NDQ_002126

answers: corridors.

answers: NDQ_002127

answers: shoeboxes, cardboard, and foam core

answers: NDQ_002128

answers: shoeboxes,

answers: NDQ_002129

answers: shoeboxes,

answers: NDQ_002130

answers: Levinthal

answers: NDQ_002131

answers: shoeboxes,

answers: NDQ_002132

answers: miniature scenarios using shoeboxes,

answers: NDQ_002133

answers: voyeuristic aspect

answers: NDQ_002134

answers: Levinthal

answers: NDQ_002135

answers: Levinthal

answers: NDQ_002136

answers: secrecy

answers: NDQ_002137

answers: shoeboxes, cardboard, and foam core

answers: NDQ_002138

answers: miniature offices,

answers: NDQ_002139

answers: Levinthal

text: Ammonium perchlorate composite propellant is typically used in aerospace propulsion applications, where simplicity and reliability are desired and specific impulses (depending on the composition and operating pressure) of 180–260 seconds are adequate. Because of these performance attributes, APCP is regularly implemented in booster applications such as in the Space Shuttle Solid Rocket Boosters, aircraft ejection seats, and specialty space exploration applications such as NASA's Mars Exploration Rover descent stage retrorockets. In addition, the high-power rocketry community regularly uses APCP in the form of commercially available propellant "reloads", as well as single-use motors. Experienced experimental and amateur rocketeers also often work with APCP, processing the APCP themselves.

text: Ammonium perchlorate composite propellant is typically used in aerospace propulsion applications, where simplicity and reliability are desired and

text: specific impulse

text: s (depending on the composition and operating

text: pressure

text: ) of 180–260 seconds are adequate. Because of these performance attributes, APCP is regularly implemented in booster applications such as in the

text: Space Shuttle Solid Rocket Booster

text: s, aircraft

text: ejection seat

text: s, and specialty space exploration applications such as NASA's

text: Mars Exploration Rover

text: descent stage

text: retrorocket

text: s. In addition, the

text: high-power rocketry

text: community regularly uses APCP in the form of commercially available propellant "reloads", as well as single-use motors. Experienced experimental and amateur rocketeers also often work with APCP, processing the APCP themselves.

answers: NDQ_002095

answers: Mars

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: descent stage

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: APCP

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: satellite

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: None of the above choices.

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: Yes

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: Mars

answers: NDQ_002129

answers: Mars Exploration Rover

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: ejection seats

answers: NDQ_002132

answers: Mars Exploration Rover

answers: NDQ_002133

answers: unanswerable

answers: NDQ_002134

answers: Ammonium perchlorate composite propellant is typically used

answers: NDQ_002135

answers: NASA's Mars Exploration Rover

answers: NDQ_002136

answers: Ammonium perchlorate

answers: NDQ_002137

answers: Ammonium perchlorate

answers: NDQ_002138

answers: Mars Exploration Rover

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Mars

answers: NDQ_002097

answers: impulses

answers: NDQ_002099

answers: descent stage retrorockets.

answers: NDQ_002100

answers: NASA's

answers: NDQ_002103

answers: Space Shuttle Solid Rocket Boosters,

answers: NDQ_002108

answers: Mars

answers: NDQ_002111

answers: Space Shuttle Solid Rocket Boosters,

answers: NDQ_002113

answers: Mars Exploration Rover descent stage retrorockets.

answers: NDQ_002114

answers: Space Shuttle Solid Rocket Boosters,

answers: NDQ_002115

answers: Space Shuttle Solid Rocket Boosters,

answers: NDQ_002116

answers: Space Shuttle Solid Rocket Boosters,

answers: NDQ_002117

answers: Space Shuttle Solid Rocket Boosters,

answers: NDQ_002118

answers: Space Shuttle Solid Rocket Boosters,

answers: NDQ_002119

answers: Space Shuttle Solid Rocket Boosters,

answers: NDQ_002120

answers: Ammonium perchlorate composite propellant

answers: NDQ_002121

answers: Ammonium perchlorate composite propellant

answers: NDQ_002122

answers: Mars Exploration Rover descent stage retrorockets.

answers: NDQ_002123

answers: Mars Exploration Rover

answers: NDQ_002124

answers: Space Shuttle Solid Rocket Boosters,

answers: NDQ_002125

answers: Mars Exploration Rover descent stage retrorockets.

answers: NDQ_002126

answers: propulsion

answers: NDQ_002127

answers: pressure)

answers: NDQ_002128

answers: Mars Exploration Rover descent stage retrorockets.

answers: NDQ_002129

answers: Mars Exploration Rover

answers: NDQ_002130

answers: NASA's

answers: NDQ_002131

answers: ejection seats,

answers: NDQ_002132

answers: Mars Exploration Rover descent stage retrorockets.

answers: NDQ_002133

answers: Space Shuttle Solid Rocket Boosters,

answers: NDQ_002134

answers: 180–260 seconds

answers: NDQ_002135

answers: Mars Exploration Rover

answers: NDQ_002136

answers: Ammonium perchlorate composite propellant

answers: NDQ_002137

answers: Ammonium perchlorate composite propellant

answers: NDQ_002138

answers: Mars Exploration Rover descent stage retrorockets.

answers: NDQ_002139

answers: Space Shuttle Solid Rocket Boosters,

text: Alfred Newman who had previously scored Fairbanks' Reaching for the Moon composed the score. Newman reused one of his musical themes for the 1937 film The Hurricane where it became a popular song called Moon of Manakoora. Newman's score for The Hurricane was nominated for an Academy Award.

text: Alfred Newman

text: who had previously scored Fairbanks'

text: Reaching for the Moon

text: composed the score. Newman reused one of his musical themes for the 1937 film

text: The Hurricane

text: where it became a popular song called

text: Moon of Manakoora

text: . Newman's score for The Hurricane was nominated for an Academy Award.

answers: NDQ_002095

answers: orbit the Moon

answers: NDQ_002097

answers: law of conservation of energy

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: before reaching the Moon

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: How did the song Moon of Manakoora get its name?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: how many satellites are in orbit around earth

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

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

answers: NDQ_002121

answers: the law of conservation of momentum

answers: NDQ_002122

answers: How does Newton's Third Law of Motion relate to rockets?

answers: NDQ_002123

answers: How many years after Fairbanks' Reaching for the Moon did Alfred Newman score The Hurricane?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: the Moon

answers: NDQ_002129

answers: the moon

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: a

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: Newton's third law of motion states that Newton's third law of motion states that

answers: NDQ_002135

answers: Reaching for the Moon

answers: NDQ_002136

answers: gravitational pull

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: can be seen from Earth.

answers: NDQ_002139

answers: Fairbanks

answers: NDQ_002095

answers: Moon

answers: NDQ_002097

answers: Moon

answers: NDQ_002099

answers: Moon

answers: NDQ_002100

answers: Moon

answers: NDQ_002103

answers: Moon

answers: NDQ_002108

answers: Moon

answers: NDQ_002111

answers: Moon of Manakoora.

answers: NDQ_002113

answers: Moon of Manakoora.

answers: NDQ_002114

answers: Moon of Manakoora.

answers: NDQ_002115

answers: Moon

answers: NDQ_002116

answers: Moon

answers: NDQ_002117

answers: Moon

answers: NDQ_002118

answers: Moon

answers: NDQ_002119

answers: Moon

answers: NDQ_002120

answers: Moon of Manakoora.

answers: NDQ_002121

answers: Moon

answers: NDQ_002122

answers: Moon of Manakoora.

answers: NDQ_002123

answers: Moon

answers: NDQ_002124

answers: Alfred Newman

answers: NDQ_002125

answers: Moon

answers: NDQ_002126

answers: Moon

answers: NDQ_002127

answers: Moon

answers: NDQ_002128

answers: Moon

answers: NDQ_002129

answers: Moon

answers: NDQ_002130

answers: Moon

answers: NDQ_002131

answers: Moon of Manakoora.

answers: NDQ_002132

answers: Moon

answers: NDQ_002133

answers: Moon

answers: NDQ_002134

answers: Moon of Manakoora.

answers: NDQ_002135

answers: Reaching for the Moon

answers: NDQ_002136

answers: Moon

answers: NDQ_002137

answers: musical themes

answers: NDQ_002138

answers: Moon

answers: NDQ_002139

answers: Fairbanks'

text: In the United States alone, there are roughly 1.07 billion visits to the post office a year. Stamp collecting is also a very popular hobby within the United States.In the United Kingdom, stamps are also printed with Space achievements. "Royal Mail celebrates Britain's contribution to space exploration with its latest set of commemorative stamps. Due to be issued on 16 October, the six stamps all feature images from European Space Agency missions. From skimming Saturn's rings to keeping a watchful eye on the sun, from visiting our neighbouring worlds to flying by the "failed planet" of asteroid Lutetia, Britain now performs most of its space exploration through Esa.This year marks the 50th anniversary of Britain's space exploration effort. On 26 April 1962, its first satellite, Ariel 1, was launched by Nasa. It carried scientific experiments designed by British universities and turned Britain into the world's third spacefaring nation, after Russia and America."

text: In the United States alone, there are roughly 1.07 billion visits to the post office a year. Stamp collecting is also a very popular hobby within the United States.In the United Kingdom, stamps are also printed with Space achievements. "Royal Mail celebrates Britain's contribution to space exploration with its latest set of commemorative stamps. Due to be issued on 16 October, the six stamps all feature images from European Space Agency missions. From skimming Saturn's rings to keeping a watchful eye on the sun, from visiting our neighbouring worlds to flying by the "failed planet" of asteroid Lutetia, Britain now performs most of its space exploration through Esa.This year marks the 50th anniversary of Britain's space exploration effort. On 26 April 1962, its first satellite, Ariel 1, was launched by Nasa. It carried scientific experiments designed by British universities and turned Britain into the world's third spacefaring nation, after Russia and America."

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: skimming Saturns rings

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: Russia and America

answers: NDQ_002103

answers: by Nasa

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: Which of the following is not true?

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: the United Kingdom

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: Which of the following is not a law: Newtons Third Law of Motion?

answers: NDQ_002123

answers: Which of the following is not a type of mission: skimming Saturn's rings to keeping a watchful eye on the sun, from visiting our neighbouring worlds to flying by the "failed planet" of asteroid Lutetia?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: a rocket

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: Ariel 1

answers: NDQ_002130

answers: Nasa

answers: NDQ_002131

answers: Lutetia

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: 1960s

answers: NDQ_002134

answers: gravitational force is equal to

answers: NDQ_002135

answers: European Space Agency missions

answers: NDQ_002136

answers: the sun

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Ariel 1 was launched by Nasa

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: skimming Saturn's rings

answers: NDQ_002097

answers: keeping a watchful eye on the sun,

answers: NDQ_002099

answers: scientific experiments

answers: NDQ_002100

answers: Russia and America."

answers: NDQ_002103

answers: launched by Nasa.

answers: NDQ_002108

answers: 1962,

answers: NDQ_002111

answers: British universities

answers: NDQ_002113

answers: Russia and America."

answers: NDQ_002114

answers: Russia and America."

answers: NDQ_002115

answers: its first satellite, Ariel 1,

answers: NDQ_002116

answers: asteroid

answers: NDQ_002117

answers: Nasa.

answers: NDQ_002118

answers: Ariel 1, was launched by Nasa.

answers: NDQ_002119

answers: 1962,

answers: NDQ_002120

answers: Ariel 1,

answers: NDQ_002121

answers: asteroid Lutetia,

answers: NDQ_002122

answers: Britain into the world's third spacefaring nation,

answers: NDQ_002123

answers: Saturn's rings to keeping a watchful eye on the sun,

answers: NDQ_002124

answers: States.In the United Kingdom,

answers: NDQ_002125

answers: asteroid Lutetia,

answers: NDQ_002126

answers: rings

answers: NDQ_002127

answers: Nasa.

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: Ariel 1,

answers: NDQ_002130

answers: Nasa.

answers: NDQ_002131

answers: asteroid Lutetia,

answers: NDQ_002132

answers: satellite,

answers: NDQ_002133

answers: 1962,

answers: NDQ_002134

answers: asteroid Lutetia,

answers: NDQ_002135

answers: 1962,

answers: NDQ_002136

answers: sun,

answers: NDQ_002137

answers: sun,

answers: NDQ_002138

answers: Ariel 1,

answers: NDQ_002139

answers: Ariel 1,

text: Space related activities are conducted within KDA itself in addition to its subsidiaries, Kongsberg Spacetec (wholly owned) and Kongsberg Satellite Services (50% owned by KDA, 50% by the Norwegian Space Centre), both located in Tromsø. Notable space related products from KDA are the Booster Attachment and Release Mechanisms for ESA's Ariane 5. In the early 1990s KDA was involved with NASA's JPL and Germany's DASA in software development of the test/checkout system, as well as spacecraft hardware production, for the NASA/ESA Cassini-Huygens space probe. KDA has also delivered the Solar Array Drive Mechanism for ESA's Rosetta space probe.

text: Space related activities are conducted within KDA itself in addition to its subsidiaries, Kongsberg Spacetec (wholly owned) and Kongsberg Satellite Services (50% owned by KDA, 50% by the

text: Norwegian Space Centre

text: ), both located in

text: Tromsø

text: . Notable space related products from KDA are the Booster Attachment and Release Mechanisms for

text: ESA

text: 's

text: Ariane 5

text: . In the early 1990s KDA was involved with

text: NASA's JPL

text: and Germany's

text: DASA

text: in software development of the test/checkout system, as well as spacecraft hardware production, for the NASA/ESA

text: Cassini-Huygens

text: space probe. KDA has also delivered the Solar Array Drive Mechanism for ESA's

text: Rosetta space probe

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: NASA and Germany

answers: NDQ_002103

answers: spacecraft hardware production

answers: NDQ_002108

answers: In the early 1990s

answers: NDQ_002111

answers: What happened in the early 1990s?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: Neil Armstrong walked

answers: NDQ_002120

answers: Kongsberg Satellite Services

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: What type of satellites are placed in high orbits over Earth

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Drive Mechanism

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Kongsberg Satellite Services

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: NDQ_002132

answers: Rosetta

answers: NDQ_002133

answers: 1990s

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: Ariane 5

answers: NDQ_002136

answers: Solar Array Drive Mechanism

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Kongsberg Satellite Services

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Cassini-Huygens space probe.

answers: NDQ_002097

answers: Solar Array Drive Mechanism

answers: NDQ_002099

answers: Booster Attachment and Release

answers: NDQ_002100

answers: NASA's JPL and Germany's

answers: NDQ_002103

answers: Ariane 5.

answers: NDQ_002108

answers: 1990s

answers: NDQ_002111

answers: test/checkout system,

answers: NDQ_002113

answers: Ariane 5.

answers: NDQ_002114

answers: Norwegian Space Centre),

answers: NDQ_002115

answers: Ariane 5.

answers: NDQ_002116

answers: Satellite Services (50% owned by KDA, 50% by the Norwegian Space Centre),

answers: NDQ_002117

answers: Norwegian Space Centre),

answers: NDQ_002118

answers: ESA's Ariane 5.

answers: NDQ_002119

answers: 1990s

answers: NDQ_002120

answers: Ariane 5.

answers: NDQ_002121

answers: Norwegian Space Centre),

answers: NDQ_002122

answers: Solar Array Drive Mechanism

answers: NDQ_002123

answers: NASA/ESA Cassini-Huygens

answers: NDQ_002124

answers: Kongsberg Spacetec

answers: NDQ_002125

answers: NASA/ESA Cassini-Huygens

answers: NDQ_002126

answers: Solar Array Drive Mechanism

answers: NDQ_002127

answers: Drive Mechanism

answers: NDQ_002128

answers: Satellite

answers: NDQ_002129

answers: Ariane 5.

answers: NDQ_002130

answers: NASA's

answers: NDQ_002131

answers: Ariane 5.

answers: NDQ_002132

answers: space probe.

answers: NDQ_002133

answers: 1990s

answers: NDQ_002134

answers: Solar Array Drive Mechanism

answers: NDQ_002135

answers: Ariane 5.

answers: NDQ_002136

answers: Booster Attachment and Release Mechanisms

answers: NDQ_002137

answers: Kongsberg Satellite Services

answers: NDQ_002138

answers: Ariane 5.

answers: NDQ_002139

answers: NASA's

text: Commander David Scott and Lunar Module Pilot James Irwin spent three days on the Moon, including 18½ hours outside the spacecraft on lunar extra-vehicular activity (EVA). The mission landed near Hadley rille, in an area of the Mare Imbrium called Palus Putredinus (Marsh of Decay). The crew explored the area using the first lunar rover, which allowed them to travel much farther from the Lunar Module (LM) than had been possible on missions without the rover. They collected  of lunar surface material. At the same time, Command Module Pilot Alfred Worden orbited the Moon, using a Scientific Instrument Module (SIM) in the Service Module (SM) to study the lunar surface and environment in great detail with a panoramic camera, a gamma-ray spectrometer, a mapping camera, a laser altimeter, a mass spectrometer, and a lunar sub-satellite deployed at the end of Apollo 15's stay in lunar orbit (an Apollo program first).

text: Commander

text: David Scott

text: and Lunar Module Pilot

text: James Irwin

text: spent three days on the Moon, including 18½ hours outside the

text: spacecraft

text: on lunar

text: extra-vehicular activity

text: (EVA). The mission landed near

text: Hadley rille

text: , in an area of the

text: Mare Imbrium

text: called Palus Putredinus (Marsh of Decay). The crew explored the area using the first lunar rover, which allowed them to travel much farther from the

text: Lunar Module

text: (LM) than had been possible on missions without the rover. They collected  of lunar surface material. At the same time, Command Module Pilot

text: Alfred Worden

text: orbited the Moon, using a Scientific Instrument Module (SIM) in the

text: Service Module

text: (SM) to study the lunar surface and environment in great detail with a panoramic camera, a

text: gamma-ray spectrometer

text: , a mapping camera, a laser

text: altimeter

text: , a

text: mass spectrometer

text: , and a lunar sub-satellite deployed at the end of Apollo 15's stay in

text: lunar orbit

text: (an Apollo program first).

answers: NDQ_002095

answers: Moon

answers: NDQ_002097

answers: mass spectral

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: spacecraft

answers: NDQ_002108

answers: When did humans first reach space

answers: NDQ_002111

answers: How did the crew explore the area?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: The United States

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Apollo 15

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat satellites?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What is the first law of motion?

answers: NDQ_002123

answers: Which of the following is not a type of satellite: panoramic camera, a gamma-ray spectrometer, a mapping camera, a laser altimeter, or a mass spectrometer?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: rover

answers: NDQ_002128

answers: the Moon

answers: NDQ_002129

answers: lunar sub-satellite

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: EVA

answers: NDQ_002132

answers: EVA

answers: NDQ_002133

answers: Apollo program

answers: NDQ_002134

answers: the gravitational force between two objects is constant

answers: NDQ_002135

answers: Apollo 15

answers: NDQ_002136

answers: Spacecraft

answers: NDQ_002137

answers: laser altimeters

answers: NDQ_002138

answers: Apollo 15

answers: NDQ_002139

answers: Alfred Worden

answers: NDQ_002095

answers: Moon,

answers: NDQ_002097

answers: lunar orbit

answers: NDQ_002099

answers: Scientific Instrument Module

answers: NDQ_002100

answers: Moon,

answers: NDQ_002103

answers: lunar extra-vehicular activity

answers: NDQ_002108

answers: Moon,

answers: NDQ_002111

answers: Scientific Instrument Module

answers: NDQ_002113

answers: lunar rover,

answers: NDQ_002114

answers: Moon,

answers: NDQ_002115

answers: Apollo 15's

answers: NDQ_002116

answers: sub-satellite

answers: NDQ_002117

answers: lunar orbit

answers: NDQ_002118

answers: Moon,

answers: NDQ_002119

answers: Moon,

answers: NDQ_002120

answers: lunar sub-satellite

answers: NDQ_002121

answers: lunar orbit

answers: NDQ_002122

answers: 181<unk>2 hours outside the spacecraft

answers: NDQ_002123

answers: panoramic camera,

answers: NDQ_002124

answers: Apollo 15's

answers: NDQ_002125

answers: Moon,

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Lunar Module Pilot

answers: NDQ_002128

answers: the Moon,

answers: NDQ_002129

answers: lunar sub-satellite

answers: NDQ_002130

answers: Moon,

answers: NDQ_002131

answers: lunar extra-vehicular activity

answers: NDQ_002132

answers: lunar extra-vehicular activity

answers: NDQ_002133

answers: Apollo 15's

answers: NDQ_002134

answers: lunar orbit

answers: NDQ_002135

answers: Apollo 15's

answers: NDQ_002136

answers: Moon, including 181<unk>2 hours outside the spacecraft

answers: NDQ_002137

answers: a laser altimeter,

answers: NDQ_002138

answers: lunar sub-satellite

answers: NDQ_002139

answers: Alfred Worden

text: Ehricke was an accomplished practitioner in the field of astrodynamics and its applications.  His two-volume work entitled Space Flight is probably the most complete and surely the most useful introduction to this complex subject ever written.  It focuses on methods for exploration of the solar system.  He clearly demonstrated the so-called "gravity assist" method for utilizing hyperbolic encounters with an intermediate planet to increase (or decrease) the velocity and orbital elements of a space vehicle.  This technique had opened the entire solar system to robotic exploration by using what he called "Instrumented Comets."  Examples include the Voyager missions to the outer planets and the recent successful New Horizons mission to Pluto. His contribution to this important field of exploration has been neglected for many decades and incorrect claims of "invention" of what is now called gravity assist were made by Minovitch.

text: Ehricke was an accomplished practitioner in the field of astrodynamics and its applications.  His two-volume work entitled Space Flight is probably the most complete and surely the most useful introduction to this complex subject ever written.  It focuses on methods for exploration of the solar system.  He clearly demonstrated the so-called "gravity assist" method for utilizing hyperbolic encounters with an intermediate planet to increase (or decrease) the velocity and orbital elements of a space vehicle.  This technique had opened the entire solar system to robotic exploration by using what he called "Instrumented Comets."  Examples include the Voyager missions to the outer planets and the recent successful New Horizons mission to Pluto. His contribution to this important field of exploration has been neglected for many decades and incorrect claims of "invention" of what is now called gravity assist were made by Minovitch.

answers: NDQ_002095

answers: Pluto

answers: NDQ_002097

answers: velocity

answers: NDQ_002099

answers: increases (or decreases) the velocity and orbital elements

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: with an intermediate planet

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How many years after Ehricke's work was published did he publish Space Flight?

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: Gravity assist

answers: NDQ_002118

answers: None of the above choices.

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Landsat satellites

answers: NDQ_002121

answers: gravity assist

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: Which of the following is not a type of imaging satellite: Voyager missions to the outer planets and the recent successful New Horizons mission to Pluto?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbital

answers: NDQ_002127

answers: gravity

answers: NDQ_002128

answers: intermediate planet

answers: NDQ_002129

answers: New Horizons

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Gravity assist

answers: NDQ_002132

answers: robotic

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: gravitational force

answers: NDQ_002135

answers: Voyager missions

answers: NDQ_002136

answers: gravity

answers: NDQ_002137

answers: gravity assist

answers: NDQ_002138

answers: Gravity assist

answers: NDQ_002139

answers: Voyager

answers: NDQ_002095

answers: outer planets

answers: NDQ_002097

answers: velocity

answers: NDQ_002099

answers: velocity and orbital elements

answers: NDQ_002100

answers: Ehricke

answers: NDQ_002103

answers: hyperbolic encounters with an intermediate planet

answers: NDQ_002108

answers: Voyager missions to the outer planets

answers: NDQ_002111

answers: space vehicle.

answers: NDQ_002113

answers: Ehricke

answers: NDQ_002114

answers: Space Flight

answers: NDQ_002115

answers: "Instrumented Comets."

answers: NDQ_002116

answers: orbital elements of a space vehicle.

answers: NDQ_002117

answers: "Instrumented Comets."

answers: NDQ_002118

answers: orbital elements of a space vehicle.

answers: NDQ_002119

answers: Ehricke

answers: NDQ_002120

answers: Space Flight

answers: NDQ_002121

answers: orbital elements of a space vehicle.

answers: NDQ_002122

answers: "gravity assist" method for utilizing hyperbolic encounters

answers: NDQ_002123

answers: "Instrumented Comets."

answers: NDQ_002124

answers: Ehricke

answers: NDQ_002125

answers: New Horizons mission to Pluto.

answers: NDQ_002126

answers: orbital

answers: NDQ_002127

answers: "gravity

answers: NDQ_002128

answers: space vehicle.

answers: NDQ_002129

answers: "Instrumented Comets."

answers: NDQ_002130

answers: Space Flight

answers: NDQ_002131

answers: "gravity assist"

answers: NDQ_002132

answers: "Instrumented Comets."

answers: NDQ_002133

answers: "Instrumented Comets."

answers: NDQ_002134

answers: velocity

answers: NDQ_002135

answers: Voyager missions

answers: NDQ_002136

answers: "gravity

answers: NDQ_002137

answers: hyperbolic encounters with an intermediate planet

answers: NDQ_002138

answers: decrease) the velocity and orbital elements of a space vehicle.

answers: NDQ_002139

answers: Ehricke

text: The Advisory Committee on the Future of the United States Space Program (also known as the Augustine Commission) was a 1990 space policy group requested by Vice President Dan Quayle, chairman of the National Space Council. The objective of the committee was to evaluate the long-term future of NASA and the United States civilian space program. The committee's final report (known as the Augustine Report) recommended that the space program should comprise five activities—space science, earth science, human spaceflight, space technology and space transportation—with space science as the highest priority for funding. It also proposed an unmanned launch vehicle to replace some space shuttle launches, and a scaled-back redesign of space station Freedom.

text: The Advisory Committee on the Future of the United States Space Program (also known as the Augustine Commission) was a 1990

text: space policy

text: group requested by Vice President

text: Dan Quayle

text: , chairman of the

text: National Space Council

text: . The objective of the committee was to evaluate the long-term future of

text: NASA

text: and the United States civilian space program. The committee's final report (known as the Augustine Report) recommended that the space program should comprise five activities—

text: space science

text: earth science

text: human spaceflight

text: space technology

text: and

text: space transportation

text: —with space science as the highest priority for funding. It also proposed an unmanned launch vehicle to replace some

text: space shuttle

text: launches, and a scaled-back redesign of space station

text: Freedom

answers: NDQ_002095

answers: Earth

answers: NDQ_002097

answers: unmanned launch vehicle

answers: NDQ_002099

answers: can carry people into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: unmanned

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: unmanned launch vehicle to replace some space shuttle launches

answers: NDQ_002113

answers: unmanned

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: unmanned

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unmanned launch vehicle

answers: NDQ_002118

answers: How many satellites are in orbit around Earth

answers: NDQ_002119

answers: Neil Armstrong walked

answers: NDQ_002120

answers: What does the Augustine Report recommend?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: What is the highest priority for funding?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: Earth

answers: NDQ_002127

answers: unmanned launch vehicle

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: Freedom

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unmanned launch vehicle

answers: NDQ_002132

answers: unmanned launch vehicle

answers: NDQ_002133

answers: 1990s

answers: NDQ_002134

answers: Earth's gravitational force is proportional to its mass

answers: NDQ_002135

answers: Augustine Commission

answers: NDQ_002136

answers: unmanned launch vehicle

answers: NDQ_002137

answers: earth science

answers: NDQ_002138

answers: unmanned

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: human spaceflight,

answers: NDQ_002097

answers: The Advisory Committee on the Future of the United States Space Program

answers: NDQ_002099

answers: unmanned launch vehicle

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: unmanned launch vehicle

answers: NDQ_002108

answers: human spaceflight,

answers: NDQ_002111

answers: unmanned

answers: NDQ_002113

answers: Advisory Committee on the Future of the United States Space Program

answers: NDQ_002114

answers: Advisory Committee on the Future of the United States Space Program

answers: NDQ_002115

answers: unmanned launch vehicle

answers: NDQ_002116

answers: earth

answers: NDQ_002117

answers: unmanned

answers: NDQ_002118

answers: The Advisory Committee on the Future of the United States Space Program

answers: NDQ_002119

answers: 1990

answers: NDQ_002120

answers: The Advisory Committee on the Future of the United States Space Program

answers: NDQ_002121

answers: The Advisory Committee on the Future of the United States Space Program

answers: NDQ_002122

answers: unmanned launch vehicle

answers: NDQ_002123

answers: The Advisory Committee on the Future of the United States Space Program

answers: NDQ_002124

answers: The Advisory Committee on the Future of the United States Space Program

answers: NDQ_002125

answers: Advisory Committee on the Future of the United States Space Program

answers: NDQ_002126

answers: earth science, human spaceflight,

answers: NDQ_002127

answers: unmanned launch vehicle

answers: NDQ_002128

answers: earth

answers: NDQ_002129

answers: space shuttle launches,

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unmanned launch vehicle

answers: NDQ_002132

answers: unmanned launch vehicle

answers: NDQ_002133

answers: The Advisory Committee on the Future of the United States Space Program

answers: NDQ_002134

answers: human spaceflight, space technology and space transportation—with

answers: NDQ_002135

answers: space shuttle

answers: NDQ_002136

answers: unmanned launch vehicle

answers: NDQ_002137

answers: earth science,

answers: NDQ_002138

answers: unmanned launch vehicle

answers: NDQ_002139

answers: Dan Quayle,

text: Asteroid mining could potentially revolutionize space exploration. The C-type asteroids's high abundance of water could be used to produce fuel by splitting water into hydrogen and oxygen. This would make space travel a more feasible option by lowering cost of fuel. While the cost of fuel is a relatively insignificant factor in the overall cost for low earth orbit manned space missions, storing it and the size of the craft become a much bigger factor for interplanetary missions. Typically 1 kg in orbit is equivalent to more than 10 kg on the ground ( for a Falcon9 1.0 it would need 250 tons of fuel  to put 5 tons in GEO orbit or 10 tons in LEO ).  This limitation is a major factor in the difficulty of interplanetary missions as fuel becomes payload.

text: Asteroid mining could potentially revolutionize space exploration. The C-type asteroids's high abundance of water could be used to produce fuel by splitting water into hydrogen and oxygen. This would make space travel a more feasible option by lowering cost of fuel. While the cost of fuel is a relatively insignificant factor in the overall cost for low earth orbit manned space missions, storing it and the size of the craft become a much bigger factor for interplanetary missions. Typically 1 kg in orbit is equivalent to more than 10 kg on the ground ( for a Falcon9 1.0 it would need 250 tons of fuel  to put 5 tons in GEO orbit or 10 tons in LEO ).  This limitation is a major factor in the difficulty of interplanetary missions as fuel becomes payload.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can carry more fuel

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How many years ago were rockets developed before scientists knew how they worked?

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many kilograms are in orbit?

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Earth

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: How many tons of fuel does a Falcon9 1.0 need?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: asteroids

answers: NDQ_002129

answers: Falcon9 1.0

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: space travel

answers: NDQ_002132

answers: Asteroid mining

answers: NDQ_002133

answers: Space Age

answers: NDQ_002134

answers: Asteroid mining could potentially revolutionize space exploration

answers: NDQ_002135

answers: manned space missions

answers: NDQ_002136

answers: cost of fuel

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: is equivalent to more than 10 kg on the ground

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: low earth orbit

answers: NDQ_002097

answers: 10 kg on the ground

answers: NDQ_002099

answers: payload.

answers: NDQ_002100

answers: Asteroid mining

answers: NDQ_002103

answers: fuel

answers: NDQ_002108

answers: manned space missions,

answers: NDQ_002111

answers: Asteroid mining

answers: NDQ_002113

answers: lowering cost of fuel.

answers: NDQ_002114

answers: Asteroid mining

answers: NDQ_002115

answers: manned space missions,

answers: NDQ_002116

answers: earth orbit

answers: NDQ_002117

answers: manned space missions,

answers: NDQ_002118

answers: 1 kg in orbit is equivalent to more than 10 kg on the ground

answers: NDQ_002119

answers: Asteroid mining could potentially revolutionize space exploration.

answers: NDQ_002120

answers: Asteroid mining

answers: NDQ_002121

answers: 1 kg in orbit is equivalent to more than 10 kg on the ground

answers: NDQ_002122

answers: storing it and the size of the craft

answers: NDQ_002123

answers: GEO

answers: NDQ_002124

answers: Asteroid mining

answers: NDQ_002125

answers: Asteroid mining could potentially revolutionize space exploration.

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: fuel

answers: NDQ_002128

answers: GEO

answers: NDQ_002129

answers: Falcon9 1.0

answers: NDQ_002130

answers: manned space missions,

answers: NDQ_002131

answers: Asteroid

answers: NDQ_002132

answers: Asteroid mining

answers: NDQ_002133

answers: manned space missions,

answers: NDQ_002134

answers: hydrogen and oxygen.

answers: NDQ_002135

answers: manned space missions,

answers: NDQ_002136

answers: fuel becomes payload.

answers: NDQ_002137

answers: hydrogen and oxygen.

answers: NDQ_002138

answers: manned space missions,

answers: NDQ_002139

answers: manned space missions,

text: To this end, the President's Commission on Implementation of United States Space Exploration Policy was formed by President Bush on January 27, 2004. Its final report was submitted on June 4, 2004.  This led to the NASA Exploration Systems Architecture Study in mid-2005, which developed technical plans for carrying out the programs specified in the Vision for Space Exploration.  This led to the beginning of execution of Constellation program, including the Orion crew module, the Altair lunar lander, and the Ares I and Ares V rockets.  The Ares I-X mission, a test launch of a prototype Ares I rocket, was successfully completed in October 2009.

text: To this end, the

entity_name: President's Commission on Implementation of United States Space Exploration Policy

text: President's Commission on Implementation of United States Space Exploration Policy

text: was formed by President Bush on January 27, 2004. Its final report was submitted on June 4, 2004.  This led to the NASA

text: Exploration Systems Architecture Study

text: in mid-2005, which developed technical plans for carrying out the programs specified in the Vision for Space Exploration.  This led to the beginning of execution of

text: Constellation program

text: , including the

text: Orion

text: crew module, the

text: Altair

text: lunar lander, and the

text: Ares I

text: and

text: Ares V

text: rockets.  The

text: Ares I-X

text: mission, a test launch of a prototype Ares I rocket, was successfully completed in October 2009.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: Ares I and Ares V rockets

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: No

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: What is the most common method of launch for satellites?

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: What does Landsat satellites make detailed images of?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: How many years after the President's Commission on Implementation of United States Space Exploration Policy was formed was its final report submitted?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: elliptical

answers: NDQ_002127

answers: ares v rockets

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: Ares I-X mission

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: Ares I

answers: NDQ_002133

answers: Constellation program

answers: NDQ_002134

answers: ares i rocket was successfully completed in October 2009

answers: NDQ_002135

answers: Constellation program

answers: NDQ_002136

answers: Space Exploration Policy

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Altair lunar lander

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: lunar lander,

answers: NDQ_002097

answers: 2004.

answers: NDQ_002099

answers: a test launch

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: test launch

answers: NDQ_002108

answers: lunar

answers: NDQ_002111

answers: 2009.

answers: NDQ_002113

answers: 2009.

answers: NDQ_002114

answers: United States Space Exploration Policy was formed by President Bush on January 27, 2004.

answers: NDQ_002115

answers: Altair lunar lander,

answers: NDQ_002116

answers: lunar lander,

answers: NDQ_002117

answers: a test launch

answers: NDQ_002118

answers: 2009.

answers: NDQ_002119

answers: 2004.

answers: NDQ_002120

answers: 2004.

answers: NDQ_002121

answers: 2009.

answers: NDQ_002122

answers: Ares I and Ares V rockets.

answers: NDQ_002123

answers: lunar lander,

answers: NDQ_002124

answers: 2009.

answers: NDQ_002125

answers: lunar lander,

answers: NDQ_002126

answers: lunar lander,

answers: NDQ_002127

answers: launch

answers: NDQ_002128

answers: lunar

answers: NDQ_002129

answers: lunar lander,

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Orion crew module, the Altair lunar lander,

answers: NDQ_002132

answers: Altair lunar lander,

answers: NDQ_002133

answers: Ares I and Ares V

answers: NDQ_002134

answers: 2009.

answers: NDQ_002135

answers: The Ares I-X mission,

answers: NDQ_002136

answers: a test launch

answers: NDQ_002137

answers: 2004.

answers: NDQ_002138

answers: Altair lunar lander,

answers: NDQ_002139

answers: President Bush

text: The Cospas-Sarsat system was made possible by Doppler processing.  LUTs detecting non-geostationary satellites perform mathematical calculations based on the Doppler-induced frequency shift received by LEOSAR and MEOSAR satellites as they pass over a beacon transmitting at a fixed frequency.  From the mathematical calculations, it is possible to determine both bearing and range with respect to the satellite.  The range and bearing are measured from the rate of change of the received frequency, which varies both according to the path of the satellite in space and the rotation of the earth. This allows a computer algorithm to triangulate the position of the beacon. A faster change in the received frequency indicates that the beacon is closer to the satellite's ground track.  When the beacon is moving toward or away from the satellite track due to the earth's rotation, that Doppler shift also can be used in the calculation.

text: The Cospas-Sarsat system was made possible by

text: Doppler

text: processing.  LUTs detecting non-geostationary satellites perform mathematical calculations based on the

text: Doppler

text: -induced frequency shift received by LEOSAR and MEOSAR satellites as they pass over a beacon transmitting at a fixed frequency.  From the mathematical calculations, it is possible to determine both bearing and range with respect to the satellite.  The range and bearing are measured from the rate of change of the received frequency, which varies both according to the path of the satellite in space and the rotation of the earth. This allows a computer algorithm to

text: triangulate

text: the position of the beacon. A faster change in the received frequency indicates that the beacon is closer to the satellite's

text: ground track

text: .  When the beacon is moving toward or away from the satellite track due to the earth's rotation, that Doppler shift also can be used in the calculation.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: the Earth's rotation

answers: NDQ_002099

answers: can travel in space

answers: NDQ_002100

answers: unanswerable

answers: NDQ_002103

answers: Doppler

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: unanswerable

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: Does the Cospas-Sarsat system make possible by Doppler processing

answers: NDQ_002123

answers: Which of the following is not a non-geostationary satellite?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: path

answers: NDQ_002127

answers: Doppler

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: MEOSAR satellites

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Doppler

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: unanswerable

answers: NDQ_002134

answers: the rate of change of the received frequency indicates that the beacon is closer to the satellite's ground track

answers: NDQ_002135

answers: Cospas-Sarsat

answers: NDQ_002136

answers: Earth's rotation

answers: NDQ_002137

answers: Doppler processing

answers: NDQ_002138

answers: does not have a ground track

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: rotation

answers: NDQ_002099

answers: space

answers: NDQ_002100

answers: The Cospas-Sarsat

answers: NDQ_002103

answers: rotation of the earth.

answers: NDQ_002108

answers: Doppler processing.

answers: NDQ_002111

answers: Doppler processing.

answers: NDQ_002113

answers: Doppler processing.

answers: NDQ_002114

answers: The Cospas-Sarsat system

answers: NDQ_002115

answers: Doppler processing.

answers: NDQ_002116

answers: non-geostationary

answers: NDQ_002117

answers: non-geostationary

answers: NDQ_002118

answers: non-geostationary satellites

answers: NDQ_002119

answers: The Cospas-Sarsat

answers: NDQ_002120

answers: The Cospas-Sarsat

answers: NDQ_002121

answers: Doppler processing.

answers: NDQ_002122

answers: rotation of the earth.

answers: NDQ_002123

answers: non-geostationary satellites

answers: NDQ_002124

answers: Doppler

answers: NDQ_002125

answers: The Cospas-Sarsat system

answers: NDQ_002126

answers: path

answers: NDQ_002127

answers: Doppler

answers: NDQ_002128

answers: satellites

answers: NDQ_002129

answers: The Cospas-Sarsat

answers: NDQ_002130

answers: The Cospas-Sarsat

answers: NDQ_002131

answers: Doppler

answers: NDQ_002132

answers: non-geostationary satellites

answers: NDQ_002133

answers: The Cospas-Sarsat system

answers: NDQ_002134

answers: rotation of the earth.

answers: NDQ_002135

answers: Cospas-Sarsat system

answers: NDQ_002136

answers: rotation of the earth.

answers: NDQ_002137

answers: Doppler processing.

answers: NDQ_002138

answers: non-geostationary

answers: NDQ_002139

answers: The Cospas-Sarsat system

text: Stamatios (Tom) M. Krimigis () is a Greek-American scientist in space exploration. He has contributed to many of the United States' unmanned space exploration programs of the Solar System and beyond. He has contributed to exploration missions to almost every planet of the Solar System. In 1999, the International Astronomical Union named the asteroid 8323 Krimigis (previously 1979 UH) in his honor.

text: Stamatios (Tom) M. Krimigis () is a Greek-American scientist in

text: space exploration

text: . He has contributed to many of the United States' unmanned space exploration programs of the

text: Solar System

text: and beyond. He has contributed to exploration missions to almost every planet of the Solar System. In 1999, the

text: International Astronomical Union

text: named the asteroid

text: 8323 Krimigis

text: (previously 1979 UH) in his honor.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: unmanned

answers: NDQ_002108

answers: It's impossible to say

answers: NDQ_002111

answers: How many years ago was the International Astronomical Union named the asteroid 8323 Krimigis in his honor?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: unmanned

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unmanned

answers: NDQ_002118

answers: how many satellites are in orbit around earth

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Stamatios (Tom) M. Krimigis

answers: NDQ_002121

answers: Why did the International Astronomical Union name the asteroid 8323 Krimigis in his honor?

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: What does Tom M. Krimigis do for a living?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: Yes

answers: NDQ_002126

answers: NDQ_002127

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: 8323 Krimigis

answers: NDQ_002130

answers: unmanned space exploration programs

answers: NDQ_002131

answers: unmanned space exploration

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: Solar System

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: NASA's Apollo program

answers: NDQ_002136

answers: gravity

answers: NDQ_002137

answers: astronomical data

answers: NDQ_002138

answers: 8323 Krimigis

answers: NDQ_002139

answers: Tom Krimigis

answers: NDQ_002095

answers: almost every planet of the Solar System.

answers: NDQ_002097

answers: Stamatios (Tom) M. Krimigis

answers: NDQ_002099

answers: unmanned

answers: NDQ_002100

answers: Greek-American

answers: NDQ_002103

answers: unmanned space exploration programs of the Solar System

answers: NDQ_002108

answers: unmanned space exploration programs of the Solar System

answers: NDQ_002111

answers: Stamatios (Tom) M. Krimigis

answers: NDQ_002113

answers: Stamatios (Tom) M. Krimigis

answers: NDQ_002114

answers: United States'

answers: NDQ_002115

answers: asteroid 8323 Krimigis

answers: NDQ_002116

answers: asteroid 8323 Krimigis

answers: NDQ_002117

answers: unmanned

answers: NDQ_002118

answers: almost every planet of the Solar System.

answers: NDQ_002119

answers: Stamatios (Tom) M. Krimigis

answers: NDQ_002120

answers: Stamatios (Tom) M. Krimigis

answers: NDQ_002121

answers: Solar System

answers: NDQ_002122

answers: unmanned space exploration programs of the Solar System

answers: NDQ_002123

answers: unmanned space exploration programs of the Solar System

answers: NDQ_002124

answers: Stamatios (Tom) M. Krimigis

answers: NDQ_002125

answers: almost every planet of the Solar System.

answers: NDQ_002126

answers: Solar System

answers: NDQ_002127

answers: unmanned

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: 8323 Krimigis

answers: NDQ_002130

answers: International Astronomical Union

answers: NDQ_002131

answers: asteroid 8323 Krimigis

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: Solar System

answers: NDQ_002134

answers: almost every planet of the Solar System.

answers: NDQ_002135

answers: unmanned space exploration programs of the Solar System

answers: NDQ_002136

answers: unmanned

answers: NDQ_002137

answers: asteroid

answers: NDQ_002138

answers: asteroid 8323 Krimigis

answers: NDQ_002139

answers: Stamatios (Tom) M. Krimigis

text: Planetary Radio is a weekly 30-minute radio show devoted to space exploration and astronomy, hosted and produced by Mat Kaplan and The Planetary Society. The show's programming consists mostly of interviews and telephone-based conversations with scientists, engineers, project managers, artists, writers, astronauts and many other professionals who can provide some insight or perspective into the current state of space exploration. It made its debut on November 25, 2002 with an interview with Planetary Society executive director Louis D. Friedman, airing on Windows Media and local radio station KUCI. The show became available in MP3 format for download in early July 2004, and became available as a podcast in May 2005.

text: Planetary Radio is a weekly 30-minute

text: radio show

text: devoted to

text: space exploration

text: and

text: astronomy

text: , hosted and produced by

text: Mat Kaplan

text: and

text: The Planetary Society

text: . The show's programming consists mostly of interviews and telephone-based conversations with scientists, engineers, project managers, artists, writers,

text: astronauts

text: and many other professionals who can provide some insight or perspective into the current state of space exploration. It made its debut on November 25, 2002 with an interview with Planetary Society executive director

text: Louis D. Friedman

text: , airing on

text: Windows Media

text: and local radio station

text: KUCI

text: . The show became available in MP3 format for download in early July 2004, and became available as a

text: podcast

text: in May 2005.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: law of conservation of energy

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: space

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: Landsat satellites

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: How are imaging satellites placed in high orbits over Earth?

answers: NDQ_002124

answers: who was the first astronaut to walk on the Moon

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: engineers

answers: NDQ_002128

answers: unanswerable

answers: NDQ_002129

answers: The show became available as a podcast in May 2005

answers: NDQ_002130

answers: The Planetary Society

answers: NDQ_002131

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: Newton's third law of motion states that Newton's third law of motion states that

answers: NDQ_002135

answers: NASA's Apollo program

answers: NDQ_002136

answers: space weather

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: is a satellite in a low orbit.

answers: NDQ_002139

answers: Louis D.

answers: NDQ_002095

answers: November 25, 2002

answers: NDQ_002097

answers: Planetary Radio

answers: NDQ_002099

answers: engineers, project managers, artists, writers, astronauts

answers: NDQ_002100

answers: 2002

answers: NDQ_002103

answers: November 25, 2002

answers: NDQ_002108

answers: astronauts

answers: NDQ_002111

answers: 2002

answers: NDQ_002113

answers: November 25, 2002

answers: NDQ_002114

answers: astronauts

answers: NDQ_002115

answers: November 25, 2002

answers: NDQ_002116

answers: 2002

answers: NDQ_002117

answers: 2002

answers: NDQ_002118

answers: 2002

answers: NDQ_002119

answers: 2002

answers: NDQ_002120

answers: November 25, 2002

answers: NDQ_002121

answers: 2002

answers: NDQ_002122

answers: November 25, 2002

answers: NDQ_002123

answers: astronomy,

answers: NDQ_002124

answers: 2002

answers: NDQ_002125

answers: 2002

answers: NDQ_002126

answers: astronomy,

answers: NDQ_002127

answers: engineers,

answers: NDQ_002128

answers: astronauts

answers: NDQ_002129

answers: 2002 with an interview with Planetary Society executive director Louis D. Friedman,

answers: NDQ_002130

answers: The Planetary Society.

answers: NDQ_002131

answers: Planetary Radio

answers: NDQ_002132

answers: Planetary Radio

answers: NDQ_002133

answers: November 25, 2002

answers: NDQ_002134

answers: 2005.

answers: NDQ_002135

answers: November 25, 2002

answers: NDQ_002136

answers: space exploration.

answers: NDQ_002137

answers: telephone-based conversations

answers: NDQ_002138

answers: November 25, 2002

answers: NDQ_002139

answers: Louis D. Friedman,

text: With the advent of space exploration, the upper limits to the "ad coelum" doctrine now include issues of national sovereignty.  Strong arguments can be made for and against the altitude at which national sovereignty ceases and the rights of orbit or travel starts.  In particular, the making of national territorial claims in outer space and on celestial bodies has been specifically proscribed by the 1967 Outer Space Treaty, which was, , ultimately ratified by all space faring nations.  Article II of the treaty notes that "Outer space, including the moon and other celestial bodies, is not subject to national appropriation by claim of sovereignty, by means of use or occupation."  The Ad coelum Doctrine -that property or sovereignty extends indefinable upward- is no longer accepted without limitations. This is not surprising since any claim to space based on national boundaries is based upon points defined on the surface of a rotating planet and therefore must have an upper boundary.

text: With the advent of

text: space exploration

text: , the upper limits to the "ad coelum" doctrine now include issues of national sovereignty.  Strong arguments can be made for and against the altitude at which national sovereignty ceases and the rights of orbit or travel starts.  In particular, the making of

text: national

text: territorial claims

text: in

text: outer space

text: and on

text: celestial bodies

text: has been specifically proscribed by the

text: 1967 Outer Space Treaty

text: , which was, , ultimately ratified by all space faring nations.  Article II of the treaty notes that "Outer space, including the moon and other celestial bodies, is not subject to national appropriation by claim of sovereignty, by means of use or occupation."  The Ad coelum Doctrine -that property or sovereignty extends indefinable upward- is no longer accepted without limitations. This is not surprising since any claim to space based on national boundaries is based upon points defined on the surface of a rotating planet and therefore must have an upper boundary.

answers: NDQ_002095

answers: orbit the Earth

answers: NDQ_002097

answers: the Ad coelum Doctrine

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: unanswerable

answers: NDQ_002103

answers: ad coelum

answers: NDQ_002108

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: Which is not true about the 1967 Outer Space Treaty?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: the moon

answers: NDQ_002129

answers: the Moon

answers: NDQ_002130

answers: unanswerable

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 1967

answers: NDQ_002134

answers: property extends indefinable upward

answers: NDQ_002135

answers: 1967

answers: NDQ_002136

answers: national sovereignty

answers: NDQ_002137

answers: the Ad coelum Doctrine

answers: NDQ_002138

answers: does not have the right to travel

answers: NDQ_002139

answers: unanswerable

answers: NDQ_002095

answers: orbit

answers: NDQ_002097

answers: rotating planet

answers: NDQ_002099

answers: orbit or travel starts.

answers: NDQ_002100

answers: all space faring nations.

answers: NDQ_002103

answers: 1967 Outer Space Treaty,

answers: NDQ_002108

answers: 1967 Outer Space Treaty,

answers: NDQ_002111

answers: With the advent of space exploration,

answers: NDQ_002113

answers: 1967 Outer Space Treaty,

answers: NDQ_002114

answers: 1967 Outer Space Treaty,

answers: NDQ_002115

answers: 1967 Outer Space Treaty,

answers: NDQ_002116

answers: orbit

answers: NDQ_002117

answers: orbit

answers: NDQ_002118

answers: 1967 Outer Space Treaty,

answers: NDQ_002119

answers: 1967 Outer Space Treaty,

answers: NDQ_002120

answers: 1967 Outer Space Treaty,

answers: NDQ_002121

answers: orbit

answers: NDQ_002122

answers: rotating planet

answers: NDQ_002123

answers: 1967 Outer Space Treaty,

answers: NDQ_002124

answers: 1967 Outer Space Treaty,

answers: NDQ_002125

answers: 1967 Outer Space Treaty,

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: rotating planet

answers: NDQ_002128

answers: orbit

answers: NDQ_002129

answers: orbit

answers: NDQ_002130

answers: 1967 Outer Space Treaty,

answers: NDQ_002131

answers: space exploration, the upper limits to the "ad coelum"

answers: NDQ_002132

answers: orbit or travel

answers: NDQ_002133

answers: 1967 Outer Space Treaty,

answers: NDQ_002134

answers: property or sovereignty extends indefinable upward-

answers: NDQ_002135

answers: 1967 Outer Space Treaty,

answers: NDQ_002136

answers: national sovereignty.

answers: NDQ_002137

answers: points defined on the surface of a rotating planet

answers: NDQ_002138

answers: orbit

answers: NDQ_002139

answers: 1967 Outer Space Treaty,

text: By international agreement under the International Astronomical Union, the satellites and space probes were initially named with Greek letters, following the system for naming stars in constellations. The year of launch was included in the launch names, so Sputnik I was 1957 Alpha. The payload was called Alpha I, when known – in the case of Sputnik I, it wasn’t clear initially which was the payload, so the payload became Alpha II.  Other pieces were also numbered, so the carrier rocket was usually Alpha II.  The 24 Greek letters were soon used, so the next sequence started Alpha Alpha and so forth.  By 1962  Beta Psi had been launched and it was clear that the Greek alphabet system would no longer work.  Thereafter, launches were numbered, starting with 1963-1 with the payload normally being 1963-1A, etc..

text: By international agreement under the International Astronomical Union, the satellites and space probes were initially named with Greek letters, following the system for naming stars in constellations. The year of launch was included in the launch names, so Sputnik I was 1957 Alpha. The payload was called Alpha I, when known – in the case of Sputnik I, it wasn’t clear initially which was the payload, so the payload became Alpha II.  Other pieces were also numbered, so the carrier rocket was usually Alpha II.  The 24 Greek letters were soon used, so the next sequence started Alpha Alpha and so forth.  By 1962  Beta Psi had been launched and it was clear that the Greek alphabet system would no longer work.  Thereafter, launches were numbered, starting with 1963-1 with the payload normally being 1963-1A, etc..

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can carry many pieces

answers: NDQ_002100

answers: Soviet Union

answers: NDQ_002103

answers: Alpha II

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Alpha Psi

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: Which of the following is not a type of satellite: imaging satellites or space probes?

answers: NDQ_002124

answers: 1963-1

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: carrier rocket

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Sputnik I

answers: NDQ_002130

answers: International Astronomical Union

answers: NDQ_002131

answers: NDQ_002132

answers: satellites

answers: NDQ_002133

answers: 1957 Alpha

answers: NDQ_002134

answers: Sputnik I was launched in what year?

answers: NDQ_002135

answers: 1957 Alpha

answers: NDQ_002136

answers: Earth's

answers: NDQ_002137

answers: Alpha Alpha

answers: NDQ_002138

answers: Alpha II

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: naming stars in constellations.

answers: NDQ_002097

answers: By international agreement under the International Astronomical Union,

answers: NDQ_002099

answers: numbered,

answers: NDQ_002100

answers: international agreement under the International Astronomical Union,

answers: NDQ_002103

answers: launch

answers: NDQ_002108

answers: 1957 Alpha.

answers: NDQ_002111

answers: Greek letters,

answers: NDQ_002113

answers: Greek letters, following the system for naming stars in constellations.

answers: NDQ_002114

answers: By international agreement under the International Astronomical Union,

answers: NDQ_002115

answers: Sputnik I

answers: NDQ_002116

answers: satellites and space probes

answers: NDQ_002117

answers: carrier rocket

answers: NDQ_002118

answers: the satellites and space probes

answers: NDQ_002119

answers: Sputnik I

answers: NDQ_002120

answers: Greek letters,

answers: NDQ_002121

answers: International Astronomical Union,

answers: NDQ_002122

answers: Greek letters, following the system for naming stars in constellations.

answers: NDQ_002123

answers: space probes

answers: NDQ_002124

answers: Sputnik I

answers: NDQ_002125

answers: Sputnik I

answers: NDQ_002126

answers: constellations.

answers: NDQ_002127

answers: numbered, so the carrier rocket

answers: NDQ_002128

answers: satellites

answers: NDQ_002129

answers: Sputnik I

answers: NDQ_002130

answers: International Astronomical Union,

answers: NDQ_002131

answers: Sputnik I

answers: NDQ_002132

answers: satellites and space probes

answers: NDQ_002133

answers: 1957 Alpha.

answers: NDQ_002134

answers: Greek letters, following the system for naming stars in constellations.

answers: NDQ_002135

answers: 1957 Alpha.

answers: NDQ_002136

answers: International Astronomical Union,

answers: NDQ_002137

answers: Greek letters,

answers: NDQ_002138

answers: Beta Psi

answers: NDQ_002139

answers: Sputnik

text: While the observation of objects in space, known as astronomy, predates reliable recorded history, it was the development of large and relatively efficient rockets during the early 20th century that allowed physical space exploration to become a reality. Common rationales for exploring space include advancing scientific research, national prestige, uniting different nations, ensuring the future survival of humanity, and developing military and strategic advantages against other countries.

text: While the observation of objects in space, known as

text: astronomy

text: , predates reliable

text: recorded history

text: , it was the development of large and relatively efficient

text: rocket

text: s during the early 20th century that allowed physical space exploration to become a reality. Common rationales for exploring space include advancing scientific research, national prestige, uniting different nations, ensuring the future survival of humanity, and developing military and strategic advantages against other countries.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be more efficient

answers: NDQ_002100

answers: United States and China

answers: NDQ_002103

answers: space

answers: NDQ_002108

answers: yes

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: national prestige

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: unanswerable

answers: NDQ_002117

answers: astronomy

answers: NDQ_002118

answers: advancing scientific research

answers: NDQ_002119

answers: space

answers: NDQ_002120

answers: advancing scientific research

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: advancing scientific research

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: national prestige

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: astronomy

answers: NDQ_002129

answers: The Hubble Space Telescope

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: astronomy

answers: NDQ_002132

answers: non-manned

answers: NDQ_002133

answers: 20th century

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: the early 20th century

answers: NDQ_002136

answers: efficient rockets

answers: NDQ_002137

answers: astronomy

answers: NDQ_002138

answers: can be observed

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: observation of objects in space,

answers: NDQ_002097

answers: efficient rockets

answers: NDQ_002099

answers: efficient

answers: NDQ_002100

answers: other countries.

answers: NDQ_002103

answers: rockets

answers: NDQ_002108

answers: the development of large and relatively efficient rockets

answers: NDQ_002111

answers: rockets

answers: NDQ_002113

answers: it was the development of large and relatively efficient rockets

answers: NDQ_002114

answers: developing military and strategic advantages against other countries.

answers: NDQ_002115

answers: it was the development of large and relatively efficient rockets

answers: NDQ_002116

answers: astronomy,

answers: NDQ_002117

answers: rockets

answers: NDQ_002118

answers: developing military and strategic advantages against other countries.

answers: NDQ_002119

answers: the development of large and relatively efficient rockets during the early 20th century

answers: NDQ_002120

answers: developing military and strategic advantages against other countries.

answers: NDQ_002121

answers: it was the development of large and relatively efficient rockets

answers: NDQ_002122

answers: efficient rockets

answers: NDQ_002123

answers: astronomy,

answers: NDQ_002124

answers: it was the development of large and relatively efficient rockets

answers: NDQ_002125

answers: developing military and strategic advantages against other countries.

answers: NDQ_002126

answers: astronomy,

answers: NDQ_002127

answers: efficient rockets

answers: NDQ_002128

answers: astronomy,

answers: NDQ_002129

answers: rockets

answers: NDQ_002130

answers: scientific research,

answers: NDQ_002131

answers: rockets

answers: NDQ_002132

answers: rockets

answers: NDQ_002133

answers: early 20th century

answers: NDQ_002134

answers: development of large and relatively efficient rockets

answers: NDQ_002135

answers: early 20th century

answers: NDQ_002136

answers: rockets

answers: NDQ_002137

answers: rockets

answers: NDQ_002138

answers: large and relatively efficient rockets

answers: NDQ_002139

answers: rockets during the early 20th century

text: In May 2008 ESA signed a contract worth €263 million (£220 million/$360 million) with EADS subsidiary Astrium. As the prime contractor, Astrium is responsible for the satellite's design, development and integration. Design and construction began in early 2009 while launch is due for 2016. EarthCARE is an acronym standing for Earth Clouds, Aerosols and Radiation Explorer, and the aims of the mission are to improve understanding of the cloud, radiative and aerosol processes that affect the Earth's climate. As of January 2011, the total budget for the project is £500 million (€590 million/$810 million). A significant proportion of the project will be manufactured in the UK, the main structure of the spacecraft will be built by RUAG Space in Switzerland and subsequently completed in Astrium's Stevenage facility, while one of the instruments will be made in Sevenoaks by SSTL and another in Bristol, Somerset by SEA Group Ltd, now part of Thales Alenia Space UK. In September 2014 ESA and JAXA held a joined EarthCARE International Science Workshop. From 2014 to 2015 an ongoing integration of the instruments takes place. In 2015 launch was postponed to 2018 due to problems with Lidar development.

text: In May 2008

text: ESA

text: signed a contract worth €263 million (£220 million/$360 million) with

text: EADS

text: subsidiary

text: Astrium

text: . As the prime contractor, Astrium is responsible for the satellite's design, development and integration. Design and construction began in early 2009 while launch is due for 2016. EarthCARE is an acronym standing for Earth Clouds, Aerosols and Radiation Explorer, and the aims of the mission are to improve understanding of the

text: cloud

text: radiative

text: and

text: aerosol

text: processes that affect the Earth's climate. As of January 2011, the total budget for the project is £500 million (€590 million/$810 million). A significant proportion of the project will be manufactured in the UK, the main structure of the spacecraft will be built by RUAG Space in Switzerland and subsequently completed in Astrium's

text: Stevenage

text: facility, while one of the instruments will be made in

text: Sevenoaks

text: by

text: SSTL

text: and another in

text: Bristol, Somerset

text: by SEA Group Ltd, now part of Thales Alenia Space UK. In September 2014 ESA and JAXA held a joined EarthCARE International Science Workshop. From 2014 to 2015 an ongoing integration of the instruments takes place. In 2015 launch was postponed to 2018 due to problems with

text: Lidar

text: development.

answers: NDQ_002095

answers: Earth

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: the UK

answers: NDQ_002103

answers: EarthCARE

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is EarthCARE?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: EarthCARE

answers: NDQ_002120

answers: EarthCARE

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: What type of satellites are placed in high orbits over Earth?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: Lidar

answers: NDQ_002127

answers: EADS

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: EarthCARE

answers: NDQ_002130

answers: JAXA

answers: NDQ_002131

answers: EarthCARE International Science Workshop

answers: NDQ_002132

answers: EarthCARE

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: EarthCARE is responsible for the satellite's design, development and integration.

answers: NDQ_002135

answers: EarthCARE

answers: NDQ_002136

answers: Spacecraft

answers: NDQ_002137

answers: Lidar

answers: NDQ_002138

answers: EarthCARE

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: launch is due for 2016. EarthCARE

answers: NDQ_002097

answers: radiative

answers: NDQ_002099

answers: integration.

answers: NDQ_002100

answers: Switzerland

answers: NDQ_002103

answers: launch is due for 2016.

answers: NDQ_002108

answers: 2016.

answers: NDQ_002111

answers: 2018 due to problems with Lidar

answers: NDQ_002113

answers: 2018

answers: NDQ_002114

answers: 2018

answers: NDQ_002115

answers: EarthCARE

answers: NDQ_002116

answers: spacecraft

answers: NDQ_002117

answers: EarthCARE

answers: NDQ_002118

answers: EarthCARE

answers: NDQ_002119

answers: 2008

answers: NDQ_002120

answers: EarthCARE

answers: NDQ_002121

answers: EarthCARE

answers: NDQ_002122

answers: launch is due for 2016. EarthCARE

answers: NDQ_002123

answers: EarthCARE

answers: NDQ_002124

answers: 2018

answers: NDQ_002125

answers: EarthCARE

answers: NDQ_002126

answers: Lidar

answers: NDQ_002127

answers: the main structure of the spacecraft

answers: NDQ_002128

answers: spacecraft

answers: NDQ_002129

answers: EarthCARE

answers: NDQ_002130

answers: JAXA

answers: NDQ_002131

answers: 2018 due to problems with Lidar

answers: NDQ_002132

answers: EarthCARE

answers: NDQ_002133

answers: 2009

answers: NDQ_002134

answers: 2018

answers: NDQ_002135

answers: EarthCARE

answers: NDQ_002136

answers: problems with Lidar development.

answers: NDQ_002137

answers: Lidar

answers: NDQ_002138

answers: EarthCARE

answers: NDQ_002139

answers: EarthCARE

text: The first man-made object to reach the Moon was the unmanned Soviet probe Luna 2, which made a hard landing on September 14, 1959, at 21:02:24 Z. The far side of the Moon was first photographed on October 7, 1959 by the Soviet probe Luna 3. Though vague by today's standards, the photos showed that the far side of the Moon almost completely lacked maria. In an effort to compete with these Soviet successes, U.S. President John F. Kennedy proposed the national goal of landing a human on the Moon. Speaking to a Joint Session of Congress on May 26, 1961, he said

text: The first man-made object to reach the Moon was the unmanned Soviet probe

text: Luna 2

text: , which made a hard landing on September 14, 1959, at 21:02:24 Z. The far side of the Moon was first photographed on October 7, 1959 by the Soviet probe

text: Luna 3

text: . Though vague by today's standards, the photos showed that the far side of the Moon almost completely lacked

text: maria

text: . In an effort to compete with these Soviet successes, U.S. President

text: John F. Kennedy

text: proposed the national goal of landing a human on the Moon. Speaking to a Joint Session of Congress on May 26, 1961, he said

answers: NDQ_002095

answers: unmanned

answers: NDQ_002097

answers: force of gravity

answers: NDQ_002099

answers: reaches the Moon

answers: NDQ_002100

answers: Soviet

answers: NDQ_002103

answers: on September 14, 1959

answers: NDQ_002108

answers: yes

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: unmanned

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unmanned

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: what is the first man-made object to reach the Moon

answers: NDQ_002121

answers: unmanned

answers: NDQ_002122

answers: The rocket will travel in a straight line.

answers: NDQ_002123

answers: what is the first man-made object to reach the Moon?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: the Moon

answers: NDQ_002129

answers: Soviet probe Luna 3

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unmanned

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 1960s

answers: NDQ_002134

answers: gravitational force is equal to

answers: NDQ_002135

answers: Soviet space program

answers: NDQ_002136

answers: gravitational pull

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: unmanned

answers: NDQ_002139

answers: John F. Kennedy

answers: NDQ_002095

answers: Luna 2,

answers: NDQ_002097

answers: 21:02:24

answers: NDQ_002099

answers: Moon

answers: NDQ_002100

answers: Soviet

answers: NDQ_002103

answers: The first man-made object to reach the Moon

answers: NDQ_002108

answers: 1959,

answers: NDQ_002111

answers: vague by today's standards,

answers: NDQ_002113

answers: The first man-made object to reach the Moon

answers: NDQ_002114

answers: U.S. President John F. Kennedy

answers: NDQ_002115

answers: unmanned Soviet probe Luna 2,

answers: NDQ_002116

answers: Moon

answers: NDQ_002117

answers: unmanned

answers: NDQ_002118

answers: landing a human on the Moon.

answers: NDQ_002119

answers: 1959,

answers: NDQ_002120

answers: Moon.

answers: NDQ_002121

answers: 21:02:24

answers: NDQ_002122

answers: 21:02:24 Z.

answers: NDQ_002123

answers: Soviet probe Luna 3.

answers: NDQ_002124

answers: unmanned Soviet probe Luna 2,

answers: NDQ_002125

answers: Moon.

answers: NDQ_002126

answers: landing

answers: NDQ_002127

answers: Moon

answers: NDQ_002128

answers: Moon

answers: NDQ_002129

answers: Luna 3.

answers: NDQ_002130

answers: U.S. President John F. Kennedy

answers: NDQ_002131

answers: Moon was the unmanned Soviet probe Luna 2,

answers: NDQ_002132

answers: unmanned Soviet probe Luna 2,

answers: NDQ_002133

answers: Soviet probe Luna 2, which made a hard landing on September 14, 1959,

answers: NDQ_002134

answers: 21:02:24 Z.

answers: NDQ_002135

answers: Soviet probe Luna 2,

answers: NDQ_002136

answers: maria.

answers: NDQ_002137

answers: 21:02:24 Z.

answers: NDQ_002138

answers: unmanned Soviet probe Luna 2,

answers: NDQ_002139

answers: John F. Kennedy

text: The vehicle is an autonomous flying testbed that is used for testing hardware, sensors and algorithms.  These sensors and algorithms include such things as onboard cameras that, with specialized guidance, navigation and control software, could aid in the capture of orbiting space debris, in-space docking with a fuel depot, docking of a robotic lander with an orbiting command module and the rendezvous of multiple unmanned stages for deep space human exploration of the solar system.

text: The vehicle is an autonomous flying testbed that is used for testing hardware, sensors and algorithms.  These sensors and algorithms include such things as onboard cameras that, with specialized guidance, navigation and control software, could aid in the capture of orbiting space debris, in-space docking with a fuel depot, docking of a robotic lander with an orbiting command module and the rendezvous of multiple unmanned stages for deep space human exploration of the solar system.

answers: NDQ_002095

answers: orbit the sun

answers: NDQ_002097

answers: docking

answers: NDQ_002099

answers: docks with a command module

answers: NDQ_002100

answers: United States and Russia

answers: NDQ_002103

answers: unmanned

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: orbiting space debris

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: satellites

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

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

answers: NDQ_002123

answers: Which of the following is not a type of satellite: imaging satellites or orbiting command modules?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbiting

answers: NDQ_002127

answers: unmanned stages

answers: NDQ_002128

answers: space debris

answers: NDQ_002129

answers: orbiting command module

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: orbiting space debris

answers: NDQ_002132

answers: unmanned stages

answers: NDQ_002133

answers: 20th century

answers: NDQ_002134

answers: gravitational force causes objects to move in a straight line

answers: NDQ_002135

answers: deep space human exploration

answers: NDQ_002136

answers: debris

answers: NDQ_002137

answers: hardware, sensors and algorithms

answers: NDQ_002138

answers: could aid in the capture of orbiting space debris

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: deep space human exploration of the solar system.

answers: NDQ_002097

answers: docking of a robotic lander with an orbiting command module

answers: NDQ_002099

answers: deep space human exploration of the solar system.

answers: NDQ_002100

answers: system.

answers: NDQ_002103

answers: autonomous flying testbed

answers: NDQ_002108

answers: deep space human exploration of the solar system.

answers: NDQ_002111

answers: autonomous flying testbed that is used for testing hardware, sensors and algorithms.

answers: NDQ_002113

answers: deep space human exploration of the solar system.

answers: NDQ_002114

answers: deep space human exploration of the solar system.

answers: NDQ_002115

answers: robotic lander

answers: NDQ_002116

answers: orbiting space debris,

answers: NDQ_002117

answers: unmanned

answers: NDQ_002118

answers: orbiting space debris,

answers: NDQ_002119

answers: deep space human exploration of the solar system.

answers: NDQ_002120

answers: onboard cameras

answers: NDQ_002121

answers: orbiting space debris,

answers: NDQ_002122

answers: in-space docking with a fuel depot,

answers: NDQ_002123

answers: orbiting space debris,

answers: NDQ_002124

answers: orbiting command module

answers: NDQ_002125

answers: robotic lander with an orbiting command module

answers: NDQ_002126

answers: orbiting

answers: NDQ_002127

answers: fuel depot,

answers: NDQ_002128

answers: space debris,

answers: NDQ_002129

answers: orbiting command module

answers: NDQ_002130

answers: deep space human exploration of the solar system.

answers: NDQ_002131

answers: space debris,

answers: NDQ_002132

answers: unmanned stages

answers: NDQ_002133

answers: deep space human exploration of the solar system.

answers: NDQ_002134

answers: orbiting space debris,

answers: NDQ_002135

answers: human exploration of the solar system.

answers: NDQ_002136

answers: space debris,

answers: NDQ_002137

answers: sensors and algorithms.

answers: NDQ_002138

answers: orbiting space debris,

answers: NDQ_002139

answers: deep space human exploration of the solar system.

text: Thiokol also produced a variety of liquid and solid rocket motors for the US space program, including deorbit motors for the Mercury and Gemini programs, rocket stages and separation rocket motors for the Apollo program, motors for the Pioneer, Surveyor, Viking, Voyager, and Magellan missions, updated CASTOR boosters for the Delta rocket, and the Space Shuttle Solid Rocket Booster.  Reaction Motors powerplants propelled the X-1 and X-15 aircraft, and later Thiokol technologies were also used in the private Tier One manned spaceplane. On March 1, 2006, NASA announced that Thiokol will be the prime contractor for the new Crew Launch Vehicle (CLV), to be known as the Ares I, which will put the Orion spacecraft (formerly known as the "Crew Exploration Vehicle") into low earth orbit, along with the five-segment SRBs for the heavy-lift Cargo Launch Vehicle (CaLV), known as the Ares V.

text: Thiokol also produced a variety of liquid and

text: solid rocket

text: motors for the

text: US space program

text: , including deorbit motors for the

text: Mercury

text: and

text: Gemini

text: programs, rocket stages and separation rocket motors for the

text: Apollo program

text: , motors for the

text: Pioneer

text: Surveyor

text: Viking

text: Voyager

text: , and

text: Magellan

text: missions, updated CASTOR boosters for the

text: Delta rocket

text: , and the

text: Space Shuttle Solid Rocket Booster

text: .  Reaction Motors powerplants propelled the

text: and

text: aircraft, and later Thiokol technologies were also used in the private

text: Tier One

text: manned

text: spaceplane

text: . On March 1, 2006, NASA announced that Thiokol will be the prime contractor for the new

text: Crew Launch Vehicle

text: (CLV), to be known as the

text: Ares I

text: , which will put the

text: Orion spacecraft

text: (formerly known as the "Crew Exploration Vehicle") into

text: low earth orbit

text: , along with the five-segment SRBs for the heavy-lift Cargo Launch Vehicle (CaLV), known as the

text: Ares V

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: separation

answers: NDQ_002099

answers: deorbit

answers: NDQ_002100

answers: US

answers: NDQ_002103

answers: low earth orbit

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: None of the above choices

answers: NDQ_002119

answers: Apollo

answers: NDQ_002120

answers: Landsat satellites

answers: NDQ_002121

answers: no

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: Which of the following is not a type of satellite: Surveyor, Viking, Voyager, or Magellan?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: motors

answers: NDQ_002128

answers: low earth

answers: NDQ_002129

answers: Voyager

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: deorbit

answers: NDQ_002132

answers: Voyager

answers: NDQ_002133

answers: Mercury

answers: NDQ_002134

answers: gravitational force is proportional to mass

answers: NDQ_002135

answers: Mercury

answers: NDQ_002136

answers: deorbit motors

answers: NDQ_002137

answers: Thiokol technologies

answers: NDQ_002138

answers: Ares I

answers: NDQ_002139

answers: Apollo

answers: NDQ_002095

answers: low earth orbit,

answers: NDQ_002097

answers: separation

answers: NDQ_002099

answers: separation rocket motors

answers: NDQ_002100

answers: US

answers: NDQ_002103

answers: low earth orbit,

answers: NDQ_002108

answers: Mercury and Gemini

answers: NDQ_002111

answers: deorbit motors

answers: NDQ_002113

answers: Thiokol also produced a variety of liquid and solid rocket motors

answers: NDQ_002114

answers: Apollo

answers: NDQ_002115

answers: Apollo

answers: NDQ_002116

answers: earth orbit,

answers: NDQ_002117

answers: Crew Launch Vehicle

answers: NDQ_002118

answers: Thiokol also produced a variety of liquid and solid rocket motors

answers: NDQ_002119

answers: Apollo

answers: NDQ_002120

answers: Pioneer, Surveyor, Viking, Voyager, and Magellan

answers: NDQ_002121

answers: low earth orbit,

answers: NDQ_002122

answers: rocket stages and separation rocket motors

answers: NDQ_002123

answers: low earth orbit,

answers: NDQ_002124

answers: Apollo

answers: NDQ_002125

answers: Pioneer, Surveyor, Viking, Voyager, and Magellan

answers: NDQ_002126

answers: orbit,

answers: NDQ_002127

answers: Reaction Motors

answers: NDQ_002128

answers: low earth orbit,

answers: NDQ_002129

answers: Magellan

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Reaction Motors

answers: NDQ_002132

answers: Orion

answers: NDQ_002133

answers: Mercury and Gemini

answers: NDQ_002134

answers: separation rocket motors

answers: NDQ_002135

answers: Mercury and Gemini programs,

answers: NDQ_002136

answers: deorbit motors

answers: NDQ_002137

answers: Reaction Motors

answers: NDQ_002138

answers: Orion spacecraft

answers: NDQ_002139

answers: Apollo

text: The S-type asteroid orbits the Sun at a distance of 1.9–3.4 AU once every 4 years and 5 months (1,610 days). Its orbit shows a high eccentricity of 0.28 and is tilted by 7 degrees to the plane of the ecliptic. It has a rotation period of about 5.4 hours. According to the space-based surveys carried out by the Japanese Akari and the Wide-field Infrared Survey Explorer satellites, the body's geometric albedo is about 0.13.

text: The

text: S-type

text: asteroid orbits the Sun at a distance of 1.9–3.4

text: AU

text: once every 4 years and 5 months (1,610 days). Its orbit shows a high

text: eccentricity

text: of 0.28 and is

text: tilted

text: by 7 degrees to the plane of the

text: ecliptic

text: . It has a

text: rotation period

text: of about 5.4 hours. According to the space-based surveys carried out by the Japanese

text: Akari

text: and the

text: Wide-field Infrared Survey Explorer

text: satellites, the body's

text: geometric albedo

text: is about 0.13.

answers: NDQ_002095

answers: orbit Earth

answers: NDQ_002097

answers: rotation period of about 5.4 hours

answers: NDQ_002099

answers: orbit the sun

answers: NDQ_002100

answers: Japanese

answers: NDQ_002103

answers: the Sun

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How many years ago was the first rocket developed?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Which satellites make detailed images of continents and coasts?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: how many degrees to the plane of the ecliptic

answers: NDQ_002123

answers: Which of the following is not a type of satellite: the Japanese Akari and the Wide-field Infrared Survey Explorer satellites?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: Wide-field Infrared Survey Explorer

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: satellites

answers: NDQ_002133

answers: unanswerable

answers: NDQ_002134

answers: gravitational force is equal to the force of gravity

answers: NDQ_002135

answers: S-type asteroid

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Infrared

answers: NDQ_002138

answers: 1.9–3.4 AU

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Sun

answers: NDQ_002097

answers: eccentricity

answers: NDQ_002099

answers: a high eccentricity of 0.28

answers: NDQ_002100

answers: Japanese

answers: NDQ_002103

answers: 1.9–3.4 AU once every 4 years and 5 months

answers: NDQ_002108

answers: space-based surveys carried out by the Japanese Akari

answers: NDQ_002111

answers: Wide-field Infrared Survey Explorer satellites,

answers: NDQ_002113

answers: The S-type asteroid

answers: NDQ_002114

answers: The S-type asteroid

answers: NDQ_002115

answers: 1.9–3.4 AU once every 4 years and 5 months

answers: NDQ_002116

answers: The S-type asteroid

answers: NDQ_002117

answers: Wide-field Infrared Survey Explorer satellites,

answers: NDQ_002118

answers: The S-type asteroid

answers: NDQ_002119

answers: 1.9–3.4 AU once every 4 years and 5 months

answers: NDQ_002120

answers: Wide-field Infrared Survey Explorer satellites,

answers: NDQ_002121

answers: high eccentricity of 0.28

answers: NDQ_002122

answers: high eccentricity of 0.28

answers: NDQ_002123

answers: Wide-field Infrared Survey Explorer satellites,

answers: NDQ_002124

answers: The S-type asteroid

answers: NDQ_002125

answers: The S-type asteroid

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: high eccentricity of 0.28

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: Japanese Akari and the Wide-field Infrared Survey Explorer

answers: NDQ_002130

answers: The S-type asteroid

answers: NDQ_002131

answers: The S-type asteroid

answers: NDQ_002132

answers: Wide-field Infrared Survey Explorer satellites,

answers: NDQ_002133

answers: 1.9–3.4 AU once every 4 years and 5 months

answers: NDQ_002134

answers: high eccentricity of 0.28

answers: NDQ_002135

answers: Japanese Akari

answers: NDQ_002136

answers: high eccentricity

answers: NDQ_002137

answers: Infrared Survey Explorer satellites,

answers: NDQ_002138

answers: Wide-field Infrared Survey Explorer

answers: NDQ_002139

answers: The S-type asteroid

text: The list of BCC alumni includes prominent scientists, such as Dr. Hugh Dryden, associate administrator of the National Aeronautics and Space Administration (NASA) during the early U.S. space exploration program and missions to the Moon in the 1960s, theoretical physicist John Archibald Wheeler, who coined the term black hole and received the 1997 Wolf Prize in Physics, Martin Rodbell, who received the 1994 Nobel Prize in Physiology or Medicine for his discovery of G-proteins, and Abel Wolman, the nationally famous "father" of chlorinated drinking water and a National Medal of Science recipient who brought the Baltimore metropolitan areas public water supply system to be among the best in the country,  Alexander Ashley Weech (Class of 1913), a pioneer pediatrician and scientist who treated the first patient in the U.S. with an antibiotic (1935) and was awarded the John Howland Medal (1977). Notable writers such as Leon Uris, author of the novel Exodus, inspiring the motion picture,  Pulitzer Prize-winning poet Karl Shapiro, and Pulitzer Prize-winning author, New York Times columnist, and host of the Masterpiece Theatre anthology programs on  PBS,  Russell Baker are also alumni. Businessmen, who have graduated from the school, include David M. Rubenstein, co-founder of The Carlyle Group, and David T. Abercrombie, namesake and co-founder of Abercrombie & Fitch.

text: The list of BCC alumni includes prominent scientists, such as Dr.

text: Hugh Dryden

text: , associate administrator of the

text: National Aeronautics and Space Administration

text: (NASA) during the early U.S. space exploration program and missions to the Moon in the 1960s,

text: theoretical physicist

text: John Archibald Wheeler

text: , who coined the term

text: black hole

text: and received the 1997

text: Wolf Prize in Physics

text: Martin Rodbell

text: , who received the 1994

text: Nobel Prize in Physiology or Medicine

text: for his discovery of

text: G-proteins

text: , and

text: Abel Wolman

text: , the nationally famous "father" of

text: chlorinated

text: drinking water and a

text: National Medal of Science

text: recipient who brought the Baltimore metropolitan areas public water supply system to be among the best in the country,  Alexander Ashley Weech (Class of 1913), a pioneer pediatrician and scientist who treated the first patient in the U.S. with an antibiotic (1935) and was awarded the John Howland Medal (1977). Notable writers such as

text: Leon Uris

text: , author of the novel

text: Exodus

text: , inspiring the

text: motion picture

text: Pulitzer Prize

text: -winning poet

text: Karl Shapiro

text: , and Pulitzer Prize-winning author,

text: New York Times

text: columnist, and host of the

text: Masterpiece Theatre

text: anthology programs on

text: PBS

text: Russell Baker

text: are also alumni. Businessmen, who have graduated from the school, include

text: David M. Rubenstein

text: , co-founder of

text: The Carlyle Group

text: , and

text: David T. Abercrombie

text: , namesake and co-founder of

text: Abercrombie & Fitch

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: U.S.

answers: NDQ_002103

answers: NASA

answers: NDQ_002108

answers: 1960s

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: 1960s

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: NASA

answers: NDQ_002118

answers: orbit around Earth

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: Landsat satellites

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: How are imaging satellites placed in high orbits over Earth

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: black hole

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: the Moon

answers: NDQ_002129

answers: the Moon in the 1960s

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: exodus

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 1960s

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: the 1960s

answers: NDQ_002136

answers: Black holes

answers: NDQ_002137

answers: G-proteins

answers: NDQ_002138

answers: National Aeronautics and Space Administration

answers: NDQ_002139

answers: Hugh Dryden

answers: NDQ_002095

answers: the Moon

answers: NDQ_002097

answers: G-proteins,

answers: NDQ_002099

answers: missions to the Moon in the 1960s,

answers: NDQ_002100

answers: U.S.

answers: NDQ_002103

answers: missions to the Moon in the 1960s,

answers: NDQ_002108

answers: 1960s,

answers: NDQ_002111

answers: National Aeronautics and Space Administration

answers: NDQ_002113

answers: Dr. Hugh Dryden,

answers: NDQ_002114

answers: missions to the Moon in the 1960s,

answers: NDQ_002115

answers: missions to the Moon in the 1960s,

answers: NDQ_002116

answers: National Aeronautics and Space Administration

answers: NDQ_002117

answers: National Aeronautics and Space Administration (NASA)

answers: NDQ_002118

answers: National Aeronautics and Space Administration

answers: NDQ_002119

answers: 1960s,

answers: NDQ_002120

answers: (NASA)

answers: NDQ_002121

answers: missions to the Moon in the 1960s,

answers: NDQ_002122

answers: missions to the Moon in the 1960s,

answers: NDQ_002123

answers: Moon

answers: NDQ_002124

answers: Dr. Hugh Dryden,

answers: NDQ_002125

answers: missions to the Moon

answers: NDQ_002126

answers: black hole

answers: NDQ_002127

answers: National Aeronautics and Space Administration

answers: NDQ_002128

answers: black hole

answers: NDQ_002129

answers: (NASA)

answers: NDQ_002130

answers: (NASA)

answers: NDQ_002131

answers: black hole

answers: NDQ_002132

answers: missions to the Moon

answers: NDQ_002133

answers: 1960s,

answers: NDQ_002134

answers: G-proteins,

answers: NDQ_002135

answers: 1960s,

answers: NDQ_002136

answers: black hole

answers: NDQ_002137

answers: G-proteins,

answers: NDQ_002138

answers: National Aeronautics and Space Administration (NASA)

answers: NDQ_002139

answers: Dr. Hugh Dryden,

text: VirtuAlice (1995) was an early mobile data collection and surveillance project. Its key component was a telerobotic camera mounted on a wireless rolling chair with attached cameras. Users could control its movement either by riding around in it or remotely, through a web interface. The video images captured were made available to web viewers in real time. There was also a rear-view mirror that reflected the face of anyone riding the chair to web viewers. Sobell and Hartzell described the piece as "a passage between physical and cyber space. We converge from web-side and street-side, explore parallel spaces  separated by glass,  and peer through the membrane  at each other's  representations."

text: VirtuAlice (1995) was an early mobile data collection and surveillance project. Its key component was a telerobotic camera mounted on a wireless rolling chair with attached cameras. Users could control its movement either by riding around in it or remotely, through a web interface. The video images captured were made available to web viewers in real time. There was also a rear-view mirror that reflected the face of anyone riding the chair to web viewers. Sobell and Hartzell described the piece as "a passage between physical and cyber space. We converge from web-side and street-side, explore parallel spaces  separated by glass,  and peer through the membrane  at each other's  representations."

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: rear-view mirror

answers: NDQ_002099

answers: can be launched

answers: NDQ_002100

answers: unanswerable

answers: NDQ_002103

answers: in space

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: Landsat satellites

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: Which is not a last name, Sobell or Hartzell?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: rolling chair

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: a wireless rolling chair

answers: NDQ_002129

answers: VirtuAlice

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: rolling chair

answers: NDQ_002132

answers: telerobotic

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: motion can be described as a force acting on an object

answers: NDQ_002135

answers: VirtuAlice

answers: NDQ_002136

answers: gravity

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: could not be used to collect video images

answers: NDQ_002139

answers: Hartzell

answers: NDQ_002095

answers: wireless rolling chair

answers: NDQ_002097

answers: movement

answers: NDQ_002099

answers: movement

answers: NDQ_002100

answers: each other's representations."

answers: NDQ_002103

answers: VirtuAlice

answers: NDQ_002108

answers: glass,

answers: NDQ_002111

answers: VirtuAlice

answers: NDQ_002113

answers: VirtuAlice

answers: NDQ_002114

answers: VirtuAlice

answers: NDQ_002115

answers: VirtuAlice

answers: NDQ_002116

answers: VirtuAlice

answers: NDQ_002117

answers: VirtuAlice

answers: NDQ_002118

answers: VirtuAlice

answers: NDQ_002119

answers: VirtuAlice (1995)

answers: NDQ_002120

answers: VirtuAlice

answers: NDQ_002121

answers: wireless rolling chair

answers: NDQ_002122

answers: VirtuAlice

answers: NDQ_002123

answers: VirtuAlice

answers: NDQ_002124

answers: VirtuAlice

answers: NDQ_002125

answers: VirtuAlice

answers: NDQ_002126

answers: rolling chair

answers: NDQ_002127

answers: wireless rolling chair

answers: NDQ_002128

answers: telerobotic camera mounted on a wireless rolling chair

answers: NDQ_002129

answers: VirtuAlice

answers: NDQ_002130

answers: VirtuAlice

answers: NDQ_002131

answers: rolling chair

answers: NDQ_002132

answers: wireless rolling chair

answers: NDQ_002133

answers: VirtuAlice (1995)

answers: NDQ_002134

answers: parallel spaces separated by glass,

answers: NDQ_002135

answers: VirtuAlice

answers: NDQ_002136

answers: glass,

answers: NDQ_002137

answers: cameras.

answers: NDQ_002138

answers: VirtuAlice

answers: NDQ_002139

answers: Hartzell

text: Since the 1980s Kahn has been steadfast in his commitment to the redemptive possibilities of art. His miniature sacred spaces (what he calls shrines) explore the correspondence between the initimate and the monumental. His first full-scale shrine, Shalev, realized outdoors in New Harmony, Indiana, was commissioned by the Jane Owen and Robert Lee Blaffer Trust. While his early work draws on the tradition of American visionary landscape painting, his more recent pieces reflect his fascination with contemporary science, inspired by the micro-images of cell formations and satellite photography.

text: Since the 1980s Kahn has been steadfast in his commitment to the redemptive possibilities of art. His miniature sacred spaces (what he calls shrines) explore the correspondence between the initimate and the monumental. His first full-scale shrine, Shalev, realized outdoors in New Harmony, Indiana, was commissioned by the Jane Owen and Robert Lee Blaffer Trust. While his early work draws on the tradition of American visionary landscape painting, his more recent pieces reflect his fascination with contemporary science, inspired by the micro-images of cell formations and satellite photography.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: law of conservation of energy

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: American

answers: NDQ_002103

answers: launched

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: unknown

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: Kahn's more recent pieces reflect his fascination with contemporary science

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: Which of the following is not a type of shrine: miniature sacred spaces, satellite photography, or cell formations?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: Kahn

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Kahn's

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: 1980s

answers: NDQ_002134

answers: cell formations and satellite photography are examples of what?

answers: NDQ_002135

answers: American visionary landscape painting

answers: NDQ_002136

answers: Kahn's fascination

answers: NDQ_002137

answers: satellite photography

answers: NDQ_002138

answers: Kahn's more recent pieces reflect his fascination with contemporary science

answers: NDQ_002139

answers: Robert Lee Blaffer

answers: NDQ_002095

answers: satellite photography.

answers: NDQ_002097

answers: cell formations and satellite photography.

answers: NDQ_002099

answers: micro-images of cell formations and satellite photography.

answers: NDQ_002100

answers: American

answers: NDQ_002103

answers: satellite photography.

answers: NDQ_002108

answers: satellite photography.

answers: NDQ_002111

answers: micro-images of cell formations and satellite photography.

answers: NDQ_002113

answers: Kahn

answers: NDQ_002114

answers: Kahn

answers: NDQ_002115

answers: Jane Owen and Robert Lee Blaffer Trust.

answers: NDQ_002116

answers: satellite photography.

answers: NDQ_002117

answers: satellite photography.

answers: NDQ_002118

answers: satellite photography.

answers: NDQ_002119

answers: 1980s Kahn

answers: NDQ_002120

answers: satellite photography.

answers: NDQ_002121

answers: satellite photography.

answers: NDQ_002122

answers: satellite photography.

answers: NDQ_002123

answers: satellite photography.

answers: NDQ_002124

answers: Kahn

answers: NDQ_002125

answers: satellite photography.

answers: NDQ_002126

answers: landscape painting,

answers: NDQ_002127

answers: Jane Owen and Robert Lee Blaffer Trust.

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: satellite photography.

answers: NDQ_002130

answers: Jane Owen and Robert Lee Blaffer Trust.

answers: NDQ_002131

answers: micro-images of cell formations and satellite photography.

answers: NDQ_002132

answers: satellite photography.

answers: NDQ_002133

answers: 1980s

answers: NDQ_002134

answers: micro-images of cell formations and satellite photography.

answers: NDQ_002135

answers: Jane Owen and Robert Lee Blaffer Trust.

answers: NDQ_002136

answers: science, inspired by the micro-images of cell formations

answers: NDQ_002137

answers: satellite photography.

answers: NDQ_002138

answers: satellite photography.

answers: NDQ_002139

answers: Robert Lee Blaffer Trust.

text: The exploration of Jupiter has been conducted via close observations by automated spacecraft. It began with the arrival of Pioneer 10 into the Jovian system in 1973, and, , has continued with eight further spacecraft missions. All of these missions were undertaken by the National Aeronautics and Space Administration (NASA), and all but two have been flybys that take detailed observations without the probe landing or entering orbit. These probes make Jupiter the most visited of the Solar System's outer planets as all missions to the outer Solar System have used Jupiter flybys to reduce fuel requirements and travel time. On 5th July 2016, spacecraft Juno arrived and entered the planet's orbit—the second craft ever to do so. Sending a craft to Jupiter entails many technical difficulties, especially due to the probes' large fuel requirements and the effects of the planet's harsh radiation environment.

text: The exploration of Jupiter has been conducted via close observations by

text: automated spacecraft

text: . It began with the arrival of

text: Pioneer 10

text: into the

text: Jovian system

text: in 1973, and, , has continued with eight further spacecraft missions. All of these missions were undertaken by the

text: National Aeronautics and Space Administration

text: (NASA), and all but two have been flybys that take detailed observations without the

text: probe

text: landing or entering orbit. These probes make

text: Jupiter

text: the most visited of the

text: Solar System

text: 's

text: outer planets

text: as all missions to the outer Solar System have used Jupiter flybys to reduce fuel requirements and travel time. On 5th July 2016, spacecraft

text: Juno

text: arrived and entered the planet's orbit—the second craft ever to do so. Sending a craft to Jupiter entails many technical difficulties, especially due to the probes' large fuel requirements and the effects of the planet's harsh radiation environment.

answers: NDQ_002095

answers: Jupiter

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can carry more fuel

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: Which happened first, Juno arrived and entered the planet's orbit or Juno arrived and entered the planet's orbit?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: Which happened first, Juno arrived and entered the planet's orbit or Juno arrived and entered the planet's orbit?

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: In 1973

answers: NDQ_002120

answers: Which of the following is not a type of mission undertaken by the National Aeronautics and Space Administration?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: Which of the following is not a law: Newton's Third Law of Motion?

answers: NDQ_002123

answers: Which happened first, Pioneer 10 entered the Jovian system or Juno arrived and entered the planet's orbit?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: Jupiter

answers: NDQ_002129

answers: Juno

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: flybys that take detailed observations

answers: NDQ_002132

answers: automated spacecraft

answers: NDQ_002133

answers: 1973

answers: NDQ_002134

answers: Juno arrived and entered the planet's orbit on what date?

answers: NDQ_002135

answers: The exploration of Jupiter

answers: NDQ_002136

answers: Jupiter's harsh radiation environment

answers: NDQ_002137

answers: Jupiter flybys

answers: NDQ_002138

answers: How many spacecraft missions have been undertaken by the National Aeronautics and Space Administration (NASA)?

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Juno arrived and entered the planet's orbit—the

answers: NDQ_002097

answers: orbit.

answers: NDQ_002099

answers: fuel requirements and travel time.

answers: NDQ_002100

answers: (NASA),

answers: NDQ_002103

answers: (NASA),

answers: NDQ_002108

answers: 1973,

answers: NDQ_002111

answers: The exploration of Jupiter has been conducted via close observations by automated spacecraft.

answers: NDQ_002113

answers: 1973,

answers: NDQ_002114

answers: (NASA),

answers: NDQ_002115

answers: Pioneer 10

answers: NDQ_002116

answers: orbit.

answers: NDQ_002117

answers: automated spacecraft.

answers: NDQ_002118

answers: The exploration of Jupiter has been conducted via close observations by automated spacecraft.

answers: NDQ_002119

answers: 1973,

answers: NDQ_002120

answers: two have been flybys

answers: NDQ_002121

answers: orbit.

answers: NDQ_002122

answers: orbit.

answers: NDQ_002123

answers: The exploration of Jupiter has been conducted via close observations by automated spacecraft.

answers: NDQ_002124

answers: 2016,

answers: NDQ_002125

answers: two

answers: NDQ_002126

answers: orbit.

answers: NDQ_002127

answers: National Aeronautics and Space Administration

answers: NDQ_002128

answers: spacecraft.

answers: NDQ_002129

answers: Pioneer 10

answers: NDQ_002130

answers: National Aeronautics and Space Administration

answers: NDQ_002131

answers: spacecraft.

answers: NDQ_002132

answers: flybys

answers: NDQ_002133

answers: 1973,

answers: NDQ_002134

answers: orbit.

answers: NDQ_002135

answers: Pioneer 10

answers: NDQ_002136

answers: fuel requirements and the effects of the planet's harsh radiation environment.

answers: NDQ_002137

answers: Jupiter has been conducted via close observations by automated spacecraft.

answers: NDQ_002138

answers: flybys

answers: NDQ_002139

answers: Pioneer 10

text: President Dwight D. Eisenhower established the National Aeronautics and Space Administration (NASA) in 1958 with a distinctly civilian (rather than military) orientation encouraging peaceful applications in space science. The new agency became operational on October 1, 1958. Since that time, most U.S. space exploration efforts have been led by NASA, including the Apollo moon-landing missions, the Skylab space station, and later the Space Shuttle. Currently, NASA is supporting the International Space Station and is overseeing the development of the Orion Multi-Purpose Crew Vehicle, the Space Launch System and Commercial Crew vehicles. The agency is also responsible for the Launch Services Program (LSP) which provides oversight of launch operations and countdown management for unmanned NASA launches.

text: President

text: Dwight D. Eisenhower

text: established the National Aeronautics and Space Administration (NASA) in 1958 with a distinctly civilian (rather than military) orientation encouraging peaceful applications in space science. The new agency became operational on October 1, 1958. Since that time, most U.S. space exploration efforts have been led by NASA, including the

text: Apollo

text: moon-landing

text: missions, the

text: Skylab

text: space station, and later the

text: Space Shuttle

text: . Currently, NASA is supporting the

text: International Space Station

text: and is overseeing the development of the

text: Orion Multi-Purpose Crew Vehicle

text: , the

text: Space Launch System

text: and

text: Commercial Crew

text: vehicles. The agency is also responsible for the

text: Launch Services Program

text: (LSP) which provides oversight of launch operations and countdown management for unmanned NASA launches.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: unmanned

answers: NDQ_002100

answers: U.S

answers: NDQ_002103

answers: unmanned

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: Apollo

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unmanned

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Apollo

answers: NDQ_002120

answers: NASA is supporting the International Space Station

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: What is Skylab?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Space Launch System

answers: NDQ_002128

answers: International Space Station

answers: NDQ_002129

answers: Skylab

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unmanned NASA launches

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: Space Shuttle

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: Apollo

answers: NDQ_002136

answers: NASA

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Skylab

answers: NDQ_002139

answers: Apollo

answers: NDQ_002095

answers: moon-landing

answers: NDQ_002097

answers: peaceful applications in space science.

answers: NDQ_002099

answers: Multi-Purpose Crew Vehicle,

answers: NDQ_002100

answers: U.S.

answers: NDQ_002103

answers: unmanned NASA launches.

answers: NDQ_002108

answers: Apollo moon-landing

answers: NDQ_002111

answers: (NASA)

answers: NDQ_002113

answers: National Aeronautics and Space Administration

answers: NDQ_002114

answers: Apollo moon-landing missions,

answers: NDQ_002115

answers: Apollo moon-landing missions,

answers: NDQ_002116

answers: International Space Station

answers: NDQ_002117

answers: unmanned

answers: NDQ_002118

answers: International Space Station

answers: NDQ_002119

answers: 1958

answers: NDQ_002120

answers: October 1, 1958.

answers: NDQ_002121

answers: National Aeronautics and Space Administration

answers: NDQ_002122

answers: Space Launch System

answers: NDQ_002123

answers: Skylab

answers: NDQ_002124

answers: Apollo

answers: NDQ_002125

answers: Apollo moon-landing missions,

answers: NDQ_002126

answers: National Aeronautics and Space Administration

answers: NDQ_002127

answers: unmanned

answers: NDQ_002128

answers: International Space Station

answers: NDQ_002129

answers: Skylab

answers: NDQ_002130

answers: NASA,

answers: NDQ_002131

answers: Orion Multi-Purpose Crew Vehicle, the Space Launch System

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: Apollo

answers: NDQ_002134

answers: unmanned

answers: NDQ_002135

answers: Apollo

answers: NDQ_002136

answers: launch operations and countdown management for unmanned NASA launches.

answers: NDQ_002137

answers: (NASA)

answers: NDQ_002138

answers: Skylab

answers: NDQ_002139

answers: Apollo

text: Men Into Space was advertised as being (for its era) an extremely accurate preview of manned spaceflight, based on scientific studies  and buttressed by technical assistance from the USAF's ballistic missile and space medicine offices. The spacecraft designs, however, veered inconsistently between early 1950s Wernher Von Braun concept vehicles, and later, totally scaled-down spacecraft proposals. Visual backdrops and conceptual designs of spacecraft, space stations, and a Moon base depended somewhat on contributions from notable astronautics and science fiction artist Chesley Bonestell. The series also availed itself of extensive documentary footage of early missile launches, notably the Atlas missile. It evoked the earlier Disney space exploration documentaries, which in turn owed their look and feel to a widely read, early 1950s series on the subject in the old Collier's Weekly magazine, where Bonestell's art also held sway.  At one point in production, a scale model and poster of an Atlas derived design missile with the series spacecraft as the payload was built, with publicity photos of Lundigen holding the model in front of the large poster.  Several scenes used footage from the cancelled Navajo missile program to depict spacecraft landings on a desert runway.  The distinctive design of the X-10 Navajo (different from the close up depictions of the series spacecraft) can be seen in the desert landing sequences X-10 Navajo missile.

text: Men Into Space was advertised as being (for its era) an extremely accurate preview of manned spaceflight, based on scientific studies  and buttressed by technical assistance from the USAF's

text: ballistic missile

text: and space medicine offices. The spacecraft designs, however, veered inconsistently between early 1950s

text: Wernher Von Braun

text: concept vehicles, and later, totally scaled-down spacecraft proposals. Visual backdrops and conceptual designs of spacecraft, space stations, and a

text: Moon base

text: depended somewhat on contributions from notable

text: astronautics

text: and science fiction artist

text: Chesley Bonestell

text: . The series also availed itself of extensive

text: documentary

text: footage of early missile launches, notably the Atlas missile. It evoked the earlier

text: Disney

text: space exploration documentaries, which in turn owed their look and feel to a widely read, early 1950s series on the subject in the old

text: Collier's Weekly

text: magazine, where Bonestell's art also held sway.  At one point in production, a scale model and poster of an Atlas derived design missile with the series spacecraft as the payload was built, with publicity photos of Lundigen holding the model in front of the large poster.  Several scenes used footage from the cancelled Navajo missile program to depict spacecraft landings on a desert runway.  The distinctive design of the X-10 Navajo (different from the close up depictions of the series spacecraft) can be seen in the desert landing sequences

text: X-10 Navajo missile

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: launches

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: Atlas missile

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: How many years after Men Into Space was advertised was the Atlas missile developed?

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Which satellites make detailed images of continents and coasts?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: What are placed in high orbits over Earth?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: the Moon

answers: NDQ_002129

answers: X-10 Navajo

answers: NDQ_002130

answers: USAF

answers: NDQ_002131

answers: X-10 Navajo

answers: NDQ_002132

answers: totally scaled-down spacecraft proposals

answers: NDQ_002133

answers: 1950s

answers: NDQ_002134

answers: The series also availed itself of extensive documentary footage of early missile launches

answers: NDQ_002135

answers: Men Into Space

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Men Into Space was advertised as being

answers: NDQ_002139

answers: Wernher Von Braun

answers: NDQ_002095

answers: manned spaceflight,

answers: NDQ_002097

answers: manned spaceflight,

answers: NDQ_002099

answers: missile launches,

answers: NDQ_002100

answers: USAF's

answers: NDQ_002103

answers: missile launches,

answers: NDQ_002108

answers: 1950s

answers: NDQ_002111

answers: veered inconsistently between early 1950s

answers: NDQ_002113

answers: missile launches,

answers: NDQ_002114

answers: Men Into Space

answers: NDQ_002115

answers: Atlas missile.

answers: NDQ_002116

answers: Men Into Space

answers: NDQ_002117

answers: missile launches, notably the Atlas missile.

answers: NDQ_002118

answers: Men Into Space

answers: NDQ_002119

answers: Men Into Space

answers: NDQ_002120

answers: Men Into Space

answers: NDQ_002121

answers: manned spaceflight,

answers: NDQ_002122

answers: totally scaled-down spacecraft proposals.

answers: NDQ_002123

answers: Moon base

answers: NDQ_002124

answers: Men Into Space

answers: NDQ_002125

answers: spacecraft landings on a desert runway.

answers: NDQ_002126

answers: spacecraft landings on a desert runway.

answers: NDQ_002127

answers: missile launches,

answers: NDQ_002128

answers: Moon

answers: NDQ_002129

answers: X-10 Navajo

answers: NDQ_002130

answers: USAF's

answers: NDQ_002131

answers: X-10 Navajo missile.

answers: NDQ_002132

answers: totally scaled-down spacecraft

answers: NDQ_002133

answers: 1950s

answers: NDQ_002134

answers: spacecraft landings on a desert runway.

answers: NDQ_002135

answers: Atlas missile.

answers: NDQ_002136

answers: scientific studies

answers: NDQ_002137

answers: scientific studies

answers: NDQ_002138

answers: totally scaled-down spacecraft proposals.

answers: NDQ_002139

answers: Lundigen

text: For long term sustainability, a space colony should be close to self-sufficient. Mining and refining the Moon's materials on-site – for use both on the Moon and elsewhere in the Solar System – could provide an advantage over deliveries from Earth, as they can be launched into space at a much lower energy cost than from Earth. It is possible that large amounts of matter will need to be launched into space for interplanetary exploration in the 21st century, and the lower cost of providing goods from the Moon might be attractive.

text: For long term sustainability, a space colony should be close to self-sufficient.

text: Mining

text: and

text: refining

text: the Moon's materials on-site – for use both on the Moon and elsewhere in the Solar System – could provide an advantage over deliveries from Earth, as they can be launched into space at a much lower energy cost than from Earth. It is possible that large amounts of matter will need to be launched into space for interplanetary

text: exploration

text: in the 21st century, and the lower cost of providing goods from the Moon might be attractive.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States and China

answers: NDQ_002103

answers: Earth

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How could a space colony be close to self-sufficient?

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: Which of the following is not a benefit of a space colony?

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: Which of the following is not a benefit of mining and refining the Moon's materials on-site

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: energy

answers: NDQ_002128

answers: The Moon

answers: NDQ_002129

answers: The Moon

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Space colony should be close to self-sufficient

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 21st century

answers: NDQ_002134

answers: Earth's gravitational force is equal to

answers: NDQ_002135

answers: the 21st century

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: could provide an advantage over deliveries from Earth

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: launched into space

answers: NDQ_002097

answers: self-sufficient.

answers: NDQ_002099

answers: launched into space at a much lower energy cost than from Earth.

answers: NDQ_002100

answers: Earth,

answers: NDQ_002103

answers: deliveries from Earth,

answers: NDQ_002108

answers: Moon and elsewhere in the Solar System

answers: NDQ_002111

answers: Earth.

answers: NDQ_002113

answers: Earth.

answers: NDQ_002114

answers: Moon and elsewhere in the Solar System

answers: NDQ_002115

answers: Moon and elsewhere in the Solar System

answers: NDQ_002116

answers: Earth,

answers: NDQ_002117

answers: Earth.

answers: NDQ_002118

answers: deliveries from Earth,

answers: NDQ_002119

answers: space colony should be close to self-sufficient.

answers: NDQ_002120

answers: Earth.

answers: NDQ_002121

answers: launched into space at a much lower energy cost than from Earth.

answers: NDQ_002122

answers: Earth.

answers: NDQ_002123

answers: Earth.

answers: NDQ_002124

answers: Moon and elsewhere in the Solar System

answers: NDQ_002125

answers: Moon and elsewhere in the Solar System

answers: NDQ_002126

answers: Moon and elsewhere in the Solar System

answers: NDQ_002127

answers: energy

answers: NDQ_002128

answers: Moon and elsewhere in the Solar System

answers: NDQ_002129

answers: Earth.

answers: NDQ_002130

answers: space colony should be close to self-sufficient.

answers: NDQ_002131

answers: Earth,

answers: NDQ_002132

answers: space colony should be close to self-sufficient.

answers: NDQ_002133

answers: 21st century,

answers: NDQ_002134

answers: Mining and refining the Moon's materials on-site

answers: NDQ_002135

answers: interplanetary exploration in the 21st century,

answers: NDQ_002136

answers: energy cost

answers: NDQ_002137

answers: energy cost than from Earth.

answers: NDQ_002138

answers: lower energy cost than from Earth.

answers: NDQ_002139

answers: space colony should be close to self-sufficient.

text: There have been hundreds of reconnaissance satellites launched by dozens of nations since the first years of space exploration. Satellites for imaging intelligence were usually placed in low-earth, high-inclination orbits, sometimes in sun-synchronous orbits. Since the film-return missions were usually short, they could indulge in orbits with low perigees, in the range of 100–200 km, but the more recent CCD-based satellites have been launched into higher orbits, 250–300 km perigee, allowing each to remain in orbit for several years. While the exact resolution and other details of modern spy satellites are classified, some idea of the trade-offs available can be made using simple physics. The formula for the highest possible resolution of an optical system with a circular aperture is given by the Rayleigh criterion:

text: There have been hundreds of

text: reconnaissance satellite

text: s launched by dozens of nations since the first years of space exploration. Satellites for imaging intelligence were usually placed in

text: low-earth

text: , high-inclination orbits, sometimes in

text: sun-synchronous orbit

text: s. Since the film-return missions were usually short, they could indulge in orbits with low

text: perigee

text: s, in the range of 100–200 km, but the more recent CCD-based satellites have been launched into higher orbits, 250–300 km perigee, allowing each to remain in orbit for several years. While the exact

text: resolution

text: and other details of modern

text: spy satellite

text: s are classified, some idea of the trade-offs available can be made using simple physics. The formula for the highest possible resolution of an optical system with a circular aperture is given by the

text: Rayleigh criterion

answers: NDQ_002095

answers: orbit Earth

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: satellites

answers: NDQ_002108

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: the Rayleigh criterion

answers: NDQ_002121

answers: simple physics

answers: NDQ_002122

answers: Newtons Third Law of Motion describes how a rocket will travel in space

answers: NDQ_002123

answers: no

answers: NDQ_002124

answers: Alan Shepherd

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: perigee

answers: NDQ_002127

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: 300 km perigee

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: NDQ_002132

answers: satellites

answers: NDQ_002133

answers: years of space exploration

answers: NDQ_002134

answers: Newton's third law of motion states that Newton's third law of motion states that

answers: NDQ_002135

answers: space exploration

answers: NDQ_002136

answers: physics

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: 100–200 km perigee

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: sun-synchronous orbits.

answers: NDQ_002097

answers: high-inclination

answers: NDQ_002099

answers: high-inclination

answers: NDQ_002100

answers: dozens

answers: NDQ_002103

answers: dozens of nations since the first years of space exploration.

answers: NDQ_002108

answers: first years of space exploration.

answers: NDQ_002111

answers: physics.

answers: NDQ_002113

answers: hundreds of reconnaissance satellites

answers: NDQ_002114

answers: dozens of nations since the first years of space exploration.

answers: NDQ_002115

answers: reconnaissance satellites

answers: NDQ_002116

answers: Satellites for imaging intelligence were usually placed in low-earth,

answers: NDQ_002117

answers: dozens of nations

answers: NDQ_002118

answers: hundreds of reconnaissance satellites

answers: NDQ_002119

answers: first years of space exploration.

answers: NDQ_002120

answers: Rayleigh criterion:

answers: NDQ_002121

answers: physics.

answers: NDQ_002122

answers: high-inclination orbits, sometimes in sun-synchronous orbits.

answers: NDQ_002123

answers: 250–300 km perigee,

answers: NDQ_002124

answers: dozens of nations since the first years of space exploration.

answers: NDQ_002125

answers: dozens of nations since the first years of space exploration.

answers: NDQ_002126

answers: circular

answers: NDQ_002127

answers: physics.

answers: NDQ_002128

answers: Satellites for imaging intelligence were usually placed in low-earth,

answers: NDQ_002129

answers: 250–300 km perigee,

answers: NDQ_002130

answers: reconnaissance satellites

answers: NDQ_002131

answers: Rayleigh criterion:

answers: NDQ_002132

answers: reconnaissance satellites

answers: NDQ_002133

answers: first years of space exploration.

answers: NDQ_002134

answers: high-inclination

answers: NDQ_002135

answers: first years of space exploration.

answers: NDQ_002136

answers: more recent CCD-based satellites have been launched into higher orbits,

answers: NDQ_002137

answers: CCD-based satellites

answers: NDQ_002138

answers: low-earth, high-inclination orbits,

answers: NDQ_002139

answers: dozens of nations since the first years of space exploration.

text: The same month JPL held an open access event to mark the 32nd anniversary of its foundation—which featured a "nativity scene" of mannequins reconstructing the November 1936 photograph of the GALCIT Group—and erected a monument commemorating their first rocket test on Halloween 1936. Among the aerospace industry, JPL was nicknamed as standing for "Jack Parsons' Laboratory" or "Jack Parsons Lives". The International Astronomical Union decided to name a crater on the far side of the Moon Parsons after him in 1972. JPL later credited him for making "distinctive technical innovations that advanced early efforts" in rocket engineering, with aerospace journalist Craig Covault stating that the work of Parsons, Qian Xuesen and the GALCIT Group "planted the seeds for JPL to become preeminent in space and rocketry."

text: The same month JPL held an open access event to mark the 32nd anniversary of its foundation—which featured a "nativity scene" of mannequins reconstructing the November 1936 photograph of the GALCIT Group—and erected a monument commemorating their first rocket test on Halloween 1936. Among the aerospace industry, JPL was nicknamed as standing for "Jack Parsons' Laboratory" or "Jack Parsons Lives". The

text: International Astronomical Union

text: decided to name a crater on the

text: far side

text: of the Moon

text: Parsons

text: after him in 1972. JPL later credited him for making "distinctive technical innovations that advanced early efforts" in rocket engineering, with aerospace journalist Craig Covault stating that the work of Parsons, Qian Xuesen and the GALCIT Group "planted the seeds for JPL to become preeminent in space and rocketry."

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: first rocket test on Halloween 1936

answers: NDQ_002099

answers: can go into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: on Halloween 1936

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: rocketry

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: What is the International Astronomical Union?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: crater

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: Moon

answers: NDQ_002129

answers: crater on the far side of the Moon Parsons

answers: NDQ_002130

answers: International Astronomical Union

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: unanswerable

answers: NDQ_002133

answers: 1936

answers: NDQ_002134

answers: gravitational force is equal to the force of gravity

answers: NDQ_002135

answers: Halloween 1936

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: unanswerable

answers: NDQ_002139

answers: Jack Parsons

answers: NDQ_002095

answers: 1936.

answers: NDQ_002097

answers: 1936.

answers: NDQ_002099

answers: rocket engineering,

answers: NDQ_002100

answers: Qian Xuesen

answers: NDQ_002103

answers: rocket test on Halloween 1936.

answers: NDQ_002108

answers: 1936.

answers: NDQ_002111

answers: 1936.

answers: NDQ_002113

answers: 1936.

answers: NDQ_002114

answers: 1936.

answers: NDQ_002115

answers: 1936.

answers: NDQ_002116

answers: Moon

answers: NDQ_002117

answers: 1936.

answers: NDQ_002118

answers: Moon Parsons after him in 1972.

answers: NDQ_002119

answers: 1936.

answers: NDQ_002120

answers: 1936.

answers: NDQ_002121

answers: 1936.

answers: NDQ_002122

answers: 1936.

answers: NDQ_002123

answers: Moon

answers: NDQ_002124

answers: Parsons

answers: NDQ_002125

answers: 1936.

answers: NDQ_002126

answers: crater

answers: NDQ_002127

answers: rocket engineering,

answers: NDQ_002128

answers: Moon

answers: NDQ_002129

answers: Moon

answers: NDQ_002130

answers: International Astronomical Union

answers: NDQ_002131

answers: 1936.

answers: NDQ_002132

answers: mannequins

answers: NDQ_002133

answers: Halloween 1936.

answers: NDQ_002134

answers: 1936.

answers: NDQ_002135

answers: Halloween 1936.

answers: NDQ_002136

answers: rocket engineering,

answers: NDQ_002137

answers: GALCIT Group—and

answers: NDQ_002138

answers: crater on the far side of the Moon Parsons after him in 1972.

answers: NDQ_002139

answers: "Jack Parsons'

text: The insignia's most prominent feature is an image of the Greek sun god Apollo backdropped by a rendering of an American eagle, the red bars on the eagle mirroring those on the flag of the United States. Three white stars above the red bars represent the three crewmen of the mission. The background includes the Moon, the planet Saturn and a galaxy or nebula. The wing of the eagle partially overlays the Moon, suggesting man's established presence there. The gaze of Apollo and the direction of the eagle's motion embody man's intention to explore further destinations in space.

text: The insignia's most prominent feature is an image of the Greek sun god

text: Apollo

text: backdropped by a rendering of an

text: American eagle

text: , the red bars on the eagle mirroring those on the

text: flag of the United States

text: . Three white stars above the red bars represent the three crewmen of the mission. The background includes the Moon, the planet

text: Saturn

text: and a galaxy or nebula. The wing of the eagle partially overlays the Moon, suggesting man's established presence there. The gaze of Apollo and the direction of the eagle's motion embody man's intention to explore further destinations in space.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: three crewmen

answers: NDQ_002108

answers: It's impossible to say

answers: NDQ_002111

answers: How many crewmen were on the mission

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: Apollo

answers: NDQ_002120

answers: What does the wing of the eagle partially overlay?

answers: NDQ_002121

answers: None of the above choices are true

answers: NDQ_002122

answers: Which of the following is not a law: Newtons Third Law of Motion?

answers: NDQ_002123

answers: What does the wing of the eagle partially overlay the Moon?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: eagle's motion

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: the Moon

answers: NDQ_002129

answers: Saturn

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: NDQ_002132

answers: unanswerable

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: direction of the eagle's motion

answers: NDQ_002135

answers: Apollo

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: the Earth's magnetic

answers: NDQ_002138

answers: Moon

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Moon,

answers: NDQ_002097

answers: direction

answers: NDQ_002099

answers: explore further destinations in space.

answers: NDQ_002100

answers: United States.

answers: NDQ_002103

answers: Three white stars above the red bars represent the three crewmen of the mission.

answers: NDQ_002108

answers: man's established presence there.

answers: NDQ_002111

answers: eagle mirroring those on the flag of the United States.

answers: NDQ_002113

answers: man's intention to explore further destinations in space.

answers: NDQ_002114

answers: the United States.

answers: NDQ_002115

answers: Moon,

answers: NDQ_002116

answers: Moon,

answers: NDQ_002117

answers: crewmen of the mission.

answers: NDQ_002118

answers: Moon,

answers: NDQ_002119

answers: space.

answers: NDQ_002120

answers: Moon, the planet Saturn and a galaxy or nebula.

answers: NDQ_002121

answers: space.

answers: NDQ_002122

answers: Moon, the planet Saturn and a galaxy or nebula.

answers: NDQ_002123

answers: Moon,

answers: NDQ_002124

answers: Apollo

answers: NDQ_002125

answers: Moon,

answers: NDQ_002126

answers: wing

answers: NDQ_002127

answers: wing of the eagle

answers: NDQ_002128

answers: Moon,

answers: NDQ_002129

answers: Saturn

answers: NDQ_002130

answers: American eagle,

answers: NDQ_002131

answers: American eagle,

answers: NDQ_002132

answers: three crewmen of the mission.

answers: NDQ_002133

answers: man's intention to explore further destinations in space.

answers: NDQ_002134

answers: man's intention to explore further destinations in space.

answers: NDQ_002135

answers: Apollo

answers: NDQ_002136

answers: man's established presence

answers: NDQ_002137

answers: Three white stars

answers: NDQ_002138

answers: Moon,

answers: NDQ_002139

answers: Apollo

text: Although Korolev trained as an aircraft designer, his greatest strengths proved to be in design integration, organization and strategic planning. Arrested for alleged mismanagement of funds (he spent the money on unsuccessful experiments with rocket devices), he was imprisoned in 1938 for almost six years, including some months in a Kolyma labour camp. Following his release he became a recognized rocket designer and a key figure in the development of the Soviet Intercontinental ballistic missile program. He was then appointed to lead the Soviet space program and made a Member of Soviet Academy of Sciences, overseeing the early successes of the Sputnik and Vostok projects including the first human Earth orbit mission by Yuri Alexeevich Gagarin on 12 April 1961. Korolev's unexpected death in 1966 interrupted implementation of his plans for a Soviet manned Moon landing before the United States 1969 mission.

text: Although Korolev trained as an aircraft designer, his greatest strengths proved to be in design integration, organization and strategic planning. Arrested for alleged mismanagement of funds (he spent the money on unsuccessful experiments with rocket devices), he was imprisoned in 1938 for almost six years, including some months in a

text: Kolyma

text: labour camp. Following his release he became a recognized rocket designer and a key figure in the development of the Soviet

text: Intercontinental ballistic missile

text: program. He was then appointed to lead the

text: Soviet space program

text: and made a Member of

text: Soviet Academy of Sciences

text: , overseeing the early successes of the

text: Sputnik

text: and

text: Vostok

text: projects including the first human Earth orbit mission by

text: Yuri Alexeevich Gagarin

text: on 12 April 1961. Korolev's unexpected death in 1966 interrupted implementation of his plans for a Soviet manned Moon landing before the United States 1969 mission.

answers: NDQ_002095

answers: Earth orbit

answers: NDQ_002097

answers: Earth orbit

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: Sputnik

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: the United States

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: What was the first human Earth orbit mission by Yuri Alexeevich Gagarin?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: Vostok

answers: NDQ_002130

answers: United States

answers: NDQ_002131

answers: Sputnik

answers: NDQ_002132

answers: Vostok

answers: NDQ_002133

answers: Soviet space program

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: Sputnik

answers: NDQ_002136

answers: Earth gravity

answers: NDQ_002137

answers: Earth's magnetic

answers: NDQ_002138

answers: Earth orbit

answers: NDQ_002139

answers: unanswerable

answers: NDQ_002095

answers: Earth orbit mission

answers: NDQ_002097

answers: Earth orbit mission

answers: NDQ_002099

answers: Soviet Intercontinental ballistic missile

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: human Earth orbit mission

answers: NDQ_002108

answers: Earth orbit mission

answers: NDQ_002111

answers: unsuccessful experiments with rocket devices),

answers: NDQ_002113

answers: first human Earth orbit mission

answers: NDQ_002114

answers: United States 1969 mission.

answers: NDQ_002115

answers: Soviet manned Moon landing before the United States 1969 mission.

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: human Earth orbit mission

answers: NDQ_002118

answers: first human Earth orbit mission

answers: NDQ_002119

answers: 1969

answers: NDQ_002120

answers: Earth orbit mission

answers: NDQ_002121

answers: Earth orbit mission

answers: NDQ_002122

answers: Earth orbit mission

answers: NDQ_002123

answers: Earth orbit mission

answers: NDQ_002124

answers: United States 1969

answers: NDQ_002125

answers: 1969 mission.

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: ballistic missile

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: Sputnik

answers: NDQ_002130

answers: United States

answers: NDQ_002131

answers: Sputnik

answers: NDQ_002132

answers: Vostok

answers: NDQ_002133

answers: 12 April 1961.

answers: NDQ_002134

answers: Earth orbit mission

answers: NDQ_002135

answers: 12 April 1961.

answers: NDQ_002136

answers: Korolev's unexpected death

answers: NDQ_002137

answers: Earth

answers: NDQ_002138

answers: Earth

answers: NDQ_002139

answers: 1969

text: In 1945 British science fiction writer Arthur C. Clarke proposed a world-wide communications system which would function by means of three satellites equally spaced apart in earth orbit. This was published in the October 1945 issue of the Wireless World magazine and won him the Franklin Institute's Stuart Ballantine Medal in 1963.

text: In 1945 British

text: science fiction

text: writer

text: Arthur C. Clarke

text: proposed a world-wide communications system which would function by means of three satellites equally spaced apart in earth orbit. This was published in the October 1945 issue of the

text: Wireless World

text: magazine and won him the

text: Franklin Institute

text: 's

text: Stuart Ballantine Medal

text: in 1963.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: law of conservation of energy

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: British

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: Which of the following is not a type of satellite: imaging satellites or communications satellites?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: What is the largest artificial satellite?

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: NDQ_002132

answers: satellites

answers: NDQ_002133

answers: 1945

answers: NDQ_002134

answers: Newton's third law of motion states that Newton's third law of motion states that

answers: NDQ_002135

answers: 1945

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: can be called a

answers: NDQ_002139

answers: Stuart Ballantine

answers: NDQ_002095

answers: earth orbit.

answers: NDQ_002097

answers: equally spaced apart

answers: NDQ_002099

answers: spaced apart

answers: NDQ_002100

answers: British

answers: NDQ_002103

answers: October 1945

answers: NDQ_002108

answers: 1945

answers: NDQ_002111

answers: satellites equally spaced apart in earth orbit.

answers: NDQ_002113

answers: In 1945

answers: NDQ_002114

answers: In 1945

answers: NDQ_002115

answers: 1945

answers: NDQ_002116

answers: earth orbit.

answers: NDQ_002117

answers: earth orbit.

answers: NDQ_002118

answers: three satellites

answers: NDQ_002119

answers: 1945

answers: NDQ_002120

answers: three satellites

answers: NDQ_002121

answers: earth orbit.

answers: NDQ_002122

answers: three satellites equally spaced apart

answers: NDQ_002123

answers: three satellites equally spaced apart

answers: NDQ_002124

answers: In 1945 British science fiction writer Arthur C. Clarke

answers: NDQ_002125

answers: In 1945

answers: NDQ_002126

answers: orbit.

answers: NDQ_002127

answers: earth orbit.

answers: NDQ_002128

answers: satellites

answers: NDQ_002129

answers: earth orbit.

answers: NDQ_002130

answers: Franklin Institute's

answers: NDQ_002131

answers: satellites equally spaced apart in earth orbit.

answers: NDQ_002132

answers: satellites

answers: NDQ_002133

answers: 1945

answers: NDQ_002134

answers: equally spaced apart

answers: NDQ_002135

answers: 1945

answers: NDQ_002136

answers: earth

answers: NDQ_002137

answers: three satellites

answers: NDQ_002138

answers: earth orbit.

answers: NDQ_002139

answers: Arthur C. Clarke

text: The EDS used on the Ares V would have been propelled by a single J-2X main engine fuelled with liquid oxygen (LOX) and liquid hydrogen (LH), and was to have been designed at NASA's Marshall Space Flight Center in Huntsville, Alabama as part of Project Constellation. Originally, the stage would have been based on the Space Shuttle's External Tank, and would have used two J-2X engines, while the Ares V core booster would have used five Space Shuttle Main Engines and two 5-segment Solid Rocket Boosters during the first eight minutes of flight. When the Ares V was then redesigned around the use of five (later six) RS-68B rocket engines currently used on the Delta IV EELV family, the EDS was then redesigned using only a single J-2X engine and a common bulkhead, thus in its final design, the EDS resembled an oversized S-IVB, but with the capability of on-site storage (using new propellant storage techniques along with a "loiter skirt" containing solar panels for electricity) for up to 4 days, something impossible with the old S-IVB.

text: The EDS used on the

text: Ares V

text: would have been propelled by a single

text: main engine fuelled with

text: liquid oxygen

text: (LOX) and

text: liquid hydrogen

text: (LH), and was to have been designed at

text: NASA

text: 's

text: Marshall Space Flight Center

text: in

text: Huntsville, Alabama

text: as part of

text: Project Constellation

text: . Originally, the stage would have been based on the

text: Space Shuttle

text: 's

text: External Tank

text: , and would have used two J-2X engines, while the

text: Ares V

text: core booster would have used five

text: Space Shuttle Main Engine

text: s and two

text: 5-segment Solid Rocket Boosters

text: during the first eight minutes of flight. When the Ares V was then redesigned around the use of five (later six)

text: rocket engines currently used on the

text: Delta IV

text: EELV

text: family, the EDS was then redesigned using only a single J-2X engine and a common bulkhead, thus in its final design, the EDS resembled an oversized S-IVB, but with the capability of on-site storage (using new propellant storage techniques along with a "loiter skirt" containing solar panels for electricity) for up to 4 days, something impossible with the old S-IVB.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: is capable of on-site storage

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: Space Shuttle

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: No

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Neil Armstrong walked

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space

answers: NDQ_002123

answers: Ares V would have been propelled by a single J-2X main engine

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: unanswerable

answers: NDQ_002127

answers: propelled

answers: NDQ_002128

answers: Constellation

answers: NDQ_002129

answers: Ares V

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Ares V core booster

answers: NDQ_002132

answers: Ares V

answers: NDQ_002133

answers: Space Shuttle

answers: NDQ_002134

answers: ares v would have been propelled by a single J-2X main engine

answers: NDQ_002135

answers: Project Constellation

answers: NDQ_002136

answers: propulsion

answers: NDQ_002137

answers: LOX and LH

answers: NDQ_002138

answers: is a satellite in a low orbit

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: flight.

answers: NDQ_002097

answers: liquid oxygen

answers: NDQ_002099

answers: flight.

answers: NDQ_002100

answers: NASA's

answers: NDQ_002103

answers: flight.

answers: NDQ_002108

answers: Ares V

answers: NDQ_002111

answers: liquid oxygen (LOX) and liquid hydrogen (LH),

answers: NDQ_002113

answers: liquid oxygen (LOX) and liquid hydrogen (LH),

answers: NDQ_002114

answers: NASA's Marshall Space Flight Center

answers: NDQ_002115

answers: Project Constellation.

answers: NDQ_002116

answers: Constellation.

answers: NDQ_002117

answers: Space Shuttle's

answers: NDQ_002118

answers: liquid oxygen (LOX) and liquid hydrogen (LH),

answers: NDQ_002119

answers: The EDS used on the Ares V

answers: NDQ_002120

answers: liquid oxygen (LOX) and liquid hydrogen (LH),

answers: NDQ_002121

answers: liquid oxygen (LOX) and liquid hydrogen (LH),

answers: NDQ_002122

answers: liquid oxygen (LOX) and liquid hydrogen (LH),

answers: NDQ_002123

answers: The EDS

answers: NDQ_002124

answers: The EDS used on the Ares V

answers: NDQ_002125

answers: Project Constellation.

answers: NDQ_002126

answers: flight.

answers: NDQ_002127

answers: J-2X main engine

answers: NDQ_002128

answers: Constellation.

answers: NDQ_002129

answers: S-IVB,

answers: NDQ_002130

answers: NASA's

answers: NDQ_002131

answers: The EDS used on the Ares V

answers: NDQ_002132

answers: The EDS

answers: NDQ_002133

answers: Ares V

answers: NDQ_002134

answers: liquid oxygen (LOX) and liquid hydrogen (LH),

answers: NDQ_002135

answers: Ares V

answers: NDQ_002136

answers: on-site storage

answers: NDQ_002137

answers: liquid oxygen (LOX) and liquid hydrogen (LH),

answers: NDQ_002138

answers: Ares V

answers: NDQ_002139

answers: Ares V

text: Suisei (すいせい; Japanese for Comet), originally known as Planet-A, was an unmanned space probe developed by the Institute of Space and Astronautical Science (now part of the Japanese Aerospace Exploration Agency, or JAXA).

text: Suisei (すいせい;

text: Japanese

text: for Comet), originally known as Planet-A, was an unmanned

text: space probe

text: developed by the

text: Institute of Space and Astronautical Science

text: (now part of the

text: Japanese Aerospace Exploration Agency

text: , or JAXA).

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: Japan

answers: NDQ_002103

answers: unmanned

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: The United States

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is Suisei?

answers: NDQ_002117

answers: unmanned

answers: NDQ_002118

answers: None of the above choices.

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: Newtons Third Law of Motion helps explain how a rocket will travel in space.

answers: NDQ_002123

answers: What does Suisei stand for?

answers: NDQ_002124

answers: Alan Shepherd

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: planet

answers: NDQ_002129

answers: suissei

answers: NDQ_002130

answers: JAXA

answers: NDQ_002131

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 20th century

answers: NDQ_002134

answers: gravitational force is equal to the force of gravity

answers: NDQ_002135

answers: Suisei

answers: NDQ_002136

answers: gravitational pull

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: is a satellite in a low orbit

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: unmanned space probe

answers: NDQ_002097

answers: Suisei

answers: NDQ_002099

answers: unmanned space probe

answers: NDQ_002100

answers: Japanese

answers: NDQ_002103

answers: Suisei

answers: NDQ_002108

answers: unmanned space probe

answers: NDQ_002111

answers: unmanned space probe developed by the Institute of Space and Astronautical Science

answers: NDQ_002113

answers: Suisei

answers: NDQ_002114

answers: Suisei

answers: NDQ_002115

answers: unmanned space probe

answers: NDQ_002116

answers: Suisei

answers: NDQ_002117

answers: unmanned

answers: NDQ_002118

answers: Suisei

answers: NDQ_002119

answers: Suisei

answers: NDQ_002120

answers: Suisei

answers: NDQ_002121

answers: space probe developed by the Institute of Space and Astronautical Science

answers: NDQ_002122

answers: Suisei

answers: NDQ_002123

answers: Suisei (<unk>; Japanese for Comet),

answers: NDQ_002124

answers: Suisei

answers: NDQ_002125

answers: unmanned space probe

answers: NDQ_002126

answers: space probe

answers: NDQ_002127

answers: Japanese Aerospace Exploration Agency, or JAXA).

answers: NDQ_002128

answers: Comet),

answers: NDQ_002129

answers: Suisei

answers: NDQ_002130

answers: Japanese Aerospace Exploration Agency,

answers: NDQ_002131

answers: unmanned space probe

answers: NDQ_002132

answers: unmanned space probe

answers: NDQ_002133

answers: Japanese Aerospace Exploration Agency, or JAXA).

answers: NDQ_002134

answers: unmanned space probe

answers: NDQ_002135

answers: Suisei

answers: NDQ_002136

answers: unmanned

answers: NDQ_002137

answers: Suisei

answers: NDQ_002138

answers: unmanned space probe

answers: NDQ_002139

answers: Suisei

text: Later on, large defense contractors began to develop and operate space launch systems, derived from government rockets. Private spaceflight in Earth orbit includes communications satellites, satellite television, satellite radio, astronaut transport and sub-orbital and orbital space tourism.

text: Later on, large

text: defense contractor

text: s began to develop and operate space

text: launch system

text: s, derived from government rockets. Private spaceflight in Earth orbit includes

text: communications satellite

text: s,

text: satellite television

text: satellite radio

text: astronaut transport

text: and

text: sub-orbital

text: and orbital

text: space tourism

answers: NDQ_002095

answers: Earth orbit

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: orbits the Earth

answers: NDQ_002100

answers: United States and Russia

answers: NDQ_002103

answers: government

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: The United States

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: It's impossible to say

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat satellites or satellite television?

answers: NDQ_002121

answers: None of the above choices.

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: Which of the following is not a type of satellite: communications satellites, satellite television, satellite radio or orbital space tourism?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: gravity

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: What is the largest artificial satellite?

answers: NDQ_002130

answers: defense contractors

answers: NDQ_002131

answers: can be described as

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: government

answers: NDQ_002134

answers: private spaceflight in Earth orbit includes communications satellites

answers: NDQ_002135

answers: private spaceflight

answers: NDQ_002136

answers: government rockets

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: sub-orbital

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Earth orbit

answers: NDQ_002097

answers: space launch systems,

answers: NDQ_002099

answers: space launch systems,

answers: NDQ_002100

answers: Earth

answers: NDQ_002103

answers: space launch systems,

answers: NDQ_002108

answers: large defense contractors began to develop and operate space launch systems,

answers: NDQ_002111

answers: government rockets.

answers: NDQ_002113

answers: large defense contractors began to develop and operate space launch systems,

answers: NDQ_002114

answers: large defense contractors began to develop and operate space launch systems,

answers: NDQ_002115

answers: government rockets.

answers: NDQ_002116

answers: Earth orbit

answers: NDQ_002117

answers: government rockets.

answers: NDQ_002118

answers: Private spaceflight in Earth orbit includes communications satellites,

answers: NDQ_002119

answers: large defense contractors began to develop and operate space launch systems,

answers: NDQ_002120

answers: Private spaceflight in Earth orbit includes communications satellites,

answers: NDQ_002121

answers: Private spaceflight in Earth orbit

answers: NDQ_002122

answers: government rockets.

answers: NDQ_002123

answers: communications satellites,

answers: NDQ_002124

answers: Later on, large defense contractors began to develop and operate space launch systems,

answers: NDQ_002125

answers: Private spaceflight

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: launch systems,

answers: NDQ_002128

answers: sub-orbital

answers: NDQ_002129

answers: Earth orbit includes communications satellites,

answers: NDQ_002130

answers: defense contractors

answers: NDQ_002131

answers: rockets.

answers: NDQ_002132

answers: sub-orbital

answers: NDQ_002133

answers: government rockets.

answers: NDQ_002134

answers: space launch systems,

answers: NDQ_002135

answers: government rockets.

answers: NDQ_002136

answers: government rockets.

answers: NDQ_002137

answers: government rockets. Private spaceflight in Earth orbit includes communications satellites,

answers: NDQ_002138

answers: sub-orbital

answers: NDQ_002139

answers: astronaut

text: On June 3, 2004, thirteen of the United States' premier space advocacy groups, industry associations and space policy organizations teamed up to form an umbrella organization known as the Space Exploration Alliance.  The primary purpose of the SEA is to support the White House's plan to refocus NASA's human space activities toward exploration beyond low Earth orbit.

text: On June 3, 2004, thirteen of the

text: United States

text: ' premier

text: space advocacy

text: groups,

text: industry association

text: s and

text: space policy

text: organizations teamed up to form an umbrella organization known as the Space Exploration Alliance.  The primary purpose of the SEA is to support the

text: White House

text: 's plan to refocus

text: NASA

text: 's

text: human space

text: activities toward

text: exploration

text: beyond

text: low Earth orbit

answers: NDQ_002095

answers: orbit

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can take off

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: low Earth orbit

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: unanswerable

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: NASA's

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: low Earth orbit

answers: NDQ_002133

answers: United States

answers: NDQ_002134

answers: gravitational force is proportional to mass

answers: NDQ_002135

answers: Space Exploration Alliance

answers: NDQ_002136

answers: Space Exploration Alliance

answers: NDQ_002137

answers: Earth orbit

answers: NDQ_002138

answers: Earth

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: low Earth orbit.

answers: NDQ_002097

answers: Earth orbit.

answers: NDQ_002099

answers: exploration beyond low Earth orbit.

answers: NDQ_002100

answers: United States'

answers: NDQ_002103

answers: Space Exploration Alliance.

answers: NDQ_002108

answers: low Earth orbit.

answers: NDQ_002111

answers: Space Exploration Alliance.

answers: NDQ_002113

answers: Space Exploration Alliance.

answers: NDQ_002114

answers: Space Exploration Alliance.

answers: NDQ_002115

answers: Space Exploration Alliance.

answers: NDQ_002116

answers: Earth orbit.

answers: NDQ_002117

answers: Earth orbit.

answers: NDQ_002118

answers: low Earth orbit.

answers: NDQ_002119

answers: 2004,

answers: NDQ_002120

answers: Space Exploration Alliance.

answers: NDQ_002121

answers: low Earth orbit.

answers: NDQ_002122

answers: Space Exploration Alliance.

answers: NDQ_002123

answers: low Earth orbit.

answers: NDQ_002124

answers: Space Exploration Alliance.

answers: NDQ_002125

answers: Space Exploration Alliance.

answers: NDQ_002126

answers: orbit.

answers: NDQ_002127

answers: Space Exploration Alliance.

answers: NDQ_002128

answers: Earth orbit.

answers: NDQ_002129

answers: NASA's human space activities toward exploration beyond low Earth orbit.

answers: NDQ_002130

answers: NASA's

answers: NDQ_002131

answers: Space Exploration Alliance.

answers: NDQ_002132

answers: low Earth orbit.

answers: NDQ_002133

answers: low Earth orbit.

answers: NDQ_002134

answers: low Earth orbit.

answers: NDQ_002135

answers: Space Exploration Alliance.

answers: NDQ_002136

answers: Earth orbit.

answers: NDQ_002137

answers: Earth orbit.

answers: NDQ_002138

answers: Earth orbit.

answers: NDQ_002139

answers: NASA's

text: In Britain the Sputnik crisis was much less visible and reaction to the launch suggested an appreciation of the novelty of the Space Age. It eventually became part of the Cold War narrative when the Soviets launched a dog into space in November 1957. Sputnik 2, which launched the Soviet dog Laika into space was seen less as a threat and more so as a propaganda maneuver.

text: In Britain the Sputnik crisis was much less visible and reaction to the launch suggested an appreciation of the novelty of the

text: Space Age

text: . It eventually became part of the Cold War narrative when the Soviets

text: launched a dog

text: into space in November 1957.

text: Sputnik 2

text: , which launched the Soviet dog Laika into space was seen less as a threat and more so as a propaganda maneuver.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: Soviets

answers: NDQ_002103

answers: into space

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: How did the Space Age begin?

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: how many satellites are in orbit around earth

answers: NDQ_002119

answers: in space

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat or Sputnik?

answers: NDQ_002121

answers: It eventually became part of the Cold War narrative

answers: NDQ_002122

answers: Which of the following is not a law: Newton's Third Law of Motion?

answers: NDQ_002123

answers: Which happened first, the Sputnik crisis was much less visible or the Soviets launched a dog into space?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: Laika

answers: NDQ_002128

answers: a dog

answers: NDQ_002129

answers: Sputnik 2

answers: NDQ_002130

answers: Space Age

answers: NDQ_002131

answers: Sputnik 2

answers: NDQ_002132

answers: dog

answers: NDQ_002133

answers: Space Age

answers: NDQ_002134

answers: gravitational force is proportional to

answers: NDQ_002135

answers: the Space Age

answers: NDQ_002136

answers: Space Age

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: could not be launched into space

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: In Britain

answers: NDQ_002099

answers: novelty of the Space Age.

answers: NDQ_002100

answers: Soviets

answers: NDQ_002103

answers: launch suggested an appreciation of the novelty of the Space Age.

answers: NDQ_002108

answers: Space Age.

answers: NDQ_002111

answers: Space Age.

answers: NDQ_002113

answers: Space Age.

answers: NDQ_002114

answers: the Soviets launched a dog into space in November 1957.

answers: NDQ_002115

answers: Sputnik 2,

answers: NDQ_002116

answers: Space Age.

answers: NDQ_002117

answers: Space Age.

answers: NDQ_002118

answers: Space Age.

answers: NDQ_002119

answers: 1957.

answers: NDQ_002120

answers: reaction to the launch suggested an appreciation of the novelty of the Space Age.

answers: NDQ_002121

answers: Space Age.

answers: NDQ_002122

answers: Space Age.

answers: NDQ_002123

answers: reaction to the launch suggested an appreciation of the novelty of the Space Age.

answers: NDQ_002124

answers: Sputnik 2,

answers: NDQ_002125

answers: Sputnik 2,

answers: NDQ_002126

answers: Space Age.

answers: NDQ_002127

answers: dog

answers: NDQ_002128

answers: Space Age.

answers: NDQ_002129

answers: Sputnik 2,

answers: NDQ_002130

answers: Space Age.

answers: NDQ_002131

answers: Sputnik 2,

answers: NDQ_002132

answers: a dog

answers: NDQ_002133

answers: Space Age.

answers: NDQ_002134

answers: novelty of the Space Age.

answers: NDQ_002135

answers: Space Age.

answers: NDQ_002136

answers: Space Age.

answers: NDQ_002137

answers: Sputnik 2,

answers: NDQ_002138

answers: Sputnik 2,

answers: NDQ_002139

answers: Sputnik 2,

text: Elsewhere, Lando Calrissian and a team of Rebel commandos, including Zev Veers, are hiding aboard a shipment of War Droids space-bound for the Emperor's throneworld. The droids prove superior to even the defenses of the Citadel until the Emperor releases an army of monstrous creatures - "chrysalis monsters" - rancors mutated by the dark side and Sith alchemy into crazed and nigh-invulnerable beasts of destruction.  Since the creatures use brute force to destroy the droids, the droids' ability to absorb the blasts of laser weapons proves useless. The Rebel force is decimated, but they are rescued at the last moment by a force of smugglers led by Salla Zend and Shug Ninx. The Emperor allows them to escape, but they do not know that the Empire is tracking them and that its new superweapon, the Galaxy Gun is ready. The Emperor fires the weapon, which reaches the Da Soocha system, and destroys Pinnacle Moon, while Luke's Jedi Explorer (with the other Jedi aboard), which would have landed shortly had its crew not seen its projectile, narrowly escapes destruction.

text: Elsewhere,

text: Lando Calrissian

text: and a team of

text: Rebel

text: commandos, including

text: Zev Veers

text: , are hiding aboard a shipment of

text: War Droids

text: space-bound for the Emperor's throneworld. The droids prove superior to even the defenses of the Citadel until the Emperor releases an army of monstrous creatures - "chrysalis monsters" -

text: rancors

text: mutated by the dark side and Sith alchemy into crazed and nigh-invulnerable beasts of destruction.  Since the creatures use brute force to destroy the droids, the droids' ability to absorb the blasts of laser weapons proves useless. The Rebel force is decimated, but they are rescued at the last moment by a force of smugglers led by

text: Salla Zend

text: and Shug Ninx. The Emperor allows them to escape, but they do not know that the Empire is tracking them and that its new

text: superweapon

text: , the

text: Galaxy Gun

text: is ready. The Emperor fires the weapon, which reaches the Da Soocha system, and destroys

text: Pinnacle Moon

text: , while Luke's Jedi Explorer (with the other Jedi aboard), which would have landed shortly had its crew not seen its projectile, narrowly escapes destruction.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: Empire

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: What is the galaxy gun?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is Pinnacle Moon?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: how many satellites are in orbit around earth

answers: NDQ_002119

answers: space

answers: NDQ_002120

answers: What does Landsat satellites make detailed images of?

answers: NDQ_002121

answers: The Emperor fires the weapon, which reaches the Da Soocha system

answers: NDQ_002122

answers: What law helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: What are placed in high orbits over Earth?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: brute force

answers: NDQ_002128

answers: Pinnacle Moon

answers: NDQ_002129

answers: Pinnacle Moon

answers: NDQ_002130

answers: The Empire

answers: NDQ_002131

answers: Luke's Jedi Explorer

answers: NDQ_002132

answers: unanswerable

answers: NDQ_002133

answers: Star Wars

answers: NDQ_002134

answers: gravitational force is inversely proportional to

answers: NDQ_002135

answers: Star Wars

answers: NDQ_002136

answers: gravity

answers: NDQ_002137

answers: GPS to determine the location of objects

answers: NDQ_002138

answers: is destroyed by the Empire

answers: NDQ_002139

answers: Who was the first American to orbit Earth?

answers: NDQ_002095

answers: Da Soocha system,

answers: NDQ_002097

answers: projectile,

answers: NDQ_002099

answers: projectile,

answers: NDQ_002100

answers: Rebel

answers: NDQ_002103

answers: projectile,

answers: NDQ_002108

answers: War Droids

answers: NDQ_002111

answers: Galaxy Gun

answers: NDQ_002113

answers: War Droids

answers: NDQ_002114

answers: Pinnacle Moon,

answers: NDQ_002115

answers: Pinnacle Moon,

answers: NDQ_002116

answers: Pinnacle Moon,

answers: NDQ_002117

answers: War Droids

answers: NDQ_002118

answers: Da Soocha system,

answers: NDQ_002119

answers: Lando Calrissian

answers: NDQ_002120

answers: Lando Calrissian

answers: NDQ_002121

answers: space-bound

answers: NDQ_002122

answers: War Droids

answers: NDQ_002123

answers: War Droids

answers: NDQ_002124

answers: Pinnacle Moon,

answers: NDQ_002125

answers: Lando Calrissian

answers: NDQ_002126

answers: landed shortly had its crew not seen its projectile,

answers: NDQ_002127

answers: smugglers led by Salla Zend and Shug Ninx.

answers: NDQ_002128

answers: Pinnacle Moon,

answers: NDQ_002129

answers: Pinnacle Moon,

answers: NDQ_002130

answers: War Droids

answers: NDQ_002131

answers: Jedi Explorer

answers: NDQ_002132

answers: Jedi Explorer

answers: NDQ_002133

answers: Da Soocha system,

answers: NDQ_002134

answers: Pinnacle Moon,

answers: NDQ_002135

answers: Jedi Explorer

answers: NDQ_002136

answers: Galaxy Gun

answers: NDQ_002137

answers: laser

answers: NDQ_002138

answers: Pinnacle Moon,

answers: NDQ_002139

answers: Lando Calrissian

text: The New Frontiers program is a series of space exploration missions being conducted by NASA with the purpose of researching several of the Solar System bodies, including the dwarf planet Pluto.

text: The New Frontiers program is

text: a series of space exploration missions being conducted by NASA

text: with the purpose of researching several of the

text: Solar System

text: bodies, including the

text: dwarf planet

text: Pluto

answers: NDQ_002095

answers: Pluto

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States and Russia

answers: NDQ_002103

answers: before Pluto

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: The dwarf planet Pluto

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: space

answers: NDQ_002120

answers: None of the above choices.

answers: NDQ_002121

answers: None of the above choices.

answers: NDQ_002122

answers: Which of the following is not an example of Newton's Third Law of Motion?

answers: NDQ_002123

answers: None of the above choices.

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: dwarf planet

answers: NDQ_002129

answers: Pluto

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: can be described as

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: Solar System

answers: NDQ_002134

answers: gravitational force is proportional to the mass of an object

answers: NDQ_002135

answers: New Frontiers

answers: NDQ_002136

answers: gravitational pull

answers: NDQ_002137

answers: numeric coordinates

answers: NDQ_002138

answers: Pluto

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Pluto.

answers: NDQ_002097

answers: Pluto.

answers: NDQ_002099

answers: The New Frontiers program is a series of space exploration missions

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: Pluto.

answers: NDQ_002108

answers: The New Frontiers

answers: NDQ_002111

answers: The New Frontiers program

answers: NDQ_002113

answers: The New Frontiers

answers: NDQ_002114

answers: NASA

answers: NDQ_002115

answers: Pluto.

answers: NDQ_002116

answers: Pluto.

answers: NDQ_002117

answers: The New Frontiers program

answers: NDQ_002118

answers: The New Frontiers

answers: NDQ_002119

answers: The New Frontiers

answers: NDQ_002120

answers: The New Frontiers program

answers: NDQ_002121

answers: Pluto.

answers: NDQ_002122

answers: The New Frontiers

answers: NDQ_002123

answers: The New Frontiers program

answers: NDQ_002124

answers: The New Frontiers program

answers: NDQ_002125

answers: Pluto.

answers: NDQ_002126

answers: space exploration missions

answers: NDQ_002127

answers: NASA

answers: NDQ_002128

answers: dwarf planet

answers: NDQ_002129

answers: Pluto.

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: The New Frontiers

answers: NDQ_002132

answers: New Frontiers

answers: NDQ_002133

answers: Solar System

answers: NDQ_002134

answers: Pluto.

answers: NDQ_002135

answers: New Frontiers program

answers: NDQ_002136

answers: Solar System

answers: NDQ_002137

answers: Pluto.

answers: NDQ_002138

answers: Pluto.

answers: NDQ_002139

answers: NASA

text: In the 1990s, U.S. and the Missile Technology Control Regime put restrictions on Pakistan's space programme in amid fear that the country's alleged covert development of missile programmes. The U.S. began cooperation with Pakistan in peaceful space technology in the 1960s after establishing the Sonmiani Terminal in 1961, constructing an airfield and launch pad. In 1962, the Space Research Commission launched the first solid-fuel rocket, Rehbar-I,  built with close interaction with the U.S. NASA. Launching of the rocket made Pakistan the first South Asian country and tenth country in the world to carrying out the launch of the rocket. During the 1962 and 1972, approximately 200 rockets were fired from the Sonmiani, but this cooperation waned after 1972.

text: In the 1990s, U.S. and the

text: Missile Technology Control Regime

text: put restrictions on Pakistan's space programme in amid fear that the country's alleged covert development of missile programmes. The U.S. began cooperation with Pakistan in peaceful space technology in the 1960s after establishing the

text: Sonmiani Terminal

text: in 1961, constructing an airfield and launch pad. In 1962, the

text: Space Research Commission

text: launched the first solid-fuel rocket,

text: Rehbar-I

text: ,  built with close interaction with the U.S.

text: NASA

text: . Launching of the rocket made Pakistan the first South Asian country and tenth country in the world to carrying out the launch of the rocket. During the 1962 and 1972, approximately 200

text: rockets were fired

text: from the Sonmiani, but this cooperation waned after 1972.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: solid-fuel

answers: NDQ_002100

answers: U.S.

answers: NDQ_002103

answers: solid-fuel rocket

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: Which happened first, the Space Research Commission launched the first solid-fuel rocket, Rehbar-I, built with close interaction with the U.S. NASA.

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: a

answers: NDQ_002127

answers: solid-fuel

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: Rehbar-I

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: solid-fuel rocket

answers: NDQ_002133

answers: 1960s

answers: NDQ_002134

answers: gravitational force is proportional to

answers: NDQ_002135

answers: 1962

answers: NDQ_002136

answers: solid-fuel rocket

answers: NDQ_002137

answers: solid-fuel rockets

answers: NDQ_002138

answers: Rehbar-I

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: solid-fuel rocket, Rehbar-I,

answers: NDQ_002097

answers: solid-fuel rocket, Rehbar-I,

answers: NDQ_002099

answers: solid-fuel

answers: NDQ_002100

answers: U.S.

answers: NDQ_002103

answers: fired from the Sonmiani,

answers: NDQ_002108

answers: 1962,

answers: NDQ_002111

answers: solid-fuel rocket, Rehbar-I,

answers: NDQ_002113

answers: solid-fuel rocket,

answers: NDQ_002114

answers: U.S.

answers: NDQ_002115

answers: solid-fuel rocket, Rehbar-I,

answers: NDQ_002116

answers: first solid-fuel rocket, Rehbar-I,

answers: NDQ_002117

answers: solid-fuel rocket,

answers: NDQ_002118

answers: 200

answers: NDQ_002119

answers: 1962,

answers: NDQ_002120

answers: Rehbar-I,

answers: NDQ_002121

answers: solid-fuel rocket, Rehbar-I,

answers: NDQ_002122

answers: solid-fuel rocket, Rehbar-I,

answers: NDQ_002123

answers: Rehbar-I,

answers: NDQ_002124

answers: Rehbar-I,

answers: NDQ_002125

answers: Rehbar-I,

answers: NDQ_002126

answers: airfield

answers: NDQ_002127

answers: fired from the Sonmiani,

answers: NDQ_002128

answers: solid-fuel rocket, Rehbar-I,

answers: NDQ_002129

answers: Rehbar-I,

answers: NDQ_002130

answers: NASA.

answers: NDQ_002131

answers: first solid-fuel rocket, Rehbar-I,

answers: NDQ_002132

answers: solid-fuel rocket,

answers: NDQ_002133

answers: 1962,

answers: NDQ_002134

answers: solid-fuel rocket, Rehbar-I,

answers: NDQ_002135

answers: 1962,

answers: NDQ_002136

answers: solid-fuel

answers: NDQ_002137

answers: solid-fuel

answers: NDQ_002138

answers: Rehbar-I,

answers: NDQ_002139

answers: NASA.

text: This type of engine is used for launching satellites, space exploration and manned access, and permitted landing on the moon in 1969.

text: This type of engine is used for launching satellites,

text: space exploration

text: and manned access, and permitted

text: landing on the moon

text: in 1969.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States and Soviet Union

answers: NDQ_002103

answers: a rocket engine

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: a rocket engine

answers: NDQ_002119

answers: the moon

answers: NDQ_002120

answers: a propeller

answers: NDQ_002121

answers: None of the above choices.

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: what type of engine is used for launching satellites

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: can be formed

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: cosmonaut

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: can be described as

answers: NDQ_002132

answers: reusable rockets

answers: NDQ_002133

answers: 1960s

answers: NDQ_002134

answers: gravitational force causes objects to move in the same direction

answers: NDQ_002135

answers: the 1960s

answers: NDQ_002136

answers: reentry

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: can be powered by a propeller

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: landing on the moon

answers: NDQ_002097

answers: landing on the moon in 1969.

answers: NDQ_002099

answers: launching satellites,

answers: NDQ_002100

answers: 1969.

answers: NDQ_002103

answers: This type of engine

answers: NDQ_002108

answers: 1969.

answers: NDQ_002111

answers: This type of engine

answers: NDQ_002113

answers: landing on the moon in 1969.

answers: NDQ_002114

answers: 1969.

answers: NDQ_002115

answers: 1969.

answers: NDQ_002116

answers: This type of engine is used for launching satellites,

answers: NDQ_002117

answers: This type of engine

answers: NDQ_002118

answers: This type of engine

answers: NDQ_002119

answers: 1969.

answers: NDQ_002120

answers: This type of engine

answers: NDQ_002121

answers: This type of engine is used for launching satellites,

answers: NDQ_002122

answers: This type of engine

answers: NDQ_002123

answers: This type of engine

answers: NDQ_002124

answers: 1969.

answers: NDQ_002125

answers: This type of engine

answers: NDQ_002126

answers: landing on the moon

answers: NDQ_002127

answers: engine

answers: NDQ_002128

answers: satellites,

answers: NDQ_002129

answers: This type of engine

answers: NDQ_002130

answers: This type of engine is used for launching satellites,

answers: NDQ_002131

answers: launching satellites,

answers: NDQ_002132

answers: satellites,

answers: NDQ_002133

answers: 1969.

answers: NDQ_002134

answers: This type of engine

answers: NDQ_002135

answers: 1969.

answers: NDQ_002136

answers: This type of engine

answers: NDQ_002137

answers: This type of engine

answers: NDQ_002138

answers: This type of engine is used for launching satellites,

answers: NDQ_002139

answers: 1969.

text: The "space" in cyberspace has more in common with the abstract, mathematical meanings of the term (see space) than physical space. It does not have the duality of positive and negative volume (while in physical space for example a room has the negative volume of usable space delineated by positive volume of walls, Internet users cannot enter the screen and explore the unknown part of the Internet as an extension of the space they are in), but spatial meaning can be attributed to the relationship between different pages (of books as well as webservers), considering the unturned pages to be somewhere "out there." The concept of cyberspace therefore refers not to the content being presented to the surfer, but rather to the possibility of surfing among different sites, with feedback loops between the user and the rest of the system creating the potential to always encounter something unknown or unexpected.

text: The "space" in cyberspace has more in common with the abstract, mathematical meanings of the term (see

text: space

text: ) than physical space. It does not have the duality of positive and negative volume (while in physical space for example a room has the negative volume of usable space delineated by positive volume of walls, Internet users cannot enter the screen and explore the unknown part of the Internet as an extension of the space they are in), but spatial meaning can be attributed to the relationship between different

text: page

text: s (of books as well as

text: webserver

text: s), considering the unturned pages to be somewhere "out there." The concept of cyberspace therefore refers not to the content being presented to the surfer, but rather to the possibility of surfing among different sites, with

text: feedback loops

text: between the user and the rest of the system creating the potential to always encounter something unknown or unexpected.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: feedback loops

answers: NDQ_002099

answers: can travel faster

answers: NDQ_002100

answers: unanswerable

answers: NDQ_002103

answers: space

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: unknown

answers: NDQ_002113

answers: unknown or unexpected

answers: NDQ_002114

answers: U.S.

answers: NDQ_002115

answers: unknown

answers: NDQ_002116

answers: orbits a smaller object

answers: NDQ_002117

answers: not enough information

answers: NDQ_002118

answers: space

answers: NDQ_002119

answers: space

answers: NDQ_002120

answers: Landsat

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: unanswerable

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: unanswerable

answers: NDQ_002126

answers: feedback loops

answers: NDQ_002127

answers: feedback loops

answers: NDQ_002128

answers: unturned pages

answers: NDQ_002129

answers: unanswerable

answers: NDQ_002130

answers: unanswerable

answers: NDQ_002131

answers: negative volume

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: space

answers: NDQ_002134

answers: feedback loops between the user and the rest of the system creating the potential to always encounter something unknown or unexpected

answers: NDQ_002135

answers: Space Race

answers: NDQ_002136

answers: feedback loops

answers: NDQ_002137

answers: feedback loops

answers: NDQ_002138

answers: can be expected to always encounter something unknown or unexpected.

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: The "space" in cyberspace

answers: NDQ_002097

answers: positive and negative volume

answers: NDQ_002099

answers: feedback loops

answers: NDQ_002100

answers: The "space" in cyberspace

answers: NDQ_002103

answers: The "space" in cyberspace

answers: NDQ_002108

answers: physical space.

answers: NDQ_002111

answers: The "space" in cyberspace

answers: NDQ_002113

answers: The "space" in cyberspace

answers: NDQ_002114

answers: The "space" in cyberspace

answers: NDQ_002115

answers: The "space" in cyberspace

answers: NDQ_002116

answers: The "space"

answers: NDQ_002117

answers: space) than physical space.

answers: NDQ_002118

answers: The "space" in cyberspace

answers: NDQ_002119

answers: The "space" in cyberspace

answers: NDQ_002120

answers: The "space" in cyberspace

answers: NDQ_002121

answers: space) than physical space.

answers: NDQ_002122

answers: space) than physical space.

answers: NDQ_002123

answers: The "space" in cyberspace

answers: NDQ_002124

answers: The "space" in cyberspace

answers: NDQ_002125

answers: The "space" in cyberspace

answers: NDQ_002126

answers: physical space

answers: NDQ_002127

answers: feedback loops

answers: NDQ_002128

answers: space) than physical space.

answers: NDQ_002129

answers: space) than physical space.

answers: NDQ_002130

answers: The "space" in cyberspace

answers: NDQ_002131

answers: The "space" in cyberspace

answers: NDQ_002132

answers: space) than physical space.

answers: NDQ_002133

answers: The "space" in cyberspace

answers: NDQ_002134

answers: positive volume of walls,

answers: NDQ_002135

answers: cyberspace

answers: NDQ_002136

answers: feedback loops

answers: NDQ_002137

answers: feedback loops

answers: NDQ_002138

answers: The "space" in cyberspace

answers: NDQ_002139

answers: The "space" in cyberspace

text: After the Soviet Union launched Sputnik 2, on November 3, 1957, then Secretary of Defense Neil H. McElroy directed the U.S. Army to use the Juno I and launch a satellite. On January 31, 1958, the U.S. Army launched the Explorer 1 satellite.  With the launch of Sputnik 1 and 2 the previous concern, the right of satellite overflight, had become moot: those satellites were launched by an early version of the Soviet R-7 rocket, the basis of the USSR's early ICBMs, and definitely military, as well as roughly 40 times larger than the Vanguard launcher.

text: After the Soviet Union launched

text: Sputnik 2

text: , on November 3, 1957, then

text: Secretary of Defense

text: Neil H. McElroy

text: directed the

text: U.S. Army

text: to use the

text: Juno I

text: and launch a satellite. On January 31, 1958, the U.S. Army launched the

text: Explorer 1

text: satellite.  With the launch of Sputnik 1 and 2 the previous concern, the right of satellite overflight, had become moot: those satellites were launched by an early version of the Soviet

text: R-7 rocket

text: , the basis of the USSR's early ICBMs, and definitely military, as well as roughly 40 times larger than the Vanguard launcher.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: launches satellites

answers: NDQ_002100

answers: Soviet Union

answers: NDQ_002103

answers: Sputnik 2

answers: NDQ_002108

answers: yes

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: the Soviet Union

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: what is the first law of motion mentioned?

answers: NDQ_002123

answers: Which happened first, the Soviet Union launched Sputnik 2 or the U.S. Army launched the Explorer 1 satellite?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Vanguard launcher

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Explorer 1

answers: NDQ_002130

answers: the U.S. Army

answers: NDQ_002131

answers: Sputnik 2

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: 1957

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: Sputnik 2

answers: NDQ_002136

answers: ICBMs

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: could not be overflight

answers: NDQ_002139

answers: Sputnik 2

answers: NDQ_002095

answers: overflight,

answers: NDQ_002097

answers: right of satellite overflight,

answers: NDQ_002099

answers: 40 times larger than the Vanguard launcher.

answers: NDQ_002100

answers: Soviet Union

answers: NDQ_002103

answers: launch a satellite.

answers: NDQ_002108

answers: Sputnik 2,

answers: NDQ_002111

answers: Soviet R-7 rocket,

answers: NDQ_002113

answers: Sputnik 2,

answers: NDQ_002114

answers: Soviet Union launched Sputnik 2,

answers: NDQ_002115

answers: Sputnik 2,

answers: NDQ_002116

answers: satellite.

answers: NDQ_002117

answers: right of satellite overflight,

answers: NDQ_002118

answers: After the Soviet Union launched Sputnik 2,

answers: NDQ_002119

answers: 1957,

answers: NDQ_002120

answers: Juno I and launch a satellite.

answers: NDQ_002121

answers: satellite.

answers: NDQ_002122

answers: Soviet R-7 rocket,

answers: NDQ_002123

answers: overflight,

answers: NDQ_002124

answers: After the Soviet Union launched Sputnik 2,

answers: NDQ_002125

answers: Juno I and launch a satellite.

answers: NDQ_002126

answers: overflight,

answers: NDQ_002127

answers: military,

answers: NDQ_002128

answers: satellite.

answers: NDQ_002129

answers: 40 times larger than the Vanguard launcher.

answers: NDQ_002130

answers: U.S. Army

answers: NDQ_002131

answers: 2,

answers: NDQ_002132

answers: satellite.

answers: NDQ_002133

answers: Soviet R-7 rocket,

answers: NDQ_002134

answers: right of satellite overflight,

answers: NDQ_002135

answers: Sputnik 2,

answers: NDQ_002136

answers: ICBMs,

answers: NDQ_002137

answers: satellite.

answers: NDQ_002138

answers: Explorer 1

answers: NDQ_002139

answers: Explorer 1

text: In 2008, the theme for World Space Week was "Exploring the Universe". In 2009, the theme was "Space for Education". "Mysteries of the Cosmos" was the theme in 2010.  In 2012, the central theme was human safety and security through space, promoting awareness of the roles that space satellites play in safeguarding the environment and protecting humans through functions such as Earth observation, navigation, search and rescue operations, and telecommunication. Commemoration of WSW 2012 included media coverage about the historic launch of SpaceShipOne, Sputnik and future goals of the human colonization of worlds beyond Earth. WSW 2012 was celebrated in 65 nations.

text: In 2008, the theme for World Space Week was "Exploring the Universe". In 2009, the theme was "Space for Education". "Mysteries of the Cosmos" was the theme in 2010.  In 2012, the central theme was human safety and security through space, promoting awareness of the roles that space satellites play in safeguarding the environment and protecting humans through functions such as Earth observation, navigation, search and rescue operations, and telecommunication. Commemoration of WSW 2012 included media coverage about the historic launch of

text: SpaceShipOne

text: Sputnik

text: and future goals of the human colonization of worlds beyond Earth. WSW 2012 was celebrated in 65 nations.

answers: NDQ_002095

answers: Earth

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: Soviet Union

answers: NDQ_002103

answers: SpaceShipOne

answers: NDQ_002108

answers: How many years after the launch of SpaceShipOne was Sputnik launched?

answers: NDQ_002111

answers: In 2009, the theme for World Space Week was "Space for Education".

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: Sputnik

answers: NDQ_002116

answers: What was the central theme for World Space Week?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: In 2012, the central theme was human safety and security through space

answers: NDQ_002121

answers: the central theme was human safety and security through space

answers: NDQ_002122

answers: What was the central theme for World Space Week in 2012?

answers: NDQ_002123

answers: What was the central theme for World Space Week in 2012?

answers: NDQ_002124

answers: SpaceShipOne

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: SpaceShipOne

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Sputnik

answers: NDQ_002132

answers: SpaceShipOne

answers: NDQ_002133

answers: In 2009, the theme for World Space Week was "Space for Education".

answers: NDQ_002134

answers: gravitational force is proportional to the mass of the object

answers: NDQ_002135

answers: World Space Week

answers: NDQ_002136

answers: Earth

answers: NDQ_002137

answers: space satellites

answers: NDQ_002138

answers: Earth observation

answers: NDQ_002139

answers: Sputnik

answers: NDQ_002095

answers: SpaceShipOne,

answers: NDQ_002097

answers: Earth observation, navigation,

answers: NDQ_002099

answers: launch

answers: NDQ_002100

answers: SpaceShipOne, Sputnik

answers: NDQ_002103

answers: launch

answers: NDQ_002108

answers: Sputnik

answers: NDQ_002111

answers: "Mysteries of the Cosmos"

answers: NDQ_002113

answers: SpaceShipOne, Sputnik

answers: NDQ_002114

answers: SpaceShipOne, Sputnik

answers: NDQ_002115

answers: SpaceShipOne, Sputnik

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: SpaceShipOne,

answers: NDQ_002118

answers: Earth observation, navigation, search and rescue operations, and telecommunication.

answers: NDQ_002119

answers: SpaceShipOne, Sputnik

answers: NDQ_002120

answers: Earth observation,

answers: NDQ_002121

answers: SpaceShipOne,

answers: NDQ_002122

answers: SpaceShipOne,

answers: NDQ_002123

answers: Earth observation,

answers: NDQ_002124

answers: SpaceShipOne,

answers: NDQ_002125

answers: SpaceShipOne,

answers: NDQ_002126

answers: navigation,

answers: NDQ_002127

answers: launch

answers: NDQ_002128

answers: space satellites

answers: NDQ_002129

answers: SpaceShipOne,

answers: NDQ_002130

answers: World Space Week

answers: NDQ_002131

answers: SpaceShipOne, Sputnik

answers: NDQ_002132

answers: SpaceShipOne,

answers: NDQ_002133

answers: Sputnik

answers: NDQ_002134

answers: human colonization of worlds beyond Earth.

answers: NDQ_002135

answers: Sputnik

answers: NDQ_002136

answers: humans

answers: NDQ_002137

answers: space satellites

answers: NDQ_002138

answers: Earth observation, navigation, search and rescue operations, and telecommunication.

answers: NDQ_002139

answers: Sputnik

text: Triana was removed from its original launch opportunity on STS-107 (the ill-fated Columbia mission in 2003). The $100 million satellite remained in storage for the duration of the Bush administration. In November 2008 the satellite was removed from storage and began recertification for a possible launch on board a Delta II or a Falcon 9. Al Gore used part of his book Our Choice (2009) as an attempt to revive debate on the DSCOVR payload. The book mentions legislative efforts by Senators Barbara Mikulski and Bill Nelson to get the satellite launched. NASA renamed the satellite Deep Space Climate Observatory (DSCOVR), in an attempt to regain support for the project. In February 2011, the Obama administration attempted to secure funding to re-purpose the DSCOVR spacecraft as a solar observatory to replace the aging Advanced Composition Explorer (ACE) spacecraft.

text: Triana was removed from its original launch opportunity on

text: (the

text: ill-fated Columbia mission

text: in 2003). The $100 million satellite remained in storage for the duration of the Bush administration. In November 2008 the satellite was removed from storage and began recertification for a possible launch on board a

text: Delta II

text: or a

text: Falcon 9

text: Al Gore

text: used part of his book

text: Our Choice

text: (2009) as an attempt to revive debate on the DSCOVR payload. The book mentions legislative efforts by Senators

text: Barbara Mikulski

text: and

text: Bill Nelson

text: to get the satellite launched. NASA renamed the satellite Deep Space Climate Observatory (DSCOVR), in an attempt to regain support for the project. In February 2011, the Obama administration attempted to secure funding to re-purpose the DSCOVR spacecraft as a solar observatory to replace the aging

text: Advanced Composition Explorer

text: (ACE) spacecraft.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: STS-107

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How many years after Triana was removed from its original launch opportunity on STS-107 (the ill-fated Columbia mission in 2003)

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: What are the satellites used for?

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: What type of satellites are placed in high orbits over Earth?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Delta II

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Deep Space Climate Observatory

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: DSCOVR

answers: NDQ_002133

answers: Space Age

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: Columbia mission

answers: NDQ_002136

answers: NASA

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Deep Space Climate Observatory (DSCOVR)

answers: NDQ_002139

answers: Bill Nelson

answers: NDQ_002095

answers: Deep Space Climate Observatory

answers: NDQ_002097

answers: Triana was removed from its original launch opportunity on STS-107

answers: NDQ_002099

answers: Delta II or a Falcon 9.

answers: NDQ_002100

answers: Columbia

answers: NDQ_002103

answers: Delta II or a Falcon 9.

answers: NDQ_002108

answers: Triana was removed from its original launch opportunity on STS-107

answers: NDQ_002111

answers: Triana was removed from its original launch opportunity on STS-107

answers: NDQ_002113

answers: Delta II or a Falcon 9.

answers: NDQ_002114

answers: Triana was removed from its original launch opportunity on STS-107

answers: NDQ_002115

answers: Delta II or a Falcon 9.

answers: NDQ_002116

answers: satellite Deep Space Climate Observatory

answers: NDQ_002117

answers: Delta II or a Falcon 9.

answers: NDQ_002118

answers: Triana was removed from its original launch opportunity on STS-107

answers: NDQ_002119

answers: 2003).

answers: NDQ_002120

answers: Deep Space Climate Observatory

answers: NDQ_002121

answers: Triana was removed from its original launch opportunity on STS-107

answers: NDQ_002122

answers: Delta II or a Falcon 9.

answers: NDQ_002123

answers: Deep Space Climate Observatory

answers: NDQ_002124

answers: Triana was removed from its original launch opportunity on STS-107

answers: NDQ_002125

answers: Triana was removed from its original launch opportunity on STS-107

answers: NDQ_002126

answers: STS-107

answers: NDQ_002127

answers: Delta II or a Falcon 9.

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Deep Space Climate Observatory

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Triana was removed from its original launch opportunity on STS-107

answers: NDQ_002132

answers: Deep Space Climate Observatory

answers: NDQ_002133

answers: Triana was removed from its original launch opportunity on STS-107

answers: NDQ_002134

answers: Delta II or a Falcon 9.

answers: NDQ_002135

answers: Columbia mission in 2003).

answers: NDQ_002136

answers: Bush administration.

answers: NDQ_002137

answers: Triana

answers: NDQ_002138

answers: Triana

answers: NDQ_002139

answers: Bill Nelson

text: "Space Race" is imbued with various references relating to music, cinema, media, and other popular culture entities. The episode title gives homage to the synonymously named era of space exploration between the Soviet Union and the United States, which coincided during the Cold War. The episode plot gives homage to the James Bond film Moonraker (1979). In preparation for the mission, the field agents at ISIS undergo an extensive training regimen similar to the exercise in The Right Stuff (1983). In addition, the episode's narrative is evocative to that of the aforementioned film, as well as the British horror film 28 Days Later (2002). To Jesse Carp of Cinema Blend, the characters "drops weird name references" to figures such as American eugenist Charles Davenport and Grace O'Malley. After main character Sterling Archer is sent into the space brig, he crafts an ode to The Great Escape (1963).

text: "Space Race" is imbued with various references relating to music, cinema, media, and other popular culture entities. The episode title gives homage to the

text: synonymously named era of space exploration

text: between the

text: Soviet Union

text: and the United States, which coincided during the

text: Cold War

text: . The episode plot gives homage to the James Bond film

text: Moonraker

text: (1979). In preparation for the mission, the field agents at ISIS undergo an extensive training regimen similar to the exercise in

text: The Right Stuff

text: (1983). In addition, the episode's narrative is evocative to that of the aforementioned film, as well as the British horror film

text: 28 Days Later

text: (2002). To Jesse Carp of Cinema Blend, the characters "drops weird name references" to figures such as American eugenist

text: Charles Davenport

text: and

text: Grace O'Malley

text: . After main character Sterling Archer is sent into the space brig, he crafts an ode to

text: The Great Escape

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: The Great Escape

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: Soviet Union and the United States

answers: NDQ_002103

answers: Space Race

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How did the Soviet Union develop rockets?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the Soviet Union

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: how many satellites are in orbit around earth

answers: NDQ_002119

answers: The Great Escape

answers: NDQ_002120

answers: What does the episode title give homage to?

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: What are placed in high orbits over Earth?

answers: NDQ_002124

answers: Who was the first astronaut to walk on the Moon?

answers: NDQ_002125

answers: unanswerable

answers: NDQ_002126

answers: Moonraker

answers: NDQ_002127

answers: The Right Stuff

answers: NDQ_002128

answers: Moon

answers: NDQ_002129

answers: Moonraker (1979)

answers: NDQ_002130

answers: ISIS

answers: NDQ_002131

answers: The Right Stuff

answers: NDQ_002132

answers: space brig

answers: NDQ_002133

answers: Cold War

answers: NDQ_002134

answers: The Right Stuff (1983)

answers: NDQ_002135

answers: Space Race

answers: NDQ_002136

answers: Space Race

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: The Right Stuff

answers: NDQ_002139

answers: Charles Davenport

answers: NDQ_002095

answers: space exploration

answers: NDQ_002097

answers: "Space Race"

answers: NDQ_002099

answers: training regimen similar to the exercise in The Right Stuff

answers: NDQ_002100

answers: Soviet Union and the United States,

answers: NDQ_002103

answers: training regimen similar to the exercise in The Right Stuff

answers: NDQ_002108

answers: era of space exploration between the Soviet Union and the United States,

answers: NDQ_002111

answers: The Right Stuff

answers: NDQ_002113

answers: The Great Escape (1963).

answers: NDQ_002114

answers: Soviet Union and the United States,

answers: NDQ_002115

answers: Moonraker

answers: NDQ_002116

answers: The Right Stuff

answers: NDQ_002117

answers: The Right Stuff

answers: NDQ_002118

answers: "Space Race"

answers: NDQ_002119

answers: The Great Escape (1963).

answers: NDQ_002120

answers: The Right Stuff

answers: NDQ_002121

answers: The Right Stuff

answers: NDQ_002122

answers: The Right Stuff

answers: NDQ_002123

answers: The Right Stuff

answers: NDQ_002124

answers: Moonraker (1979).

answers: NDQ_002125

answers: The Right Stuff

answers: NDQ_002126

answers: The Great Escape

answers: NDQ_002127

answers: training regimen similar to the exercise in The Right Stuff

answers: NDQ_002128

answers: Moonraker

answers: NDQ_002129

answers: Moonraker (1979).

answers: NDQ_002130

answers: ISIS

answers: NDQ_002131

answers: space brig,

answers: NDQ_002132

answers: space brig,

answers: NDQ_002133

answers: The Great Escape (1963).

answers: NDQ_002134

answers: The Great Escape

answers: NDQ_002135

answers: Cold War.

answers: NDQ_002136

answers: Cold War.

answers: NDQ_002137

answers: The Right Stuff

answers: NDQ_002138

answers: The Right Stuff

answers: NDQ_002139

answers: Charles Davenport

text: On January 31, 1958, nearly four months after the launch of Sputnik 1, von Braun and the United States successfully launched its first satellite on a four-stage Juno I rocket derived from the US Army's Redstone missile, at Cape Canaveral. The satellite Explorer 1 was  in mass. It carried a micrometeorite gauge and a Geiger-Müller tube. It passed in and out of the Earth-encompassing radiation belt with its  orbit, therefore saturating the tube's capacity and proving what Dr. James Van Allen, a space scientist at the University of Iowa, had theorized. The belt, named the Van Allen radiation belt, is a doughnut-shaped zone of high-level radiation intensity around the Earth above the magnetic equator. Van Allen was also the man who designed and built the satellite instrumentation of Explorer 1. The satellite measured three phenomena: cosmic ray and radiation levels, the temperature in the spacecraft, and the frequency of collisions with micrometeorites. The satellite had no memory for data storage, therefore it had to transmit continuously. In March 1958 a second satellite was sent into orbit with augmented cosmic ray instruments.

text: On January 31, 1958, nearly four months after the launch of Sputnik 1, von Braun and the United States successfully launched its first satellite on a four-stage

text: Juno I

text: rocket derived from the US Army's Redstone missile, at Cape Canaveral. The satellite

text: Explorer 1

text: was  in mass. It carried a micrometeorite gauge and a

text: Geiger-Müller tube

text: . It passed in and out of the Earth-encompassing radiation belt with its  orbit, therefore saturating the tube's capacity and proving what Dr.

text: James Van Allen

text: , a space scientist at the

text: University of Iowa

text: , had theorized. The belt, named the

text: Van Allen radiation belt

text: , is a doughnut-shaped zone of high-level radiation intensity around the Earth above the magnetic equator. Van Allen was also the man who designed and built the satellite instrumentation of Explorer 1. The satellite measured three phenomena: cosmic ray and radiation levels, the temperature in the spacecraft, and the frequency of collisions with micrometeorites. The satellite had no

text: memory

text: for data storage, therefore it had to transmit continuously. In March 1958 a second satellite was sent into orbit with augmented cosmic ray instruments.

answers: NDQ_002095

answers: orbit

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can launch satellites

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: first

answers: NDQ_002108

answers: Yes

answers: NDQ_002111

answers: How many months after the launch of Sputnik 1 did the United States successfully launch its first satellite?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: How many satellites are in orbit around Earth

answers: NDQ_002119

answers: No

answers: NDQ_002120

answers: Which satellites make detailed images of continents and coasts?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What is the fourth law of motion?

answers: NDQ_002123

answers: Which happened first, the launch of Sputnik 1 or the launch of Explorer 1?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: four-stage

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Explorer 1

answers: NDQ_002130

answers: United States

answers: NDQ_002131

answers: Sputnik 1

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: 1958

answers: NDQ_002134

answers: collisions with micrometeorites

answers: NDQ_002135

answers: Sputnik 1

answers: NDQ_002136

answers: radiation

answers: NDQ_002137

answers: Geiger-Müller

answers: NDQ_002138

answers: Explorer 1 was in mass

answers: NDQ_002139

answers: James Van Allen

answers: NDQ_002095

answers: Earth-encompassing radiation belt

answers: NDQ_002097

answers: magnetic equator.

answers: NDQ_002099

answers: satellite

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: Cape Canaveral.

answers: NDQ_002108

answers: Sputnik 1,

answers: NDQ_002111

answers: satellite

answers: NDQ_002113

answers: Sputnik 1,

answers: NDQ_002114

answers: United States

answers: NDQ_002115

answers: satellite

answers: NDQ_002116

answers: satellite

answers: NDQ_002117

answers: four-stage Juno I rocket

answers: NDQ_002118

answers: satellite

answers: NDQ_002119

answers: 1958, nearly four months after the launch of Sputnik 1,

answers: NDQ_002120

answers: augmented cosmic ray instruments.

answers: NDQ_002121

answers: orbit,

answers: NDQ_002122

answers: It passed in and out of the Earth-encompassing radiation belt with its orbit,

answers: NDQ_002123

answers: radiation belt

answers: NDQ_002124

answers: 1958, nearly four months after the launch of Sputnik 1,

answers: NDQ_002125

answers: satellite

answers: NDQ_002126

answers: orbit,

answers: NDQ_002127

answers: Redstone missile,

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: mass.

answers: NDQ_002130

answers: US Army's

answers: NDQ_002131

answers: Sputnik 1,

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: Sputnik 1,

answers: NDQ_002134

answers: frequency of collisions with micrometeorites.

answers: NDQ_002135

answers: Sputnik 1,

answers: NDQ_002136

answers: Earth-encompassing radiation belt

answers: NDQ_002137

answers: satellite

answers: NDQ_002138

answers: It passed in and out of the Earth-encompassing radiation belt

answers: NDQ_002139

answers: von Braun

text: Canadian canoe is another term for a canoe, just like ping pong is often used as the nickname for table tennis. This practice is the result of misinterpretations during the development of the sport of canoeing, where the kayak was often seen as the canoe, and an open touring canoe was called 'Canadian canoe' or 'Canadian' then. This naming came from the so-called "Canadian style" canoe from Canada, the then only 'approved' open canoe model by the American Canoe Association (ACA), as opposed to the Wood & Canvas canoe from Maine in the United States, that was not recognized by the ACA until 1934. For the Canoe Associations at the time of around 1880, a canoe was a decked, double-ended boat, propelled with a double-blade paddle or sailed. The open canoes of that time were often identified as 'Peterborough' or 'Rice Lake' canoes, from the locations where early cedar-strip boats were first made, thus 'Canadian' canoes. In America, the canoe lost its qualifying prefix 'Canadian' not long afterwards and canoes were simply called 'canoes' (open or decked). In the United Kingdom and some other European countries though, people were not aware of these discrepancies and, also because they saw kayaks as canoes, they kept calling canoes 'Canadian canoes'—even the decked whitewater canoes. This has contributed much to the confusion about canoes and kayaks, also because the byname 'Canadian' is not used consistently but mainly for touring, whitewater and racing canoes. How the canoe became popular in american media was during the year 1950 when the Canadian armed forces paddled all the way from the Northwest Territories to the Russian shoreline and stopped the Russians from riding bears towards Canada and ending the world simply by saying sorry in the most Canadian way ever. and sharing the invention of maple syrup in exchange for sputnik. Sputnik was the U.S.S.R outer Atmosphere communications device that beat the Americans in the space race.

text: Canadian canoe is another term for a

text: canoe

text: , just like

text: ping pong

text: is often used as the nickname for table tennis. This practice is the result of misinterpretations during the development of the sport of canoeing, where the

text: kayak

text: was often seen as the canoe, and an open touring canoe was called 'Canadian canoe' or 'Canadian' then. This naming came from the so-called "Canadian style" canoe from Canada, the then only 'approved' open canoe model by the

text: American Canoe Association

text: (ACA), as opposed to the Wood & Canvas canoe from Maine in the United States, that was not recognized by the ACA until 1934. For the Canoe Associations at the time of around 1880, a canoe was a decked, double-ended boat, propelled with a double-blade paddle or sailed. The open canoes of that time were often identified as 'Peterborough' or 'Rice Lake' canoes, from the locations where early cedar-strip boats were first made, thus '

text: Canadian

text: ' canoes. In America, the canoe lost its qualifying prefix 'Canadian' not long afterwards and canoes were simply called 'canoes' (open or decked). In the

text: United Kingdom

text: and some other

text: Europe

text: an countries though, people were not aware of these discrepancies and, also because they saw kayaks as canoes, they kept calling canoes 'Canadian canoes'—even the decked

text: whitewater canoes

text: . This has contributed much to the confusion about canoes and kayaks, also because the byname 'Canadian' is not used consistently but mainly for

text: touring

text: , whitewater and racing canoes. How the canoe became popular in american media was during the year 1950 when the Canadian armed forces paddled all the way from the Northwest Territories to the Russian shoreline and stopped the Russians from riding bears towards Canada and ending the world simply by saying sorry in the most Canadian way ever. and sharing the invention of maple syrup in exchange for sputnik. Sputnik was the U.S.S.R outer Atmosphere communications device that beat the Americans in the space race.

answers: NDQ_002095

answers: orbit the Moon.

answers: NDQ_002097

answers: canoe

answers: NDQ_002099

answers: propels itself

answers: NDQ_002100

answers: Russia

answers: NDQ_002103

answers: by a rocket launcher

answers: NDQ_002108

answers: When did humans first reach space

answers: NDQ_002111

answers: It is not possible to say

answers: NDQ_002113

answers: gunpowder

answers: NDQ_002114

answers: U.S.

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: satellite

answers: NDQ_002117

answers: by using rockets

answers: NDQ_002118

answers: Context: How many satellites are in orbit around Earth

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

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

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: a rocket will travel in space

answers: NDQ_002123

answers: Canadian canoe is another term for a canoe

answers: NDQ_002124

answers: Canadian canoe

answers: NDQ_002125

answers: space probes on Mars

answers: NDQ_002126

answers: a circle

answers: NDQ_002127

answers: canoe

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: Sputnik

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: particle accelerator

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 1880s

answers: NDQ_002134

answers: canoes and kayaks are the same

answers: NDQ_002135

answers: the year 1950

answers: NDQ_002136

answers: gravitational pull

answers: NDQ_002137

answers: Canadian canoe

answers: NDQ_002138

answers: is called a low orbit satellite

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: 'Canadian' canoes.

answers: NDQ_002097

answers: a double-blade paddle

answers: NDQ_002099

answers: 'Canadian' canoes.

answers: NDQ_002100

answers: Russian

answers: NDQ_002103

answers: 'Canadian' canoes.

answers: NDQ_002108

answers: 1880,

answers: NDQ_002111

answers: 'Canadian' canoes.

answers: NDQ_002113

answers: 'Canadian' canoes.

answers: NDQ_002114

answers: 'canoes'

answers: NDQ_002115

answers: 'Canadian' canoes.

answers: NDQ_002116

answers: 'Canadian' canoes.

answers: NDQ_002117

answers: 'Canadian' canoes.

answers: NDQ_002118

answers: 'Canadian' canoes.

answers: NDQ_002119

answers: 'Rice Lake' canoes,

answers: NDQ_002120

answers: Canadian canoe

answers: NDQ_002121

answers: 'Canadian' canoes.

answers: NDQ_002122

answers: a double-blade paddle or sailed.

answers: NDQ_002123

answers: 'Canadian' canoes.

answers: NDQ_002124

answers: 'Canadian' canoes.

answers: NDQ_002125

answers: 'Canadian' canoes.

answers: NDQ_002126

answers: a double-blade paddle or sailed.

answers: NDQ_002127

answers: double-blade paddle

answers: NDQ_002128

answers: 'Canadian' canoes.

answers: NDQ_002129

answers: maple syrup

answers: NDQ_002130

answers: American Canoe Association

answers: NDQ_002131

answers: ping pong

answers: NDQ_002132

answers: kayaks

answers: NDQ_002133

answers: 'Canadian' canoes.

answers: NDQ_002134

answers: 'Canadian' canoes.

answers: NDQ_002135

answers: 1950

answers: NDQ_002136

answers: misinterpretations

answers: NDQ_002137

answers: 'Canadian' canoes.

answers: NDQ_002138

answers: Canada

answers: NDQ_002139

answers: Canada

text: SELENE was part of a renewed global interest in lunar exploration; it was "the largest lunar mission since the Apollo program". It followed Japan's first lunar probe, Hagoromo, launched in 1990. China launched its Chang'e 1 lunar explorer on October 24, 2007, followed by India's 22 October 2008 launch of Chandrayaan-1 and the United States Lunar Reconnaissance Orbiter in June 2009. The United States, European countries (ESA), Russia, Japan, India and China are planning future manned lunar exploration missions or lunar outpost construction on the Moon between 2018 and 2025.

text: SELENE was part of a renewed global interest in lunar exploration; it was "the largest lunar mission since the

text: Apollo program

text: ". It followed Japan's first lunar probe,

text: Hagoromo

text: , launched in 1990.

text: China

text: launched its

text: Chang'e 1

text: lunar explorer on October 24, 2007, followed by

text: India

text: 's 22 October 2008 launch of

text: and the

text: United States

text: Lunar Reconnaissance Orbiter

text: in June 2009. The United States,

text: Europe

text: an countries (

text: ESA

text: Russia

text: Japan

text: , India and China are planning

text: future manned lunar exploration missions

text: or

text: lunar outpost

text: construction on the Moon between 2018 and 2025.

answers: NDQ_002095

answers: Moon

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: Russia

answers: NDQ_002103

answers: October 24, 2007

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is SELENE?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat or NASA?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space

answers: NDQ_002123

answers: Which happened first, Hagoromo was launched or the United States Lunar Reconnaissance Orbiter was launched?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: Moon

answers: NDQ_002129

answers: Chandrayaan-1

answers: NDQ_002130

answers: ESA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: Orbiter

answers: NDQ_002133

answers: Apollo program

answers: NDQ_002134

answers: a force acting on an object has a magnitude greater than that of the object's acceleration

answers: NDQ_002135

answers: the Apollo program

answers: NDQ_002136

answers: Space weather

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: United States Lunar Reconnaissance Orbiter

answers: NDQ_002139

answers: Apollo

answers: NDQ_002095

answers: Moon

answers: NDQ_002097

answers: Moon between 2018 and 2025.

answers: NDQ_002099

answers: 2018 and 2025.

answers: NDQ_002100

answers: Russia,

answers: NDQ_002103

answers: 1990.

answers: NDQ_002108

answers: Apollo

answers: NDQ_002111

answers: 2018 and 2025.

answers: NDQ_002113

answers: 2018 and 2025.

answers: NDQ_002114

answers: China launched its Chang'e 1 lunar explorer on October 24, 2007,

answers: NDQ_002115

answers: Apollo program".

answers: NDQ_002116

answers: Lunar Reconnaissance Orbiter

answers: NDQ_002117

answers: manned

answers: NDQ_002118

answers: SELENE

answers: NDQ_002119

answers: Apollo

answers: NDQ_002120

answers: United States Lunar Reconnaissance Orbiter in June 2009.

answers: NDQ_002121

answers: Lunar Reconnaissance Orbiter in June 2009.

answers: NDQ_002122

answers: United States Lunar Reconnaissance Orbiter in June 2009.

answers: NDQ_002123

answers: Lunar Reconnaissance Orbiter

answers: NDQ_002124

answers: Apollo

answers: NDQ_002125

answers: United States Lunar Reconnaissance Orbiter in June 2009.

answers: NDQ_002126

answers: Orbiter

answers: NDQ_002127

answers: launch

answers: NDQ_002128

answers: Lunar Reconnaissance Orbiter

answers: NDQ_002129

answers: "the largest lunar mission since the Apollo program".

answers: NDQ_002130

answers: (ESA),

answers: NDQ_002131

answers: SELENE

answers: NDQ_002132

answers: Lunar Reconnaissance Orbiter

answers: NDQ_002133

answers: Apollo program".

answers: NDQ_002134

answers: 2018 and 2025.

answers: NDQ_002135

answers: Apollo program".

answers: NDQ_002136

answers: launch

answers: NDQ_002137

answers: SELENE

answers: NDQ_002138

answers: United States Lunar Reconnaissance Orbiter

answers: NDQ_002139

answers: Apollo

text: The S-type asteroid orbits the Sun at a distance of 2.1–3.1 AU once every 4 years and 3 months (1,551 days). Its orbit shows an eccentricity of 0.18 and is tilted by 9 degrees to the plane of the ecliptic. It has a rotation period of 17.37 hours and an albedo of 0.04–0.05, based on the surveys carried out by the Infrared Astronomical Satellite, IRAS, the Japanese Akari satellite, and the Wide-field Infrared Survey Explorer with its subsequent NEOWISE mission.

text: The

text: S-type

text: asteroid orbits the Sun at a distance of 2.1–3.1

text: AU

text: once every 4 years and 3 months (1,551 days). Its orbit shows an

text: eccentricity

text: of 0.18 and is

text: tilted

text: by 9 degrees to the plane of the

text: ecliptic

text: . It has a

text: rotation period

text: of 17.37 hours and an

text: albedo

text: of 0.04–0.05, based on the surveys carried out by the Infrared Astronomical Satellite,

text: IRAS

text: , the Japanese

text: Akari

text: satellite, and the

text: Wide-field Infrared Survey Explorer

text: with its subsequent

text: NEOWISE

text: mission.

answers: NDQ_002095

answers: orbit

answers: NDQ_002097

answers: eccentricity of 0.18

answers: NDQ_002099

answers: orbit the sun

answers: NDQ_002100

answers: Japan

answers: NDQ_002103

answers: the Sun

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How many years ago were rockets developed?

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Which is not a type of asteroid?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: Which of the following is not a satellite: the Infrared Astronomical Satellite, IRAS, the Japanese Akari satellite, or the Wide-field Infrared Survey Explorer with its subsequent NEOWISE mission?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: Akari satellite

answers: NDQ_002130

answers: Infrared Astronomical Satellite

answers: NDQ_002131

answers: The S-type asteroid orbits the Sun

answers: NDQ_002132

answers: Akari satellite

answers: NDQ_002133

answers: unanswerable

answers: NDQ_002134

answers: orbits shows an eccentricity of 0.18

answers: NDQ_002135

answers: NEOWISE mission

answers: NDQ_002136

answers: eccentricity

answers: NDQ_002137

answers: Infrared Astronomy

answers: NDQ_002138

answers: albedo of 0.04–0.05

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Sun

answers: NDQ_002097

answers: eccentricity

answers: NDQ_002099

answers: eccentricity of 0.18

answers: NDQ_002100

answers: Japanese

answers: NDQ_002103

answers: 2.1–3.1 AU once every 4 years and 3 months

answers: NDQ_002108

answers: Infrared Astronomical Satellite,

answers: NDQ_002111

answers: Infrared Astronomical Satellite,

answers: NDQ_002113

answers: The S-type asteroid

answers: NDQ_002114

answers: The S-type asteroid

answers: NDQ_002115

answers: NEOWISE mission.

answers: NDQ_002116

answers: Satellite,

answers: NDQ_002117

answers: Infrared Astronomical Satellite,

answers: NDQ_002118

answers: The S-type asteroid

answers: NDQ_002119

answers: 4 years and 3 months

answers: NDQ_002120

answers: the Infrared Astronomical Satellite,

answers: NDQ_002121

answers: eccentricity of 0.18

answers: NDQ_002122

answers: eccentricity of 0.18

answers: NDQ_002123

answers: Infrared Astronomical Satellite,

answers: NDQ_002124

answers: NEOWISE mission.

answers: NDQ_002125

answers: NEOWISE mission.

answers: NDQ_002126

answers: eccentricity

answers: NDQ_002127

answers: eccentricity of 0.18

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: Japanese Akari satellite,

answers: NDQ_002130

answers: Infrared Astronomical Satellite,

answers: NDQ_002131

answers: The S-type asteroid

answers: NDQ_002132

answers: Infrared Astronomical Satellite,

answers: NDQ_002133

answers: 2.1–3.1 AU once every 4 years and 3 months

answers: NDQ_002134

answers: eccentricity of 0.18

answers: NDQ_002135

answers: NEOWISE mission.

answers: NDQ_002136

answers: eccentricity

answers: NDQ_002137

answers: Infrared Astronomical Satellite,

answers: NDQ_002138

answers: Japanese Akari satellite,

answers: NDQ_002139

answers: Infrared Astronomical Satellite,

text: Perhaps causing inadvertent fireworks in celebration of the activation of the 1st Aerospace Surveillance and Control Squadron, the Ablestar stage for the Navy's Transit 4A satellite, 1961 Omicron, which was launched on 29 June 1961, exploded about 77 minutes after attaining orbit, at 0608Z.  The NORAD Ballistic Missile Early Warning System (BMEWS) made early radar observations and Mr. Leonard of the Sacramento, California Moonwatch team alerted Space Track when he saw many fragments where only a few satellites were expected from the launch.  In the next few days, this gave Project Space Track its first major effort as a backup for the new squadron.  Lawrence W. Cuthbert, 1st Lt Algimantas Šimoliūnas, and Ed Casey achieved a landmark in satellite tracking, plotting observations by hand and identifying orbits for 296 of the fragments.  Orbital Analysts at 1st Aero were also heavily involved in the achievement.  Observations from the SPASUR fence were very helpful in tracking the fragments (SPASUR had initially refused to send Space Track individual observations, sending instead only orbital parameters, but this policy had fortunately been changed by 1961).

answers: NDQ_002095

answers: orbit

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: launch satellites

answers: NDQ_002100

answers: the Navy

answers: NDQ_002103

answers: on 29 June 1961

answers: NDQ_002108

answers: yes

answers: NDQ_002111

answers: How many fragments were expected from the launch?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites were expected from the launch?

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Which of the following is not a satellite: Transit 4A, 1961 Omicron, or Landsat?

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: How many fragments were expected from the launch?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Ablestar stage

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: 1961 Omicron

answers: NDQ_002130

answers: NORAD

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: 1961

answers: NDQ_002134

answers: gravitational force is proportional to

answers: NDQ_002135

answers: 1st Aerospace Surveillance and Control Squadron

answers: NDQ_002136

answers: Space Track

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: 1961 Omicron

answers: NDQ_002139

answers: Ed Casey

answers: NDQ_002095

answers: orbit,

answers: NDQ_002097

answers: orbit,

answers: NDQ_002099

answers: Ablestar stage

answers: NDQ_002100

answers: California

answers: NDQ_002103

answers: launched on 29 June 1961,

answers: NDQ_002108

answers: 1961,

answers: NDQ_002111

answers: satellite tracking,

answers: NDQ_002113

answers: the Ablestar stage

answers: NDQ_002114

answers: 1961 Omicron, which was launched on 29 June 1961,

answers: NDQ_002115

answers: Navy's Transit 4A satellite, 1961 Omicron,

answers: NDQ_002116

answers: orbit,

answers: NDQ_002117

answers: launch.

answers: NDQ_002118

answers: 296

answers: NDQ_002119

answers: 1961,

answers: NDQ_002120

answers: Transit 4A

answers: NDQ_002121

answers: the Ablestar stage for the Navy's Transit 4A satellite,

answers: NDQ_002122

answers: the Ablestar stage

answers: NDQ_002123

answers: Transit 4A

answers: NDQ_002124

answers: 1961 Omicron, which was launched on 29 June 1961,

answers: NDQ_002125

answers: 1961 Omicron,

answers: NDQ_002126

answers: orbit,

answers: NDQ_002127

answers: Ballistic Missile Early Warning System

answers: NDQ_002128

answers: satellite,

answers: NDQ_002129

answers: 1961 Omicron,

answers: NDQ_002130

answers: NORAD

answers: NDQ_002131

answers: the Ablestar stage

answers: NDQ_002132

answers: Transit 4A satellite,

answers: NDQ_002133

answers: 29 June 1961,

answers: NDQ_002134

answers: 77 minutes after attaining orbit,

answers: NDQ_002135

answers: 29 June 1961,

answers: NDQ_002136

answers: launch.

answers: NDQ_002137

answers: satellite tracking,

answers: NDQ_002138

answers: 1961 Omicron,

answers: NDQ_002139

answers: 1961 Omicron,

text: Following the Space Shuttle Columbia disaster, in early 2003 President George W. Bush, announced his Vision for Space Exploration which called for the completion of the American portion of the International Space Station by 2010 (due to delays this would not happen until 2011), the retirement of the Space Shuttle fleet following its completion, to return to the moon by 2020 and one day to Mars. A new vehicle would need be developed, it eventually was named the Orion spacecraft, a six-person variant would have serviced the ISS and a four-person variant would have traveled to the Moon. The Ares I would have launched Orion, and the Ares V heavy-lift vehicle (HLV) would have launched all other hardware. The Altair lunar lander would have landed crew and cargo onto the moon. The Constellation program experienced many cost overruns and schedule delays, and was openly criticized by the subsequent U.S. President, Barack Obama.

text: Following the

text: Space Shuttle Columbia disaster

text: , in early 2003 President

text: George W. Bush

text: , announced his

text: Vision for Space Exploration

text: which called for the completion of the American portion of the International Space Station by 2010 (due to delays this would not happen until 2011), the retirement of the Space Shuttle fleet following its completion, to return to the moon by 2020 and one day to Mars. A new vehicle would need be developed, it eventually was named the

text: Orion spacecraft

text: , a six-person variant would have serviced the ISS and a four-person variant would have traveled to the Moon. The

text: Ares I

text: would have launched Orion, and the

text: Ares V

text: heavy-lift vehicle (HLV) would have launched all other hardware. The

text: Altair lunar lander

text: would have landed crew and cargo onto the moon. The Constellation program experienced many cost overruns and schedule delays, and was openly criticized by the subsequent U.S. President,

text: Barack Obama

answers: NDQ_002095

answers: Mars

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can launch all other hardware

answers: NDQ_002100

answers: American

answers: NDQ_002103

answers: Ares I

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: the U.S.

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: how many satellites are in orbit around earth

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: What does Landsat satellites make detailed images of?

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: Which happened first, the completion of the American portion of the International Space Station by 2010 or the retirement of the Space Shuttle fleet following its completion?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: heavy-lift vehicle (HLV)

answers: NDQ_002128

answers: International Space Station

answers: NDQ_002129

answers: International Space Station

answers: NDQ_002130

answers: Space Shuttle Columbia

answers: NDQ_002131

answers: Space Shuttle Columbia

answers: NDQ_002132

answers: Altair lunar lander

answers: NDQ_002133

answers: 20th century

answers: NDQ_002134

answers: the mass of an object is proportional to the velocity of the object

answers: NDQ_002135

answers: Space Shuttle Columbia disaster

answers: NDQ_002136

answers: Space Shuttle Columbia disaster

answers: NDQ_002137

answers: data from satellites

answers: NDQ_002138

answers: would have traveled to the Moon

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Mars.

answers: NDQ_002097

answers: Moon.

answers: NDQ_002099

answers: heavy-lift vehicle

answers: NDQ_002100

answers: American

answers: NDQ_002103

answers: Ares V heavy-lift vehicle

answers: NDQ_002108

answers: moon

answers: NDQ_002111

answers: Orion spacecraft,

answers: NDQ_002113

answers: Orion spacecraft,

answers: NDQ_002114

answers: U.S.

answers: NDQ_002115

answers: The Altair lunar lander

answers: NDQ_002116

answers: International Space Station

answers: NDQ_002117

answers: crew

answers: NDQ_002118

answers: International Space Station

answers: NDQ_002119

answers: 2003

answers: NDQ_002120

answers: 2010

answers: NDQ_002121

answers: Orion spacecraft,

answers: NDQ_002122

answers: Orion spacecraft,

answers: NDQ_002123

answers: Orion spacecraft,

answers: NDQ_002124

answers: Space Shuttle Columbia

answers: NDQ_002125

answers: Mars.

answers: NDQ_002126

answers: moon.

answers: NDQ_002127

answers: heavy-lift vehicle

answers: NDQ_002128

answers: International Space Station

answers: NDQ_002129

answers: Orion

answers: NDQ_002130

answers: George W. Bush,

answers: NDQ_002131

answers: Orion spacecraft,

answers: NDQ_002132

answers: Orion

answers: NDQ_002133

answers: Space Shuttle Columbia

answers: NDQ_002134

answers: Orion spacecraft,

answers: NDQ_002135

answers: Space Shuttle Columbia

answers: NDQ_002136

answers: cost overruns and schedule delays,

answers: NDQ_002137

answers: Space Shuttle Columbia disaster,

answers: NDQ_002138

answers: Moon.

answers: NDQ_002139

answers: Barack Obama.

text: Some of the major satellite systems built are: Envisat (the world's largest civilian Earth observation satellite.), Earth Explorers such as GOCE, GRACE, Swarm, EarthCARE,  Sentinel Missions, MetOp and MetOp-SG.

text: Some of the major satellite systems built are:

text: Envisat

text: (the world's largest civilian Earth observation satellite.),

text: Earth Explorers

text: such as

entity_name: Gravity Field and Steady-State Ocean Circulation Explorer

text: GOCE

text: GRACE

text: Swarm

text: EarthCARE

text: Sentinel Missions

text: MetOp

text: and

text: MetOp-SG

answers: NDQ_002095

answers: Earth

answers: NDQ_002097

answers: mass and velocity

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: GOCE

answers: NDQ_002108

answers: It's impossible to say

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: It's impossible to say

answers: NDQ_002118

answers: It's impossible to say

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Envisat

answers: NDQ_002121

answers: The law of conservation of momentum

answers: NDQ_002122

answers: Which of the following is not a satellite: Envisat, GRACE, Swarm, EarthCARE, Sentinel Missions, MetOp and MetOp-SG?

answers: NDQ_002123

answers: Earth Explorers such as GOCE, GRACE, Swarm, EarthCARE, Sentinel Missions, MetOp and MetOp-SG

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: Earth

answers: NDQ_002127

answers: gravity

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: Envisat

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: swarm

answers: NDQ_002132

answers: Earth Explorers

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: gravitational force causes objects to move in the same direction

answers: NDQ_002135

answers: Envisat

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Earth Explorers

answers: NDQ_002138

answers: Envisat

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Earth observation satellite.),

answers: NDQ_002097

answers: Earth observation satellite.),

answers: NDQ_002099

answers: satellite systems

answers: NDQ_002100

answers: Some of the major satellite systems

answers: NDQ_002103

answers: satellite systems

answers: NDQ_002108

answers: Some of the major satellite systems

answers: NDQ_002111

answers: satellite systems

answers: NDQ_002113

answers: Some of the major satellite systems

answers: NDQ_002114

answers: Some of the major satellite systems built are: Envisat

answers: NDQ_002115

answers: Some of the major satellite systems built are: Envisat

answers: NDQ_002116

answers: Earth observation satellite.),

answers: NDQ_002117

answers: built

answers: NDQ_002118

answers: Envisat (the world's largest civilian Earth observation satellite.),

answers: NDQ_002119

answers: Some of the major satellite systems built are: Envisat

answers: NDQ_002120

answers: Envisat (the world's largest civilian Earth observation satellite.),

answers: NDQ_002121

answers: satellite systems

answers: NDQ_002122

answers: GOCE, GRACE, Swarm, EarthCARE,

answers: NDQ_002123

answers: Earth observation satellite.),

answers: NDQ_002124

answers: Some of the major satellite systems built are: Envisat

answers: NDQ_002125

answers: Earth Explorers

answers: NDQ_002126

answers: Earth observation satellite.),

answers: NDQ_002127

answers: GOCE, GRACE, Swarm, EarthCARE,

answers: NDQ_002128

answers: Earth observation satellite.),

answers: NDQ_002129

answers: Envisat (the world's largest civilian Earth observation satellite.),

answers: NDQ_002130

answers: MetOp and MetOp-SG.

answers: NDQ_002131

answers: satellite systems

answers: NDQ_002132

answers: Earth Explorers

answers: NDQ_002133

answers: Some of the major satellite systems

answers: NDQ_002134

answers: satellite systems

answers: NDQ_002135

answers: Envisat (the world's largest civilian Earth observation satellite.),

answers: NDQ_002136

answers: Earth observation satellite.),

answers: NDQ_002137

answers: satellite systems

answers: NDQ_002138

answers: GOCE, GRACE, Swarm, EarthCARE,

answers: NDQ_002139

answers: Envisat

text: The radio version ran from 4 October 1952 to 19 March 1955, for 129 episodes. The same cast performed on both shows. The writers, scripts, and directors were reused between the radio and TV incarnations, but the radio broadcasts were not limited by studio sets and became more expansive in scope than the television programs. Although there was seldom any deliberate crossing-over of storylines, some of the television villains regularly appeared on the radio (notably Prince Bacarratti), and during the "Planet X" story, both the TV and radio versions explored the rogue planet's invasion of the Space Patrol universe.

text: The radio version ran from 4 October 1952 to 19 March 1955, for 129 episodes. The same cast performed on both shows. The writers, scripts, and directors were reused between the radio and TV incarnations, but the radio broadcasts were not limited by studio sets and became more expansive in scope than the television programs. Although there was seldom any deliberate crossing-over of storylines, some of the television villains regularly appeared on the radio (notably Prince Bacarratti), and during the "Planet X" story, both the TV and radio versions explored the rogue planet's invasion of the Space Patrol universe.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can take off

answers: NDQ_002100

answers: Soviet Union

answers: NDQ_002103

answers: 4 October 1952

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: Space Patrol universe

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: unknown

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: Space Patrol universe

answers: NDQ_002118

answers: Space Patrol universe

answers: NDQ_002119

answers: Space Patrol universe

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: Newtons Third Law of Motion

answers: NDQ_002123

answers: How many years did the radio version run?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: Space Patrol universe

answers: NDQ_002128

answers: Planet X

answers: NDQ_002129

answers: Space Patrol universe

answers: NDQ_002130

answers: Space Patrol

answers: NDQ_002131

answers: Space Patrol universe

answers: NDQ_002132

answers: unanswerable

answers: NDQ_002133

answers: 1952

answers: NDQ_002134

answers: radio broadcasts are not limited by studio sets and became more expansive than what?

answers: NDQ_002135

answers: Space Patrol

answers: NDQ_002136

answers: Space Patrol

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Planet X

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: The radio version ran from 4 October 1952 to 19 March 1955,

answers: NDQ_002097

answers: The radio version ran from 4 October 1952 to 19 March 1955,

answers: NDQ_002099

answers: radio broadcasts were not limited by studio sets and became more expansive in scope

answers: NDQ_002100

answers: 1955,

answers: NDQ_002103

answers: The radio version ran from 4 October 1952 to 19 March 1955,

answers: NDQ_002108

answers: 1952 to 19 March 1955,

answers: NDQ_002111

answers: The radio version ran from 4 October 1952 to 19 March 1955,

answers: NDQ_002113

answers: The radio version ran from 4 October 1952 to 19 March 1955,

answers: NDQ_002114

answers: The radio version ran from 4 October 1952 to 19 March 1955,

answers: NDQ_002115

answers: The radio version ran from 4 October 1952 to 19 March 1955,

answers: NDQ_002116

answers: The radio version ran from 4 October 1952 to 19 March 1955,

answers: NDQ_002117

answers: The radio version ran from 4 October 1952 to 19 March 1955,

answers: NDQ_002118

answers: The radio version ran from 4 October 1952 to 19 March 1955,

answers: NDQ_002119

answers: 1952 to 19 March 1955,

answers: NDQ_002120

answers: The radio version ran from 4 October 1952 to 19 March 1955,

answers: NDQ_002121

answers: The radio version ran from 4 October 1952 to 19 March 1955,

answers: NDQ_002122

answers: The radio version ran from 4 October 1952 to 19 March 1955,

answers: NDQ_002123

answers: The radio version ran from 4 October 1952 to 19 March 1955,

answers: NDQ_002124

answers: 1955,

answers: NDQ_002125

answers: "Planet X"

answers: NDQ_002126

answers: The radio version ran from 4 October 1952 to 19 March 1955,

answers: NDQ_002127

answers: The radio version ran from 4 October 1952 to 19 March 1955,

answers: NDQ_002128

answers: "Planet X"

answers: NDQ_002129

answers: "Planet X"

answers: NDQ_002130

answers: Space Patrol

answers: NDQ_002131

answers: The radio version ran from 4 October 1952 to 19 March 1955,

answers: NDQ_002132

answers: "Planet X"

answers: NDQ_002133

answers: 4 October 1952 to 19 March 1955,

answers: NDQ_002134

answers: the radio broadcasts were not limited by studio sets

answers: NDQ_002135

answers: "Planet X"

answers: NDQ_002136

answers: rogue planet's

answers: NDQ_002137

answers: The radio version ran from 4 October 1952 to 19 March 1955,

answers: NDQ_002138

answers: "Planet X"

answers: NDQ_002139

answers: 1955,

text: The Space Race between the Soviet Union and the United States, the two Cold War superpowers, began just before the Soviet Union launched the world's first artificial satellite, Sputnik 1, in 1957.  Both countries wanted to develop spaceflight technology quickly, particularly by launching the first  successful human spaceflight. The Soviet Union secretly pursued the Vostok programme in competition with the United States Project Mercury. Vostok launched several precursor unmanned missions between May 1960 and March 1961, to test and develop the Vostok rocket family and space capsule. These missions had varied degrees of success, but the final two—Korabl-Sputnik 4 and Korabl-Sputnik 5—were complete successes, allowing the first manned flight.

text: The

text: Space Race

text: between the Soviet Union and the

text: United States

text: , the two

text: Cold War

text: superpower

text: s, began just before the Soviet Union launched the world's first artificial

text: satellite

text: Sputnik 1

text: , in 1957.  Both countries wanted to develop spaceflight technology quickly, particularly by launching the first  successful

text: human spaceflight

text: . The Soviet Union secretly pursued the

text: Vostok programme

text: in competition with the United States

text: Project Mercury

text: . Vostok launched several precursor unmanned missions between May 1960 and March 1961, to test and develop the

text: Vostok rocket family

text: and

text: space capsule

text: . These missions had varied degrees of success, but the final two—

text: Korabl-Sputnik 4

text: and

text: Korabl-Sputnik 5

text: —were complete successes, allowing the first manned flight.

answers: NDQ_002095

answers: Space Race

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: unmanned missions

answers: NDQ_002100

answers: Soviet Union and the United States

answers: NDQ_002103

answers: unmanned

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: How many years did the Vostok programme take to develop?

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: The Soviet Union

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: Which happened first, Sputnik 1 or Vostok launched several precursor unmanned missions?

answers: NDQ_002118

answers: how many satellites are in orbit around earth

answers: NDQ_002119

answers: Space Race

answers: NDQ_002120

answers: Which country secretly pursued the Vostok programme

answers: NDQ_002121

answers: Why did the Soviet Union launch Sputnik 1?

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: Which happened first, the Soviet Union launched the world's first artificial satellite, Sputnik 1, or Vostok launched several precursor unmanned missions between May 1960 and March 1961?

answers: NDQ_002124

answers: Korabl-Sputnik 5

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: unmanned missions

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Sputnik 5

answers: NDQ_002130

answers: Project Mercury

answers: NDQ_002131

answers: Sputnik 1

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 1957

answers: NDQ_002134

answers: gravitational force is inversely proportional to

answers: NDQ_002135

answers: The Space Race

answers: NDQ_002136

answers: Space Race

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Sputnik 1

answers: NDQ_002139

answers: Vostok

answers: NDQ_002095

answers: manned flight.

answers: NDQ_002097

answers: world's first artificial satellite, Sputnik 1,

answers: NDQ_002099

answers: test and develop the Vostok rocket family and space capsule.

answers: NDQ_002100

answers: Soviet Union and the United States,

answers: NDQ_002103

answers: unmanned missions

answers: NDQ_002108

answers: 1957.

answers: NDQ_002111

answers: unmanned missions between May 1960 and March 1961,

answers: NDQ_002113

answers: world's first artificial satellite, Sputnik 1,

answers: NDQ_002114

answers: Soviet Union and the United States,

answers: NDQ_002115

answers: manned flight.

answers: NDQ_002116

answers: satellite,

answers: NDQ_002117

answers: unmanned

answers: NDQ_002118

answers: world's first artificial satellite, Sputnik 1,

answers: NDQ_002119

answers: 1957.

answers: NDQ_002120

answers: world's first artificial satellite, Sputnik 1,

answers: NDQ_002121

answers: world's first artificial satellite, Sputnik 1,

answers: NDQ_002122

answers: Vostok rocket family and space capsule.

answers: NDQ_002123

answers: world's first artificial satellite, Sputnik 1,

answers: NDQ_002124

answers: two—Korabl-Sputnik 4

answers: NDQ_002125

answers: Project Mercury.

answers: NDQ_002126

answers: artificial satellite, Sputnik 1,

answers: NDQ_002127

answers: unmanned

answers: NDQ_002128

answers: satellite,

answers: NDQ_002129

answers: two—Korabl-Sputnik 4

answers: NDQ_002130

answers: Project Mercury.

answers: NDQ_002131

answers: Mercury.

answers: NDQ_002132

answers: unmanned missions

answers: NDQ_002133

answers: 1957.

answers: NDQ_002134

answers: world's first artificial satellite, Sputnik 1,

answers: NDQ_002135

answers: 1957.

answers: NDQ_002136

answers: spaceflight technology

answers: NDQ_002137

answers: artificial satellite,

answers: NDQ_002138

answers: Sputnik 1,

answers: NDQ_002139

answers: Project Mercury.

text: The group's space operations centers track, monitor telemetry and command satellites during launch, early-orbit and on-orbit operations.  They resolve anomalies with satellites when they occur and dispose of the satellites when missions are terminated.

text: The group's space operations centers track, monitor telemetry and command satellites during launch, early-orbit and on-orbit operations.  They resolve anomalies with satellites when they occur and dispose of the satellites when missions are terminated.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can launch satellites

answers: NDQ_002100

answers: United States and Russia

answers: NDQ_002103

answers: before it can enter orbit

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: It's impossible to say

answers: NDQ_002118

answers: It's impossible to say

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: None of the above choices.

answers: NDQ_002121

answers: None of the above choices.

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

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

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: What is the largest artificial satellite

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: can be described

answers: NDQ_002132

answers: satellites

answers: NDQ_002133

answers: 20th century

answers: NDQ_002134

answers: gravitational force is inversely proportional to mass

answers: NDQ_002135

answers: space operations centers

answers: NDQ_002136

answers: space operations centers

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: early-orbit

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: on-orbit

answers: NDQ_002097

answers: early-orbit

answers: NDQ_002099

answers: launch, early-orbit and on-orbit

answers: NDQ_002100

answers: The group's

answers: NDQ_002103

answers: launch,

answers: NDQ_002108

answers: space operations centers track, monitor telemetry and command satellites

answers: NDQ_002111

answers: space operations centers track, monitor telemetry and command satellites

answers: NDQ_002113

answers: space operations centers track, monitor telemetry and command satellites

answers: NDQ_002114

answers: space operations centers track, monitor telemetry and command satellites

answers: NDQ_002115

answers: launch, early-orbit and on-orbit operations.

answers: NDQ_002116

answers: satellites during launch, early-orbit and on-orbit

answers: NDQ_002117

answers: launch,

answers: NDQ_002118

answers: space operations centers track, monitor telemetry and command satellites

answers: NDQ_002119

answers: space operations centers track, monitor telemetry and command satellites

answers: NDQ_002120

answers: space operations centers track, monitor telemetry and command satellites

answers: NDQ_002121

answers: launch, early-orbit and on-orbit

answers: NDQ_002122

answers: launch, early-orbit and on-orbit

answers: NDQ_002123

answers: space operations centers track, monitor telemetry and command satellites

answers: NDQ_002124

answers: space operations centers track, monitor telemetry and command satellites

answers: NDQ_002125

answers: on-orbit operations.

answers: NDQ_002126

answers: early-orbit

answers: NDQ_002127

answers: launch,

answers: NDQ_002128

answers: satellites

answers: NDQ_002129

answers: satellites during launch, early-orbit

answers: NDQ_002130

answers: space operations

answers: NDQ_002131

answers: space operations centers track, monitor telemetry and command satellites

answers: NDQ_002132

answers: satellites

answers: NDQ_002133

answers: satellites

answers: NDQ_002134

answers: dispose of the satellites when missions are terminated.

answers: NDQ_002135

answers: launch,

answers: NDQ_002136

answers: anomalies

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: early-orbit

answers: NDQ_002139

answers: space operations centers track, monitor telemetry and command satellites

text: Bill's early years were spent traveling around the world with his father, Michael, a U.S. Army soldier.  His early interests included Rocketry, space exploration, and flying.  This may have been due to his stepmother, Betty Lou Miller, being a Westinghouse clean-room supervisor.  From an early age, she began putting electronics kits, books on space and satellites and other science related items in his room.  Bill built his first radio at age 9 from one of the kits Betty had provided.

text: Bill's early years were spent traveling around the world with his father, Michael, a U.S. Army soldier.  His early interests included Rocketry, space exploration, and flying.  This may have been due to his stepmother, Betty Lou Miller, being a Westinghouse clean-room supervisor.  From an early age, she began putting electronics kits, books on space and satellites and other science related items in his room.  Bill built his first radio at age 9 from one of the kits Betty had provided.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: U.S.

answers: NDQ_002103

answers: before it can go into space

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: None of the above choices .

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: unknown

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: What did Bill build his first radio from?

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

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

answers: NDQ_002121

answers: Bill's stepmother

answers: NDQ_002122

answers: Which of the following is not a law: Newtons Third Law of Motion?

answers: NDQ_002123

answers: Which of the following is not a type of satellite: imaging satellites or satellites?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: Rocketry

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Westinghouse clean-room supervisor

answers: NDQ_002130

answers: Westinghouse

answers: NDQ_002131

answers: NDQ_002132

answers: satellites

answers: NDQ_002133

answers: unspecified

answers: NDQ_002134

answers: Bill built his first radio at what age?

answers: NDQ_002135

answers: Bill's early years

answers: NDQ_002136

answers: gravity

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Bill built his first radio

answers: NDQ_002139

answers: Michael

answers: NDQ_002095

answers: satellites

answers: NDQ_002097

answers: flying.

answers: NDQ_002099

answers: flying.

answers: NDQ_002100

answers: U.S.

answers: NDQ_002103

answers: Rocketry, space exploration, and flying.

answers: NDQ_002108

answers: flying.

answers: NDQ_002111

answers: Rocketry, space exploration, and flying.

answers: NDQ_002113

answers: Rocketry, space exploration, and flying.

answers: NDQ_002114

answers: flying.

answers: NDQ_002115

answers: Rocketry, space exploration, and flying.

answers: NDQ_002116

answers: satellites

answers: NDQ_002117

answers: satellites

answers: NDQ_002118

answers: satellites

answers: NDQ_002119

answers: 9

answers: NDQ_002120

answers: satellites

answers: NDQ_002121

answers: satellites

answers: NDQ_002122

answers: Rocketry, space exploration, and flying.

answers: NDQ_002123

answers: satellites

answers: NDQ_002124

answers: Bill built his first radio at age 9

answers: NDQ_002125

answers: Bill built his first radio at age 9

answers: NDQ_002126

answers: flying.

answers: NDQ_002127

answers: Army soldier.

answers: NDQ_002128

answers: satellites

answers: NDQ_002129

answers: Westinghouse

answers: NDQ_002130

answers: Westinghouse

answers: NDQ_002131

answers: flying.

answers: NDQ_002132

answers: satellites

answers: NDQ_002133

answers: 9

answers: NDQ_002134

answers: flying.

answers: NDQ_002135

answers: Westinghouse

answers: NDQ_002136

answers: Westinghouse clean-room supervisor.

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: satellites

answers: NDQ_002139

answers: Michael,

text: The ride was replaced in 1991 with a similar attraction entitled "Space Race." It was later dismantled and replaced by two other SimEx rides in 1998 and 1999.

text: The ride was replaced in 1991 with a similar attraction entitled "Space Race." It was later dismantled and replaced by two other SimEx rides in 1998 and 1999.

answers: NDQ_002095

answers: Space Race

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States and Russia

answers: NDQ_002103

answers: Space Race

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: None of the above choices.

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: what is the first object mentioned?

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: None of the above choices.

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: None of the above choices.

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: Space Race

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: Space Race

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: NDQ_002132

answers: Space Race

answers: NDQ_002133

answers: Space Race

answers: NDQ_002134

answers: the speed of light is proportional to the distance between the object and the observer

answers: NDQ_002135

answers: Space Race

answers: NDQ_002136

answers: Space Race

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: can be seen from Earth.

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: "Space Race."

answers: NDQ_002097

answers: "Space Race."

answers: NDQ_002099

answers: "Space Race."

answers: NDQ_002100

answers: 1991

answers: NDQ_002103

answers: "Space Race."

answers: NDQ_002108

answers: "Space Race."

answers: NDQ_002111

answers: "Space Race."

answers: NDQ_002113

answers: "Space Race."

answers: NDQ_002114

answers: "Space Race."

answers: NDQ_002115

answers: "Space Race."

answers: NDQ_002116

answers: "Space Race."

answers: NDQ_002117

answers: "Space Race."

answers: NDQ_002118

answers: "Space Race."

answers: NDQ_002119

answers: 1991

answers: NDQ_002120

answers: "Space Race."

answers: NDQ_002121

answers: "Space Race."

answers: NDQ_002122

answers: "Space Race."

answers: NDQ_002123

answers: "Space Race."

answers: NDQ_002124

answers: "Space Race."

answers: NDQ_002125

answers: "Space Race."

answers: NDQ_002126

answers: "Space Race."

answers: NDQ_002127

answers: "Space Race."

answers: NDQ_002128

answers: "Space Race."

answers: NDQ_002129

answers: "Space Race."

answers: NDQ_002130

answers: "Space Race."

answers: NDQ_002131

answers: "Space Race."

answers: NDQ_002132

answers: "Space Race."

answers: NDQ_002133

answers: "Space Race."

answers: NDQ_002134

answers: "Space Race."

answers: NDQ_002135

answers: "Space Race."

answers: NDQ_002136

answers: "Space Race."

answers: NDQ_002137

answers: "Space Race."

answers: NDQ_002138

answers: "Space Race."

answers: NDQ_002139

answers: "Space Race."

text: Orbital architecture is the architecture of structures designed to orbit around the Earth or another astronomical object.  Examples of currently-operational orbital architecture are the  International Space Station and the re-entry vehicles Space Shuttle, Soyuz spacecraft, and Shenzhou spacecraft.  Historical craft include the Mir space station, Skylab, and the Apollo spacecraft.  Orbital architecture usually addresses the condition of weightlessness, a lack of atmospheric and magnetospheric protection from solar and cosmic radiation, rapid day/night cycles, and possibly risk of orbital debris collision.  In addition, re-entry vehicles must also be adapted both to weightlessness and to the high temperatures and accelerations experienced during atmospheric reentry.

text: Orbital architecture is the architecture of structures designed to

text: orbit

text: around the Earth or another

text: astronomical object

text: .  Examples of currently-operational orbital architecture are the

text: International Space Station

text: and the re-entry vehicles

text: Space Shuttle

text: Soyuz spacecraft

text: , and

text: Shenzhou spacecraft

text: .  Historical craft include the

text: Mir space station

text: Skylab

text: , and the

text: Apollo spacecraft

text: .  Orbital architecture usually addresses the condition of weightlessness, a lack of atmospheric and magnetospheric protection from

text: solar

text: and

text: cosmic

text: radiation, rapid day/night cycles, and possibly risk of

text: orbital debris

text: collision.  In addition, re-entry vehicles must also be adapted both to weightlessness and to the high temperatures and accelerations experienced during

text: atmospheric reentry

answers: NDQ_002095

answers: orbit around Earth

answers: NDQ_002097

answers: accelerations

answers: NDQ_002099

answers: orbit around the Earth

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: atmospheric reentry

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How many years ago were the Mir space station, Skylab, and the Apollo spacecraft?

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: Space Shuttle

answers: NDQ_002116

answers: unanswerable

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices

answers: NDQ_002119

answers: Apollo

answers: NDQ_002120

answers: Which of the following is not a type of orbital architecture?

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: accelerations

answers: NDQ_002123

answers: What are examples of currently-operational orbital architecture?

answers: NDQ_002124

answers: Alan Shepherd

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: weightlessness

answers: NDQ_002128

answers: orbital architecture

answers: NDQ_002129

answers: International Space Station

answers: NDQ_002130

answers: International Space Station

answers: NDQ_002131

answers: orbital debris collision

answers: NDQ_002132

answers: Soyuz

answers: NDQ_002133

answers: Space Shuttle

answers: NDQ_002134

answers: Orbital architecture usually addresses the condition of weightlessness

answers: NDQ_002135

answers: Apollo

answers: NDQ_002136

answers: weightlessness

answers: NDQ_002137

answers: Orbital architecture

answers: NDQ_002138

answers: can be classified as a

answers: NDQ_002139

answers: Apollo

answers: NDQ_002095

answers: orbit around the Earth

answers: NDQ_002097

answers: accelerations

answers: NDQ_002099

answers: adapted both to weightlessness and to the high temperatures and accelerations

answers: NDQ_002100

answers: International Space Station

answers: NDQ_002103

answers: atmospheric reentry.

answers: NDQ_002108

answers: Apollo spacecraft.

answers: NDQ_002111

answers: weightlessness,

answers: NDQ_002113

answers: Orbital architecture

answers: NDQ_002114

answers: Apollo spacecraft.

answers: NDQ_002115

answers: Apollo spacecraft.

answers: NDQ_002116

answers: Orbital architecture

answers: NDQ_002117

answers: Space Shuttle, Soyuz spacecraft,

answers: NDQ_002118

answers: International Space Station

answers: NDQ_002119

answers: Apollo spacecraft.

answers: NDQ_002120

answers: Orbital architecture

answers: NDQ_002121

answers: weightlessness,

answers: NDQ_002122

answers: weightlessness,

answers: NDQ_002123

answers: Orbital architecture

answers: NDQ_002124

answers: Apollo

answers: NDQ_002125

answers: International Space Station

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: weightlessness,

answers: NDQ_002128

answers: Orbital architecture

answers: NDQ_002129

answers: International Space Station

answers: NDQ_002130

answers: International Space Station

answers: NDQ_002131

answers: orbital debris collision.

answers: NDQ_002132

answers: Orbital architecture

answers: NDQ_002133

answers: Apollo spacecraft.

answers: NDQ_002134

answers: weightlessness,

answers: NDQ_002135

answers: Apollo

answers: NDQ_002136

answers: weightlessness,

answers: NDQ_002137

answers: Orbital architecture

answers: NDQ_002138

answers: weightlessness,

answers: NDQ_002139

answers: Apollo

text: Space Adventures has established the Orbital Mission Explorers Circle to build a definitive consortium of future private space explorers who share a lifetime goal of orbital spaceflight or the investment therein. Space Adventures has initially created six "Founding Explorer" positions in the Orbital Mission Explorers Circle, each of whom will have priority access to participate in future orbital space missions.

text: Space Adventures has established the Orbital Mission Explorers Circle to build a definitive consortium of future private space explorers who share a lifetime goal of orbital spaceflight or the investment therein. Space Adventures has initially created six "Founding Explorer" positions in the Orbital Mission Explorers Circle, each of whom will have priority access to participate in future orbital space missions.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: unanswerable

answers: NDQ_002103

answers: Space Adventures

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: orbital spaceflight

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: orbital spaceflight

answers: NDQ_002129

answers: What is the largest artificial satellite?

answers: NDQ_002130

answers: Space Adventures

answers: NDQ_002131

answers: can be described as

answers: NDQ_002132

answers: Orbital

answers: NDQ_002133

answers: unanswerable

answers: NDQ_002134

answers: gravitational force is equal to the force of gravity

answers: NDQ_002135

answers: Orbital Mission Explorers Circle

answers: NDQ_002136

answers: Space Adventures

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: orbital spaceflight

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: orbital spaceflight

answers: NDQ_002097

answers: orbital spaceflight

answers: NDQ_002099

answers: orbital spaceflight

answers: NDQ_002100

answers: private space explorers

answers: NDQ_002103

answers: orbital spaceflight

answers: NDQ_002108

answers: orbital spaceflight

answers: NDQ_002111

answers: orbital spaceflight

answers: NDQ_002113

answers: orbital spaceflight

answers: NDQ_002114

answers: orbital spaceflight

answers: NDQ_002115

answers: orbital space missions.

answers: NDQ_002116

answers: orbital spaceflight

answers: NDQ_002117

answers: orbital space missions.

answers: NDQ_002118

answers: six

answers: NDQ_002119

answers: orbital spaceflight

answers: NDQ_002120

answers: Space Adventures

answers: NDQ_002121

answers: orbital spaceflight

answers: NDQ_002122

answers: orbital spaceflight

answers: NDQ_002123

answers: orbital spaceflight

answers: NDQ_002124

answers: Space Adventures

answers: NDQ_002125

answers: orbital spaceflight

answers: NDQ_002126

answers: orbital

answers: NDQ_002127

answers: orbital spaceflight

answers: NDQ_002128

answers: orbital spaceflight

answers: NDQ_002129

answers: orbital spaceflight

answers: NDQ_002130

answers: Space Adventures

answers: NDQ_002131

answers: orbital spaceflight

answers: NDQ_002132

answers: orbital spaceflight

answers: NDQ_002133

answers: orbital spaceflight

answers: NDQ_002134

answers: orbital spaceflight

answers: NDQ_002135

answers: orbital space missions.

answers: NDQ_002136

answers: orbital spaceflight

answers: NDQ_002137

answers: six "Founding Explorer"

answers: NDQ_002138

answers: orbital spaceflight

answers: NDQ_002139

answers: six "Founding Explorer"

text: The primary use of the Molniya orbit was for the communications satellite series of the same name. After two launch failures in 1964, the first successful satellite to use this orbit was Molniya 1-01 launched on April 23, 1965. The early Molniya-1 satellites were used for long-range military communications starting in 1968, but the satellites had a short lifespan and had to be constantly replaced. Its replacement, the Molniya-2, provided both military and civilian broadcasting, and was used to create the Orbita television network, spanning the Soviet Union. These were in turn replaced by the Molniya-3 design. There is some confusion in the existing sources about the naming, with some sources suggesting that all of the satellites on-orbit are of the Molniya-3 type, but referred to as Molniya-1 through -3 depending on their purpose.

text: The primary use of the Molniya orbit was for the communications satellite series of the same name. After two launch failures in 1964, the first successful satellite to use this orbit was Molniya 1-01 launched on April 23, 1965. The early Molniya-1 satellites were used for long-range military communications starting in 1968, but the satellites had a short lifespan and had to be constantly replaced. Its replacement, the Molniya-2, provided both military and civilian broadcasting, and was used to create the

text: Orbita

text: television network

text: , spanning the Soviet Union. These were in turn replaced by the Molniya-3 design. There is some confusion in the existing sources about the naming, with some sources suggesting that all of the satellites on-orbit are of the Molniya-3 type, but referred to as Molniya-1 through -3 depending on their purpose.

answers: NDQ_002095

answers: orbit

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched

answers: NDQ_002100

answers: Soviet Union

answers: NDQ_002103

answers: on April 23, 1965

answers: NDQ_002108

answers: NDQ_002111

answers: How many satellites were used for long-range military communications

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: The Soviet Union

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices are true

answers: NDQ_002119

answers: Neil Armstrong walked

answers: NDQ_002120

answers: What are the satellites on-orbit called?

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: What is the first law of motion?

answers: NDQ_002123

answers: How many years after the first successful satellite to use this orbit was Molniya 1-01 launched on April 23, 1965

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: launch

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Molniya-3

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: 1964

answers: NDQ_002134

answers: Molniya-1-01 launched on April 23, 1965

answers: NDQ_002135

answers: Soviet Union

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Molniya orbit

answers: NDQ_002138

answers: Molniya-1-01

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Molniya 1-01

answers: NDQ_002097

answers: launch failures in 1964,

answers: NDQ_002099

answers: both military and civilian broadcasting,

answers: NDQ_002100

answers: Soviet Union.

answers: NDQ_002103

answers: launch failures

answers: NDQ_002108

answers: 1964,

answers: NDQ_002111

answers: communications satellite series of the same name. After two launch failures in 1964,

answers: NDQ_002113

answers: communications satellite series of the same name. After two launch failures in 1964,

answers: NDQ_002114

answers: Soviet Union.

answers: NDQ_002115

answers: Molniya 1-01

answers: NDQ_002116

answers: satellite

answers: NDQ_002117

answers: launch failures

answers: NDQ_002118

answers: Molniya-3

answers: NDQ_002119

answers: 1965.

answers: NDQ_002120

answers: Molniya 1-01 launched on April 23, 1965.

answers: NDQ_002121

answers: launch failures

answers: NDQ_002122

answers: communications satellite series of the same name. After two launch failures

answers: NDQ_002123

answers: communications satellite

answers: NDQ_002124

answers: Molniya 1-01 launched on April 23, 1965.

answers: NDQ_002125

answers: Molniya 1-01 launched on April 23, 1965.

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: launch

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Molniya-3

answers: NDQ_002130

answers: Orbita

answers: NDQ_002131

answers: Molniya orbit

answers: NDQ_002132

answers: communications satellite

answers: NDQ_002133

answers: 1964,

answers: NDQ_002134

answers: Molniya-3

answers: NDQ_002135

answers: 1964,

answers: NDQ_002136

answers: short lifespan

answers: NDQ_002137

answers: Molniya orbit

answers: NDQ_002138

answers: Molniya-3

answers: NDQ_002139

answers: Molniya 1-01 launched on April 23, 1965.

text: A Molniya orbit (, "Lightning") is a type of highly elliptical orbit with an inclination of 63.4 degrees, an argument of perigee of −90 degrees and an orbital period of one half of a sidereal day. Molniya orbits are named after a series of Soviet/Russian Molniya communications satellites which have been using this type of orbit since the mid-1960s.

text: A Molniya orbit (, "Lightning") is a type of

text: highly elliptical orbit

text: with an

text: inclination

text: of 63.4

text: degree

text: s, an

text: argument of perigee

text: of −90 degrees and an

text: orbital period

text: of one half of a

text: sidereal day

text: . Molniya orbits are named after a series of

text: Soviet

text: Russia

text: n

text: Molniya

text: communications satellite

text: s which have been using this type of orbit since the mid-1960s.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: inclination

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: Soviet/Russia

answers: NDQ_002103

answers: Molniya orbits

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: The United States

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: It's impossible to say

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: What are the satellites used for?

answers: NDQ_002121

answers: no

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: Which is not a type of highly elliptical orbit with an inclination of 63.4 degrees?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: inclination

answers: NDQ_002128

answers: satellites

answers: NDQ_002129

answers: Molniya communications satellites

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Lightning

answers: NDQ_002132

answers: satellites

answers: NDQ_002133

answers: 1960s

answers: NDQ_002134

answers: Molniya orbits are named after a series of Soviet/Russian

answers: NDQ_002135

answers: the mid-1960s

answers: NDQ_002136

answers: orbital period

answers: NDQ_002137

answers: Molniya orbits

answers: NDQ_002138

answers: Molniya orbit

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Molniya orbit

answers: NDQ_002097

answers: inclination of 63.4 degrees,

answers: NDQ_002099

answers: highly elliptical orbit

answers: NDQ_002100

answers: Soviet/Russian

answers: NDQ_002103

answers: A Molniya orbit

answers: NDQ_002108

answers: mid-1960s.

answers: NDQ_002111

answers: A Molniya orbit

answers: NDQ_002113

answers: A Molniya orbit

answers: NDQ_002114

answers: Soviet/Russian

answers: NDQ_002115

answers: Soviet/Russian Molniya communications satellites

answers: NDQ_002116

answers: satellites

answers: NDQ_002117

answers: Molniya orbit

answers: NDQ_002118

answers: Molniya communications satellites

answers: NDQ_002119

answers: mid-1960s.

answers: NDQ_002120

answers: A Molniya orbit

answers: NDQ_002121

answers: orbital period of one half of a sidereal day.

answers: NDQ_002122

answers: Molniya orbit

answers: NDQ_002123

answers: Molniya communications satellites

answers: NDQ_002124

answers: A Molniya orbit

answers: NDQ_002125

answers: A Molniya orbit

answers: NDQ_002126

answers: elliptical

answers: NDQ_002127

answers: inclination of 63.4 degrees,

answers: NDQ_002128

answers: satellites

answers: NDQ_002129

answers: Molniya communications satellites

answers: NDQ_002130

answers: A Molniya orbit

answers: NDQ_002131

answers: 90 degrees

answers: NDQ_002132

answers: Molniya communications satellites

answers: NDQ_002133

answers: mid-1960s.

answers: NDQ_002134

answers: inclination of 63.4 degrees,

answers: NDQ_002135

answers: mid-1960s.

answers: NDQ_002136

answers: highly elliptical

answers: NDQ_002137

answers: Molniya orbit

answers: NDQ_002138

answers: 90 degrees

answers: NDQ_002139

answers: A Molniya orbit

text: Sagan argues that studying other planets provides context for understanding the Earth—and protecting humanity's only home planet from environmental catastrophe. He believes that NASA's decision to cut back exploration of the Moon after the Apollo program was a short-sighted decision, despite the expense and the failing popularity of the program among the United States public. Sagan says future exploration of space should focus on ways to protect Earth and to extend human habitation beyond it. The book was published the same year comet Shoemaker-Levy 9 crashed into Jupiter, an event Sagan uses to highlight the danger Earth faces from the occasional asteroid or comet large enough to cause substantial damage if it were to hit Earth. He says we need the political will to track large extraterrestrial objects, or we risk losing everything. Sagan argues that in order to save the human race, space colonization and terraforming should be utilized.

text: Sagan argues that studying other

text: planet

text: s provides context for understanding the Earth—and protecting humanity's only home planet from environmental catastrophe. He believes that

text: NASA

text: 's decision to cut back exploration of the

text: Moon

text: after the

text: Apollo program

text: was a short-sighted decision, despite the expense and the failing popularity of the program among the United States public. Sagan says future exploration of space should focus on ways to protect Earth and to extend human habitation beyond it. The book was published the same year

text: comet Shoemaker-Levy 9

text: crashed into

text: Jupiter

text: , an event Sagan uses to highlight the danger Earth faces from the occasional

text: asteroid

text: or

text: comet

text: large enough to cause substantial damage if it were to hit Earth. He says we need the political will to track large extraterrestrial objects, or we risk losing everything. Sagan argues that in order to save the human race,

text: space colonization

text: and

text: terraforming

text: should be utilized.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: How many years after the Apollo program was NASA's decision to cut back exploration of the Moon after the Apollo program?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: Apollo

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Apollo

answers: NDQ_002120

answers: What does Sagan say future exploration of space should focus on ways to protect Earth

answers: NDQ_002121

answers: Why was Sagan's decision to cut back exploration of the Moon after the Apollo program?

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: What does Sagan say future exploration of space should focus on ways to protect Earth?

answers: NDQ_002124

answers: Who was the first astronaut to walk on the Moon?

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: comet

answers: NDQ_002127

answers: the political will

answers: NDQ_002128

answers: comet

answers: NDQ_002129

answers: the Moon

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: Apollo

answers: NDQ_002133

answers: Apollo program

answers: NDQ_002134

answers: gravitational force is proportional to

answers: NDQ_002135

answers: Apollo

answers: NDQ_002136

answers: Earth's

answers: NDQ_002137

answers: Earth's magnetic field to determine

answers: NDQ_002138

answers: Sagan argues that future exploration of space should focus on ways to protect Earth

answers: NDQ_002139

answers: Sagan

answers: NDQ_002095

answers: extraterrestrial objects,

answers: NDQ_002097

answers: Earth—and protecting humanity's only home planet from environmental catastrophe.

answers: NDQ_002099

answers: Apollo program was a short-sighted decision,

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: NASA's decision to cut back exploration of the Moon

answers: NDQ_002108

answers: Apollo

answers: NDQ_002111

answers: Apollo program was a short-sighted decision,

answers: NDQ_002113

answers: Apollo program was a short-sighted decision,

answers: NDQ_002114

answers: Apollo program

answers: NDQ_002115

answers: Apollo program

answers: NDQ_002116

answers: Earth—and

answers: NDQ_002117

answers: Apollo program was a short-sighted decision,

answers: NDQ_002118

answers: humanity's only home planet from environmental catastrophe.

answers: NDQ_002119

answers: Apollo

answers: NDQ_002120

answers: Sagan argues that studying other planets provides context for understanding the Earth—and

answers: NDQ_002121

answers: extraterrestrial objects,

answers: NDQ_002122

answers: comet Shoemaker-Levy 9 crashed into Jupiter,

answers: NDQ_002123

answers: track large extraterrestrial objects,

answers: NDQ_002124

answers: Apollo program

answers: NDQ_002125

answers: NASA's decision to cut back exploration of the Moon

answers: NDQ_002126

answers: Jupiter,

answers: NDQ_002127

answers: Apollo

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: NASA's

answers: NDQ_002130

answers: NASA's

answers: NDQ_002131

answers: Apollo

answers: NDQ_002132

answers: Apollo

answers: NDQ_002133

answers: Apollo program

answers: NDQ_002134

answers: large extraterrestrial objects,

answers: NDQ_002135

answers: Apollo program

answers: NDQ_002136

answers: political will

answers: NDQ_002137

answers: extraterrestrial objects,

answers: NDQ_002138

answers: NASA's decision to cut back exploration of the Moon

answers: NDQ_002139

answers: Apollo

text: To date, no artificial satellites have been placed in this orbit, but it is of interest to some scientists foreseeing a future teleUcommunications network for the exploration of Mars. The proposed Mars One mission includes a communications system featuring amongst others things an areostationary satellite. An asteroid or station placed in areostationary orbit could also be used to construct a Martian space elevator for use in transfers between the surface of Mars and orbit.

text: To date, no

text: artificial satellite

text: s have been placed in this orbit, but it is of interest to some scientists foreseeing a future

text: teleUcommunications network

text: for the exploration of

text: Mars

text: . The proposed

text: Mars One

text: mission includes a communications system featuring amongst others things an areostationary satellite. An asteroid or station placed in areostationary orbit could also be used to construct a Martian

text: space elevator

text: for use in transfers between the surface of Mars and orbit.

answers: NDQ_002095

answers: orbit Mars

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: unanswerable

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How many years ago were rockets developed?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

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

answers: NDQ_002121

answers: It is not possible to tell

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: Which of the following is not a type of satellite: imaging satellites or areostationary satellites?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: An asteroid or station placed in areostationary orbit

answers: NDQ_002130

answers: Mars One

answers: NDQ_002131

answers: can be described as a

answers: NDQ_002132

answers: asteroid

answers: NDQ_002133

answers: unknown

answers: NDQ_002134

answers: gravitational force is proportional to

answers: NDQ_002135

answers: Mars One mission

answers: NDQ_002136

answers: gravitational pull

answers: NDQ_002137

answers: artificial satellites

answers: NDQ_002138

answers: could also be used to construct a Martian space elevator

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: orbit,

answers: NDQ_002097

answers: Mars.

answers: NDQ_002099

answers: areostationary satellite.

answers: NDQ_002100

answers: To date, no

answers: NDQ_002103

answers: Mars.

answers: NDQ_002108

answers: Mars.

answers: NDQ_002111

answers: To date, no artificial satellites

answers: NDQ_002113

answers: To date, no artificial satellites

answers: NDQ_002114

answers: To date, no artificial satellites

answers: NDQ_002115

answers: Mars.

answers: NDQ_002116

answers: asteroid

answers: NDQ_002117

answers: no artificial satellites

answers: NDQ_002118

answers: no artificial satellites

answers: NDQ_002119

answers: no artificial satellites have been placed in this orbit,

answers: NDQ_002120

answers: areostationary satellite.

answers: NDQ_002121

answers: areostationary orbit

answers: NDQ_002122

answers: no artificial satellites

answers: NDQ_002123

answers: no artificial satellites

answers: NDQ_002124

answers: Mars.

answers: NDQ_002125

answers: no artificial satellites

answers: NDQ_002126

answers: orbit,

answers: NDQ_002127

answers: asteroid or station placed in areostationary orbit

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: no artificial satellites have been placed in this orbit,

answers: NDQ_002130

answers: Mars One

answers: NDQ_002131

answers: Martian space elevator

answers: NDQ_002132

answers: artificial satellites

answers: NDQ_002133

answers: no artificial satellites

answers: NDQ_002134

answers: Mars.

answers: NDQ_002135

answers: Mars.

answers: NDQ_002136

answers: areostationary

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: areostationary satellite.

answers: NDQ_002139

answers: To date, no artificial satellites have been placed in this orbit,

text: The initial proposal for the CryoSat programme was submitted as part of a call for proposals in July 1998 for Earth Explorer missions as part of the European Space Agency's Living Planet programme. It was selected for further studies in 1999, and following completion of a feasibility study the mission was authorised. The construction phase began in 2001, and in 2002 EADS Astrium was awarded a contract to build the spacecraft. A contract was also signed with Eurockot, to conduct the launch of the satellite using a Rokot/Briz-KM carrier rocket.

text: The initial proposal for the CryoSat programme was submitted as part of a call for proposals in July 1998 for

text: Earth Explorer missions

text: as part of the European Space Agency's Living Planet programme. It was selected for further studies in 1999, and following completion of a feasibility study the mission was authorised. The construction phase began in 2001, and in 2002

text: EADS Astrium

text: was awarded a contract to build the spacecraft. A contract was also signed with

text: Eurockot

text: , to conduct the launch of the satellite using a

text: Rokot

text: Briz-KM

text: carrier rocket

answers: NDQ_002095

answers: Earth

answers: NDQ_002097

answers: law of conservation of energy

answers: NDQ_002099

answers: can launch satellites

answers: NDQ_002100

answers: European Space Agency

answers: NDQ_002103

answers: After completion of a feasibility study the mission was authorised

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: It was selected for further studies in 1999, and following completion of a feasibility study the mission was authorised

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: It was selected for further studies in 1999

answers: NDQ_002118

answers: How many satellites are in orbit around Earth

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Which satellites make detailed images of continents and coasts?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: How many years after the initial proposal for the CryoSat programme was submitted was it selected for further studies?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: Earth Explorer

answers: NDQ_002127

answers: carrier rocket

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: CryoSat

answers: NDQ_002130

answers: European Space Agency

answers: NDQ_002131

answers: NDQ_002132

answers: cryosat

answers: NDQ_002133

answers: 1998

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: CryoSat programme

answers: NDQ_002136

answers: CryoSat

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: CryoSat

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Earth Explorer missions as part of the European Space Agency's Living Planet

answers: NDQ_002097

answers: Planet

answers: NDQ_002099

answers: launch

answers: NDQ_002100

answers: European

answers: NDQ_002103

answers: launch of the satellite using a Rokot/Briz-KM

answers: NDQ_002108

answers: 1998

answers: NDQ_002111

answers: Rokot/Briz-KM carrier rocket.

answers: NDQ_002113

answers: Rokot/Briz-KM

answers: NDQ_002114

answers: European Space Agency's

answers: NDQ_002115

answers: Rokot/Briz-KM carrier rocket.

answers: NDQ_002116

answers: Earth Explorer missions as part of the European Space Agency's Living Planet

answers: NDQ_002117

answers: launch

answers: NDQ_002118

answers: Earth Explorer missions as part of the European Space Agency's Living Planet programme.

answers: NDQ_002119

answers: 1998

answers: NDQ_002120

answers: CryoSat

answers: NDQ_002121

answers: Earth Explorer missions as part of the European Space Agency's Living Planet

answers: NDQ_002122

answers: Rokot/Briz-KM

answers: NDQ_002123

answers: Earth Explorer missions

answers: NDQ_002124

answers: CryoSat

answers: NDQ_002125

answers: CryoSat

answers: NDQ_002126

answers: Planet

answers: NDQ_002127

answers: Rokot/Briz-KM carrier rocket.

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: CryoSat

answers: NDQ_002130

answers: European Space Agency's

answers: NDQ_002131

answers: CryoSat

answers: NDQ_002132

answers: CryoSat

answers: NDQ_002133

answers: 1998

answers: NDQ_002134

answers: Rokot/Briz-KM

answers: NDQ_002135

answers: Rokot/Briz-KM

answers: NDQ_002136

answers: launch

answers: NDQ_002137

answers: CryoSat

answers: NDQ_002138

answers: CryoSat

answers: NDQ_002139

answers: CryoSat

text: William Leitch (May 20, 1814 – May 9, 1864) was a Presbyterian minister who was born in Scotland, studied mathematics and science at the University of Glasgow, and moved to Canada in 1860 to take a post at Queen's University. Space historian Robert Godwin published in October 2015 his discovery that Leitch gave the first modern scientific explanation of the potential for space exploration using rockets (1861). He was said to be "a distinguished astronomer, naturalist and mathematician", and his proposal for rocket spaceflight came four decades prior to more well-known proposals by Konstantin Tsiolkovsky (1903), Robert Esnault-Pelterie (1913), Robert H. Goddard (1914), and Hermann Oberth (1923). Leitch's rocket spaceflight description was first provided in his 1861 essay "A Journey Through Space", which was later published in his book God's Glory in the Heavens (1862). This description correctly attributed rocket thrust to the "internal reaction" (Newton's laws of motion) and correctly identified that rocket thrust is most effective in the vacuum of space.

text: William Leitch (May 20, 1814 – May 9, 1864) was a

text: Presbyterian

text: minister who was born in

text: Scotland

text: , studied mathematics and science at the

text: University of Glasgow

text: , and moved to

text: Canada

text: in 1860 to take a post at

text: Queen's University

text: . Space historian

text: Robert Godwin

text: published in October 2015 his discovery that Leitch gave the first modern scientific explanation of the potential for

text: space exploration

text: using

text: rockets

text: (1861). He was said to be "a distinguished astronomer, naturalist and mathematician", and his proposal for rocket spaceflight came four decades prior to more well-known proposals by

text: Konstantin Tsiolkovsky

text: Robert Esnault-Pelterie

text: Robert H. Goddard

text: (1914), and

text: Hermann Oberth

text: (1923). Leitch's rocket spaceflight description was first provided in his 1861 essay "A Journey Through Space", which was later published in his book God's Glory in the Heavens (1862). This description correctly attributed rocket thrust to the "internal reaction" (

text: Newton's laws of motion

text: ) and correctly identified that rocket thrust is most effective in the

text: vacuum

text: of space.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: internal reaction

answers: NDQ_002099

answers: propels itself into space

answers: NDQ_002100

answers: Canada

answers: NDQ_002103

answers: in the vacuum of space

answers: NDQ_002108

answers: No

answers: NDQ_002111

answers: How many years before Leitch gave the first modern scientific explanation of the potential for space exploration using rockets?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: U.S.

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: How did William Leitch give the first modern scientific explanation of the potential for space exploration using rockets?

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: Landsat satellites

answers: NDQ_002121

answers: Newton's laws of motion

answers: NDQ_002122

answers: Which law of motion helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: How many years after Leitch gave the first modern scientific explanation of the potential for space exploration using rockets did Robert Godwin publish his discovery that Leitch gave the first modern scientific explanation of the potential for space exploration using rockets

answers: NDQ_002124

answers: Who was the first astronaut to walk on the Moon

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: motion

answers: NDQ_002127

answers: rocket thrust

answers: NDQ_002128

answers: astronomical

answers: NDQ_002129

answers: Hermann Oberth

answers: NDQ_002130

answers: United States Space Agency

answers: NDQ_002131

answers: Newton's laws of motion

answers: NDQ_002132

answers: rocket

answers: NDQ_002133

answers: 1860s

answers: NDQ_002134

answers: rocket thrust is most effective in what?

answers: NDQ_002135

answers: unanswerable

answers: NDQ_002136

answers: rocket thrust

answers: NDQ_002137

answers: Newton's laws

answers: NDQ_002138

answers: What is the name of the satellite in a low orbit?

answers: NDQ_002139

answers: Robert H. Goddard

answers: NDQ_002095

answers: rockets

answers: NDQ_002097

answers: "internal reaction"

answers: NDQ_002099

answers: thrust

answers: NDQ_002100

answers: Canada

answers: NDQ_002103

answers: rocket thrust is most effective in the vacuum of space.

answers: NDQ_002108

answers: Konstantin Tsiolkovsky (1903),

answers: NDQ_002111

answers: "internal reaction"

answers: NDQ_002113

answers: rockets (1861).

answers: NDQ_002114

answers: William Leitch (May 20, 1814 – May 9, 1864)

answers: NDQ_002115

answers: Konstantin Tsiolkovsky

answers: NDQ_002116

answers: rockets

answers: NDQ_002117

answers: rockets

answers: NDQ_002118

answers: rockets

answers: NDQ_002119

answers: 1864)

answers: NDQ_002120

answers: 2015

answers: NDQ_002121

answers: (Newton's laws of motion)

answers: NDQ_002122

answers: "internal reaction"

answers: NDQ_002123

answers: rockets

answers: NDQ_002124

answers: William Leitch

answers: NDQ_002125

answers: 2015

answers: NDQ_002126

answers: (Newton's laws of motion)

answers: NDQ_002127

answers: "internal reaction"

answers: NDQ_002128

answers: astronomer,

answers: NDQ_002129

answers: Hermann Oberth (1923).

answers: NDQ_002130

answers: Robert H. Goddard

answers: NDQ_002131

answers: rocket thrust

answers: NDQ_002132

answers: rockets

answers: NDQ_002133

answers: (1861).

answers: NDQ_002134

answers: "internal reaction"

answers: NDQ_002135

answers: Konstantin Tsiolkovsky (1903),

answers: NDQ_002136

answers: rocket thrust is most effective in the vacuum of space.

answers: NDQ_002137

answers: (Newton's laws of motion)

answers: NDQ_002138

answers: rockets

answers: NDQ_002139

answers: William Leitch

text: Practitioners of the visual arts have for many decades explored space in their imaginations using traditional painting media and many are now using digital media toward similar ends. Science fiction magazines and picture essay magazines were once a major outlet for Space Art, often featuring planets, space ships and dramatic alien landscapes.  Chesley Bonestell, R. A. Smith, Lucien Rudaux, David A. Hardy and Ludek Pesek were some of the major artists in the early days of the genre actively involved in visualizing space exploration proposals with input from astronomers and experts in the infant rocketry field anxious to spread their ideas to a wider audience.  A strength of Bonestell's work in particular was the portrayal of exotic worlds with their own alien beauty, often giving a sense of destination as much as of the technological means of getting there.

text: Practitioners of the visual arts have for many decades explored space in their imaginations using traditional painting media and many are now using digital media toward similar ends. Science fiction magazines and picture essay magazines were once a major outlet for Space Art, often featuring planets, space ships and dramatic alien landscapes.  Chesley Bonestell, R. A. Smith, Lucien Rudaux, David A. Hardy and Ludek Pesek were some of the major artists in the early days of the genre actively involved in visualizing space exploration proposals with input from astronomers and experts in the infant rocketry field anxious to spread their ideas to a wider audience.  A strength of Bonestell's work in particular was the portrayal of exotic worlds with their own alien beauty, often giving a sense of destination as much as of the technological means of getting there.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can travel in space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: Space Art

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: What was the strength of Bonestell's work in particular

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: many are now using digital media toward similar ends

answers: NDQ_002119

answers: space

answers: NDQ_002120

answers: Space Art

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: Which of the following is not a strength of Bonestell's work in particular?

answers: NDQ_002123

answers: Which of the following is not a strength of Bonestell's work in particular was the portrayal of exotic worlds with their own alien beauty?

answers: NDQ_002124

answers: Alan Shepherd

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: space ship

answers: NDQ_002127

answers: the technological means of getting there.

answers: NDQ_002128

answers: planet

answers: NDQ_002129

answers: The International Space Station

answers: NDQ_002130

answers: Space Art

answers: NDQ_002131

answers: Space Art

answers: NDQ_002132

answers: infant rocketry

answers: NDQ_002133

answers: infantry

answers: NDQ_002134

answers: Newton's third law states that

answers: NDQ_002135

answers: Space Art

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: digital media

answers: NDQ_002138

answers: can be described as

answers: NDQ_002139

answers: Chesley Bonestell

answers: NDQ_002095

answers: space ships

answers: NDQ_002097

answers: space in their imaginations

answers: NDQ_002099

answers: getting there.

answers: NDQ_002100

answers: Ludek Pesek

answers: NDQ_002103

answers: astronomers and experts in the infant rocketry

answers: NDQ_002108

answers: astronomers and experts in the infant rocketry

answers: NDQ_002111

answers: astronomers

answers: NDQ_002113

answers: Space Art,

answers: NDQ_002114

answers: Space Art,

answers: NDQ_002115

answers: Space Art,

answers: NDQ_002116

answers: planets, space ships

answers: NDQ_002117

answers: infant rocketry

answers: NDQ_002118

answers: planets, space ships

answers: NDQ_002119

answers: Chesley Bonestell,

answers: NDQ_002120

answers: Space Art,

answers: NDQ_002121

answers: space ships

answers: NDQ_002122

answers: Space Art,

answers: NDQ_002123

answers: digital media

answers: NDQ_002124

answers: Space Art,

answers: NDQ_002125

answers: Space Art,

answers: NDQ_002126

answers: destination

answers: NDQ_002127

answers: technological

answers: NDQ_002128

answers: planets,

answers: NDQ_002129

answers: Ludek Pesek

answers: NDQ_002130

answers: astronomers and experts in the infant rocketry

answers: NDQ_002131

answers: infant rocketry

answers: NDQ_002132

answers: infant rocketry

answers: NDQ_002133

answers: infant rocketry

answers: NDQ_002134

answers: technological means of getting there.

answers: NDQ_002135

answers: infant rocketry

answers: NDQ_002136

answers: technological means

answers: NDQ_002137

answers: digital media

answers: NDQ_002138

answers: astronomers

answers: NDQ_002139

answers: Chesley Bonestell,

text: The exploration of outer space started in earnest with the launch of Sputnik 1 by the Soviet Union on 4 October 1957. This was the first man-made satellite orbiting the Earth. Subsequent successful launches, both in the Soviet Union (e.g., the Sputnik and Cosmos programs), and in the U.S. (e.g., the Explorer program), quickly led to the design and operation of dedicated meteorological satellites. These are orbiting platforms embarking instruments specially designed to observe the Earth's atmosphere and surface with a view to improve weather forecasting. Starting in 1960, the TIROS series of satellites embarked television cameras and radiometers. This was later (1964 onwards) followed by the Nimbus satellites and the family of Advanced Very High Resolution Radiometer instruments on board the National Oceanic and Atmospheric Administration (NOAA) platforms. The latter measures the reflectance of the planet in red and near-infrared bands, as well as in the thermal infrared. In parallel, NASA developed the Earth Resources Technology Satellite (ERTS), which became the precursor to the Landsat program. These early sensors had minimal spectral resolution, but tended to include bands in the red and near-infrared, which are useful to distinguish vegetation and clouds, amongst other targets.

text: The exploration of outer space started in earnest with the launch of

text: Sputnik

text: 1 by the

text: Soviet Union

text: on 4 October 1957. This was the first man-made

text: satellite

text: orbiting the

text: Earth

text: . Subsequent successful launches, both in the Soviet Union (e.g., the Sputnik and

text: Cosmos

text: programs), and in the U.S. (e.g., the

text: Explorer program

text: ), quickly led to the design and operation of dedicated

text: meteorological satellites

text: . These are orbiting platforms embarking instruments specially designed to observe the Earth's atmosphere and surface with a view to improve

text: weather forecasting

text: . Starting in 1960, the

text: TIROS

text: series of satellites embarked television cameras and radiometers. This was later (1964 onwards) followed by the

text: Nimbus

text: satellites and the family of

text: Advanced Very High Resolution Radiometer

text: instruments on board the

text: National Oceanic and Atmospheric Administration

text: (NOAA) platforms. The latter measures the reflectance of the planet in red and near-infrared bands, as well as in the thermal infrared. In parallel, NASA developed the Earth Resources Technology Satellite (ERTS), which became the precursor to the

text: Landsat program

text: . These early sensors had minimal spectral resolution, but tended to include bands in the red and near-infrared, which are useful to distinguish vegetation and clouds, amongst other targets.

answers: NDQ_002095

answers: orbit the Earth

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can be launched

answers: NDQ_002100

answers: Soviet Union

answers: NDQ_002103

answers: Sputnik

answers: NDQ_002108

answers: yes

answers: NDQ_002111

answers: How did the exploration of outer space start?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the Soviet Union

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth

answers: NDQ_002119

answers: Neil Armstrong walked

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: what is the first man-made satellite orbiting the Earth

answers: NDQ_002123

answers: Which satellites embarked television cameras and radiometers?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbiting

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Earth Resources Technology Satellite (ERTS)

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Sputnik 1

answers: NDQ_002132

answers: Sputnik 1

answers: NDQ_002133

answers: 4 October 1957

answers: NDQ_002134

answers: Sputnik 1 was launched on what date?

answers: NDQ_002135

answers: Sputnik 1

answers: NDQ_002136

answers: Space weather

answers: NDQ_002137

answers: Earth Resources Technology Satellite

answers: NDQ_002138

answers: Earth Resources Technology Satellite

answers: NDQ_002139

answers: unanswerable

answers: NDQ_002095

answers: orbiting the Earth.

answers: NDQ_002097

answers: The exploration of outer space

answers: NDQ_002099

answers: launch of Sputnik 1

answers: NDQ_002100

answers: Soviet Union

answers: NDQ_002103

answers: launch of Sputnik 1

answers: NDQ_002108

answers: Sputnik 1 by the Soviet Union on 4 October 1957.

answers: NDQ_002111

answers: meteorological satellites.

answers: NDQ_002113

answers: Sputnik 1

answers: NDQ_002114

answers: Soviet Union

answers: NDQ_002115

answers: Sputnik 1

answers: NDQ_002116

answers: Earth.

answers: NDQ_002117

answers: meteorological satellites.

answers: NDQ_002118

answers: meteorological satellites.

answers: NDQ_002119

answers: 1957.

answers: NDQ_002120

answers: Earth Resources Technology Satellite (ERTS),

answers: NDQ_002121

answers: Sputnik 1

answers: NDQ_002122

answers: Sputnik 1

answers: NDQ_002123

answers: meteorological satellites.

answers: NDQ_002124

answers: Sputnik 1

answers: NDQ_002125

answers: meteorological satellites.

answers: NDQ_002126

answers: orbiting

answers: NDQ_002127

answers: launch of Sputnik 1

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Sputnik 1

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Sputnik 1

answers: NDQ_002132

answers: meteorological satellites.

answers: NDQ_002133

answers: Sputnik 1

answers: NDQ_002134

answers: meteorological satellites.

answers: NDQ_002135

answers: Sputnik 1

answers: NDQ_002136

answers: weather forecasting.

answers: NDQ_002137

answers: meteorological satellites.

answers: NDQ_002138

answers: Earth Resources Technology Satellite (ERTS),

answers: NDQ_002139

answers: Explorer program),

text: BepiColombo is a joint mission of the European Space Agency (ESA) and the Japan Aerospace Exploration Agency (JAXA) to the planet Mercury. The mission comprises two satellites to be launched together: the Mercury Planetary Orbiter (MPO) and the Mercury Magnetospheric Orbiter (MMO). The mission will perform a comprehensive study on Mercury, including its magnetic field, magnetosphere, interior structure and surface. It is scheduled to launch in October 2018, with an arrival at Mercury planned for December 2025, after a flyby of Earth, two flybys of Venus, and six flybys of Mercury. The mission was approved in February 2007, after years in proposal and planning as part of the European Space Agency's Horizon 2000+ program; it will be the last mission of the program to be launched.

text: BepiColombo is a joint mission of the

text: European Space Agency

text: (ESA) and the

text: Japan Aerospace Exploration Agency

text: (JAXA) to the planet

text: Mercury

text: . The mission comprises two satellites to be launched together: the Mercury Planetary Orbiter (MPO) and the Mercury Magnetospheric Orbiter (MMO). The mission will perform a comprehensive study on Mercury, including its

text: magnetic field

text: magnetosphere

text: , interior structure and surface. It is scheduled to launch in October 2018, with an arrival at Mercury planned for December 2025, after a flyby of Earth, two flybys of Venus, and six flybys of Mercury. The mission was approved in February 2007, after years in proposal and planning as part of the European Space Agency's

entity_name: List of European Space Agency programs and missions

text: Horizon 2000+

text: program; it will be the last mission of the program to be launched.

answers: NDQ_002095

answers: Earth

answers: NDQ_002097

answers: magnetic field

answers: NDQ_002099

answers: can launch satellites

answers: NDQ_002100

answers: ESA and the Japan Aerospace Exploration Agency

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How many years ago was the mission approved?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S.

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: None of the above choices

answers: NDQ_002118

answers: None of the above choices

answers: NDQ_002119

answers: Neil Armstrong walked

answers: NDQ_002120

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

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: Which of the following is not a type of imaging satellite: Mercury Planetary Orbiter or Mercury Magnetospheric Orbiter?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: magnetic field

answers: NDQ_002128

answers: satellites

answers: NDQ_002129

answers: Mercury Magnetospheric Orbiter

answers: NDQ_002130

answers: European Space Agency

answers: NDQ_002131

answers: magnetosphere

answers: NDQ_002132

answers: Orbiter

answers: NDQ_002133

answers: space age

answers: NDQ_002134

answers: Mercury has a magnetic field

answers: NDQ_002135

answers: BepiColombo

answers: NDQ_002136

answers: magnetosphere

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Mercury Planetary Orbiter

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Mercury.

answers: NDQ_002097

answers: magnetic field,

answers: NDQ_002099

answers: launched

answers: NDQ_002100

answers: European Space Agency

answers: NDQ_002103

answers: flyby of Earth,

answers: NDQ_002108

answers: Earth,

answers: NDQ_002111

answers: magnetic field, magnetosphere,

answers: NDQ_002113

answers: BepiColombo

answers: NDQ_002114

answers: Mercury.

answers: NDQ_002115

answers: Mercury.

answers: NDQ_002116

answers: Earth,

answers: NDQ_002117

answers: launched

answers: NDQ_002118

answers: Earth,

answers: NDQ_002119

answers: 2007,

answers: NDQ_002120

answers: Earth,

answers: NDQ_002121

answers: Mercury.

answers: NDQ_002122

answers: 2018, with an arrival at Mercury planned for December 2025,

answers: NDQ_002123

answers: flyby of Earth,

answers: NDQ_002124

answers: BepiColombo

answers: NDQ_002125

answers: Mercury.

answers: NDQ_002126

answers: Orbiter

answers: NDQ_002127

answers: magnetic field,

answers: NDQ_002128

answers: satellites to be launched together: the Mercury Planetary Orbiter

answers: NDQ_002129

answers: Mercury Planetary Orbiter

answers: NDQ_002130

answers: European Space Agency

answers: NDQ_002131

answers: BepiColombo

answers: NDQ_002132

answers: satellites

answers: NDQ_002133

answers: Earth,

answers: NDQ_002134

answers: magnetic field, magnetosphere,

answers: NDQ_002135

answers: Horizon 2000+ program;

answers: NDQ_002136

answers: magnetic field, magnetosphere,

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Mercury Planetary Orbiter

answers: NDQ_002139

answers: BepiColombo

text: At the end of the twenty-first century, a teleportation technology called "T-Mat" has replaced all traditional forms of transport, allowing people and objects to travel instantly anywhere on Earth. Manned space exploration has ceased due to the ease of life on Earth. The Second Doctor, Jamie McCrimmon and Zoe Herriot arrive in a museum on Earth run by Professor Daniel Eldred dedicated to the obsolete technology of rockets. However, something goes amiss at the T-Mat vital relay station on the Moon and the system breaks down. With communications out, and no way to reach the Moon without T-Mat, those responsible for the system, Commander Radnor and his assistant Gia Kelly, turn to Professor Eldred to help. He has been privately building a rocket in hopes of re-igniting interest in space travel. In the absence of a space program to provide trained astronauts, the Doctor and his companions volunteer to crew the rocket. The Doctor also comments that the TARDIS is not suitable for short range use after Zoe informs Jamie that the TARDIS would most likely overshoot by a couple of million years.

text: At the end of the twenty-first century, a

text: teleportation

text: technology called "T-Mat" has replaced all traditional forms of transport, allowing people and objects to travel instantly anywhere on

text: Earth

text: . Manned

text: space exploration

text: has ceased due to the ease of life on Earth. The

text: Second Doctor

text: Jamie McCrimmon

text: and

text: Zoe Herriot

text: arrive in a museum on Earth run by Professor Daniel Eldred dedicated to the obsolete technology of rockets. However, something goes amiss at the T-Mat vital relay station on the

text: Moon

text: and the system breaks down. With communications out, and no way to reach the Moon without T-Mat, those responsible for the system, Commander Radnor and his assistant Gia Kelly, turn to Professor Eldred to help. He has been privately building a

text: rocket

text: in hopes of re-igniting interest in space travel. In the absence of a space program to provide trained astronauts, the Doctor and his companions volunteer to crew the rocket. The Doctor also comments that the TARDIS is not suitable for short range use after Zoe informs Jamie that the TARDIS would most likely overshoot by a couple of million years.

answers: NDQ_002095

answers: reach the Moon

answers: NDQ_002097

answers: a couple of million years

answers: NDQ_002099

answers: reaches the Moon

answers: NDQ_002100

answers: Earth

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: What is Professor Daniel Eldred's profession?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: How many nations have put a human on the moon

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: What is Professor Daniel Eldred's profession?

answers: NDQ_002118

answers: how many satellites are in orbit around earth

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: What do the satellites make detailed images of?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What law helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: What are placed in high orbits over Earth?

answers: NDQ_002124

answers: Who was the first astronaut to walk on the Moon?

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: a

answers: NDQ_002127

answers: Professor Daniel Eldred

answers: NDQ_002128

answers: the Moon

answers: NDQ_002129

answers: T-Mat

answers: NDQ_002130

answers: a space program

answers: NDQ_002131

answers: T-Mat

answers: NDQ_002132

answers: T-Mat

answers: NDQ_002133

answers: 20th century

answers: NDQ_002134

answers: a teleportation technology has replaced all traditional forms of transport

answers: NDQ_002135

answers: The Second Doctor

answers: NDQ_002136

answers: T-Mat

answers: NDQ_002137

answers: T-Mat

answers: NDQ_002138

answers: What is the name of the satellite in low orbit?

answers: NDQ_002139

answers: Daniel Eldred

answers: NDQ_002095

answers: Moon

answers: NDQ_002097

answers: objects

answers: NDQ_002099

answers: space travel.

answers: NDQ_002100

answers: Earth.

answers: NDQ_002103

answers: Professor Daniel Eldred

answers: NDQ_002108

answers: Manned space exploration

answers: NDQ_002111

answers: rockets.

answers: NDQ_002113

answers: rockets.

answers: NDQ_002114

answers: Manned space exploration

answers: NDQ_002115

answers: T-Mat

answers: NDQ_002116

answers: Earth run by Professor Daniel Eldred

answers: NDQ_002117

answers: rockets.

answers: NDQ_002118

answers: "T-Mat"

answers: NDQ_002119

answers: astronauts,

answers: NDQ_002120

answers: "T-Mat"

answers: NDQ_002121

answers: "T-Mat"

answers: NDQ_002122

answers: Professor Daniel Eldred

answers: NDQ_002123

answers: "T-Mat"

answers: NDQ_002124

answers: T-Mat

answers: NDQ_002125

answers: Moon

answers: NDQ_002126

answers: travel instantly anywhere on Earth.

answers: NDQ_002127

answers: Professor Daniel Eldred

answers: NDQ_002128

answers: TARDIS

answers: NDQ_002129

answers: T-Mat vital relay station on the Moon

answers: NDQ_002130

answers: a space program

answers: NDQ_002131

answers: TARDIS

answers: NDQ_002132

answers: rocket

answers: NDQ_002133

answers: a couple of million years.

answers: NDQ_002134

answers: a couple of million years.

answers: NDQ_002135

answers: a space program to provide trained astronauts,

answers: NDQ_002136

answers: ease of life on Earth.

answers: NDQ_002137

answers: T-Mat vital relay station

answers: NDQ_002138

answers: T-Mat

answers: NDQ_002139

answers: Professor Daniel Eldred

text: In 1996, Johnson Space Center (JSC) began development of the Advanced Docking Berthing System, which would later be called the X-38 Low-Impact Docking System. After the X-38 was canceled in 2002, development of the mating system continued, but its future was unknown. In 2004, President George W. Bush announced his Vision for Space Exploration and NASA's 2005 Exploration Systems Architecture Study was created in response, recommended the use of the Low Impact Docking System (LIDS) for the Crew Exploration Vehicle (which was later named Orion) and all applicable future exploration elements. The Hubble Space Telescope received the Soft-Capture Mechanism (SCM) on STS-125. The SCM is meant for unpressurized docking, but uses the LIDS interface to reserve the possibility of an Orion docked mission. The docking ring is mounted on Hubble's aft bulkhead. It may be used for safely de-orbiting Hubble at the end of its service lifetime.

text: In 1996,

text: Johnson Space Center

text: (JSC) began development of the Advanced Docking Berthing System, which would later be called the

text: Low-Impact Docking System. After the X-38 was canceled in 2002, development of the mating system continued, but its future was unknown. In 2004, President George W. Bush announced his

text: Vision for Space Exploration

text: and NASA's 2005

text: Exploration Systems Architecture Study

text: was created in response, recommended the use of the Low Impact Docking System (LIDS) for the

text: Crew Exploration Vehicle

text: (which was later named Orion) and all applicable future exploration elements. The

text: Hubble Space Telescope

text: received the Soft-Capture Mechanism (SCM) on

text: . The SCM is meant for unpressurized docking, but uses the LIDS interface to reserve the possibility of an Orion docked mission. The docking ring is mounted on Hubble's aft bulkhead. It may be used for safely de-orbiting Hubble at the end of its service lifetime.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: docking

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: unpressurized

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: What happened to the X-38?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: Which law of motion helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: How are imaging satellites placed in high orbits over Earth?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: unpressurized docking

answers: NDQ_002128

answers: Hubble

answers: NDQ_002129

answers: Hubble Space Telescope

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unpressurized docking

answers: NDQ_002132

answers: The Hubble Space Telescope

answers: NDQ_002133

answers: 1996

answers: NDQ_002134

answers: The Hubble Space Telescope received the Soft-Capture Mechanism on what?

answers: NDQ_002135

answers: Vision for Space Exploration

answers: NDQ_002136

answers: docking

answers: NDQ_002137

answers: X-38 Low-Impact Docking System

answers: NDQ_002138

answers: may be used for safely de-orbiting

answers: NDQ_002139

answers: George W Bush

answers: NDQ_002095

answers: X-38 Low-Impact Docking System.

answers: NDQ_002097

answers: X-38 Low-Impact

answers: NDQ_002099

answers: Space Exploration

answers: NDQ_002100

answers: NASA's

answers: NDQ_002103

answers: X-38 Low-Impact Docking System.

answers: NDQ_002108

answers: X-38 Low-Impact Docking System.

answers: NDQ_002111

answers: its future was unknown.

answers: NDQ_002113

answers: X-38 Low-Impact Docking System.

answers: NDQ_002114

answers: NASA's

answers: NDQ_002115

answers: X-38 Low-Impact Docking System.

answers: NDQ_002116

answers: The Hubble Space Telescope

answers: NDQ_002117

answers: X-38 Low-Impact Docking System.

answers: NDQ_002118

answers: The Hubble Space Telescope

answers: NDQ_002119

answers: 1996,

answers: NDQ_002120

answers: X-38 Low-Impact Docking System.

answers: NDQ_002121

answers: The Hubble Space Telescope

answers: NDQ_002122

answers: X-38 Low-Impact Docking System.

answers: NDQ_002123

answers: The Hubble Space Telescope

answers: NDQ_002124

answers: X-38

answers: NDQ_002125

answers: The Hubble Space Telescope

answers: NDQ_002126

answers: de-orbiting

answers: NDQ_002127

answers: unpressurized

answers: NDQ_002128

answers: Hubble Space Telescope

answers: NDQ_002129

answers: X-38

answers: NDQ_002130

answers: NASA's

answers: NDQ_002131

answers: X-38

answers: NDQ_002132

answers: The Hubble Space Telescope

answers: NDQ_002133

answers: X-38

answers: NDQ_002134

answers: unpressurized docking,

answers: NDQ_002135

answers: X-38

answers: NDQ_002136

answers: X-38 Low-Impact Docking System.

answers: NDQ_002137

answers: LIDS interface

answers: NDQ_002138

answers: X-38 Low-Impact Docking System.

answers: NDQ_002139

answers: George W. Bush

text: This is a list of space probes that have flown by, impacted, or landed on the Moon for the purpose of lunar exploration, as well as probes launched toward the Moon that failed to reach their target.  Confirmed future probes are included, but missions that are still at the concept stage, or which never progressed beyond the concept stage, are not.

text: This is a list of

text: space probes

text: that have flown by, impacted, or landed on the

text: Moon

text: for the purpose of

text: lunar exploration

text: , as well as probes launched toward the Moon that failed to reach their target.  Confirmed future probes are included, but missions that are still at the concept stage, or which never progressed beyond the concept stage, are not.

answers: NDQ_002095

answers: land on the Moon

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: space probes

answers: NDQ_002108

answers: space probes

answers: NDQ_002111

answers: concept stage, or which never progressed beyond the concept stage, are not

answers: NDQ_002113

answers: The invention of gunpowder

answers: NDQ_002114

answers: U.S.

answers: NDQ_002115

answers: space probes

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: satellites are in orbit around Earth

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: Landsat

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: Newtons Third Law of Motion helps explain how a rocket will travel in space

answers: NDQ_002123

answers: What is the purpose of a space probe?

answers: NDQ_002124

answers: Alan Shepherd

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: space probe

answers: NDQ_002129

answers: The International Space Station (ISS) is the largest artificial satellite.

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: impacted

answers: NDQ_002132

answers: space probes

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: gravitational force is proportional to the mass of an object

answers: NDQ_002135

answers: Space Race

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: is a satellite in a low orbit

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: landed on the Moon

answers: NDQ_002097

answers: impacted, or landed on the Moon

answers: NDQ_002099

answers: target.

answers: NDQ_002100

answers: Moon

answers: NDQ_002103

answers: launched toward the Moon that failed to reach their target.

answers: NDQ_002108

answers: Moon

answers: NDQ_002111

answers: space probes

answers: NDQ_002113

answers: Moon

answers: NDQ_002114

answers: landed on the Moon

answers: NDQ_002115

answers: lunar exploration,

answers: NDQ_002116

answers: Moon

answers: NDQ_002117

answers: Moon for the purpose of lunar exploration,

answers: NDQ_002118

answers: Moon

answers: NDQ_002119

answers: Moon

answers: NDQ_002120

answers: Moon

answers: NDQ_002121

answers: space probes

answers: NDQ_002122

answers: Moon

answers: NDQ_002123

answers: Moon

answers: NDQ_002124

answers: landed on the Moon

answers: NDQ_002125

answers: Moon

answers: NDQ_002126

answers: target.

answers: NDQ_002127

answers: launched toward the Moon that failed to reach their target.

answers: NDQ_002128

answers: space probes

answers: NDQ_002129

answers: Moon

answers: NDQ_002130

answers: Moon

answers: NDQ_002131

answers: impacted, or landed on the Moon

answers: NDQ_002132

answers: space probes

answers: NDQ_002133

answers: Moon

answers: NDQ_002134

answers: landed on the Moon

answers: NDQ_002135

answers: lunar exploration,

answers: NDQ_002136

answers: Moon for the purpose of lunar exploration,

answers: NDQ_002137

answers: Moon

answers: NDQ_002138

answers: Moon

answers: NDQ_002139

answers: Moon

text: In September 2010, it was announced that the country is planning to carry out explorations in deep space by sending a man to the Moon by 2025. China also hopes to bring a moon rock sample back to Earth in 2017, and subsequently build an observatory on the Moon's surface. Ye Peijian, Commander in Chief of the Chang’e programme and an academic at the Chinese Academy of Sciences, added that China has the "full capacity to accomplish Mars exploration by 2013."

text: In September 2010, it was announced that the country is planning to carry out explorations in deep space by sending a man to the Moon by 2025. China also hopes to bring a moon rock sample back to Earth in 2017, and subsequently build an observatory on the Moon's surface.

text: Ye Peijian

text: , Commander in Chief of the Chang’e programme and an academic at the

text: Chinese Academy of Sciences

text: , added that China has the "full capacity to accomplish Mars exploration by 2013."

answers: NDQ_002095

answers: Mars

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: sends people into space

answers: NDQ_002100

answers: China

answers: NDQ_002103

answers: by 2025

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: Which is not a type of spacecraft?

answers: NDQ_002121

answers: the law of conservation of momentum

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: Which of the following is not a type of spacecraft: imaging satellites or Mars exploration?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: the Moon

answers: NDQ_002129

answers: Chang'e programme

answers: NDQ_002130

answers: unanswerable

answers: NDQ_002131

answers: NDQ_002132

answers: Mars exploration

answers: NDQ_002133

answers: 20th century

answers: NDQ_002134

answers: Earth's gravitational force is proportional to its mass

answers: NDQ_002135

answers: Chang'e programme

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: Earth

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Moon

answers: NDQ_002097

answers: Moon by 2025.

answers: NDQ_002099

answers: sending a man to the Moon by 2025.

answers: NDQ_002100

answers: China

answers: NDQ_002103

answers: 2017,

answers: NDQ_002108

answers: Moon by 2025.

answers: NDQ_002111

answers: 2025.

answers: NDQ_002113

answers: 2025.

answers: NDQ_002114

answers: 2025.

answers: NDQ_002115

answers: sending a man to the Moon by 2025.

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: 2025.

answers: NDQ_002118

answers: 2025.

answers: NDQ_002119

answers: Moon by 2025.

answers: NDQ_002120

answers: Mars exploration by 2013."

answers: NDQ_002121

answers: space by sending a man to the Moon by 2025.

answers: NDQ_002122

answers: 2025.

answers: NDQ_002123

answers: Mars exploration by 2013."

answers: NDQ_002124

answers: 2025.

answers: NDQ_002125

answers: China has the "full capacity to accomplish Mars exploration by 2013."

answers: NDQ_002126

answers: Moon by 2025.

answers: NDQ_002127

answers: 2010,

answers: NDQ_002128

answers: Moon

answers: NDQ_002129

answers: Chang’e

answers: NDQ_002130

answers: China

answers: NDQ_002131

answers: Moon by 2025.

answers: NDQ_002132

answers: Chang’e

answers: NDQ_002133

answers: 2025.

answers: NDQ_002134

answers: Mars exploration by 2013."

answers: NDQ_002135

answers: Chang’e programme

answers: NDQ_002136

answers: space

answers: NDQ_002137

answers: Earth

answers: NDQ_002138

answers: China also hopes to bring a moon rock sample back to Earth in 2017,

answers: NDQ_002139

answers: 2025.

text: Five satellites have been launched by the Nigerian government into outer space. Early plans to launch a national satellite in 1976 were not executed. The NigeriaSat-1 was the first Nigerian satellite and built by a United Kingdom-based satellite technology company, Surrey Space Technology Limited (SSTL ltd) under the Nigerian government sponsorship for $30 million. The satellite was launched by Kosmos-3M rocket from Russian Plesetsk spaceport on 27 September 2003. Nigeriasat-1 was part of the world-wide Disaster Monitoring Constellation System. The primary objectives of the Nigeriasat-1 were: to give early warning signals of environmental disaster; to help detect and control desertification in the northern part of Nigeria; to assist in demographic planning; to establish the relationship between vectors and the environment that breeds malaria and to give early warning signals on future outbreaks of meningitis using remote sensing technology; to provide the technology needed to bring education to all parts of the country through distant learning; and to aid in conflict resolution and border disputes by mapping out state and International borders.

text: Five

text: satellites

text: have been launched by the Nigerian government into

text: outer space

text: . Early plans to launch a national satellite in 1976 were not executed. The

text: was the first Nigerian satellite and built by a United Kingdom-based satellite technology company, Surrey Space Technology Limited (SSTL ltd) under the Nigerian government sponsorship for $30 million. The satellite was launched by Kosmos-3M rocket from Russian Plesetsk spaceport on 27 September 2003. Nigeriasat-1 was part of the world-wide Disaster Monitoring Constellation System. The primary objectives of the Nigeriasat-1 were: to give early warning signals of environmental disaster; to help detect and control

text: desertification

text: in the northern part of Nigeria; to assist in

text: demographic

text: planning; to establish the relationship between vectors and the environment that breeds malaria and to give early warning signals on future outbreaks of

text: meningitis

text: using remote sensing technology; to provide the technology needed to bring education to all parts of the country through distant learning; and to aid in conflict resolution and border disputes by mapping out state and International borders.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch satellites

answers: NDQ_002100

answers: Russia

answers: NDQ_002103

answers: Russian Plesetsk spaceport

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: U.S.

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: Which of the following is not a law: Newtons Third Law of Motion?

answers: NDQ_002123

answers: How many satellites have been launched by the Nigerian government into outer space?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: The satellite was launched

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Nigeriasat-1 was part of the world-wide Disaster Monitoring Constellation System.

answers: NDQ_002130

answers: The Nigerian government

answers: NDQ_002131

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: 1976

answers: NDQ_002134

answers: Nigeriasat-1 was part of the world-wide Disaster Monitoring Constellation System

answers: NDQ_002135

answers: NigeriaSat-1 was the first Nigerian satellite

answers: NDQ_002136

answers: Space weather

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: NigeriaSat-1

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: outer space.

answers: NDQ_002097

answers: space.

answers: NDQ_002099

answers: Kosmos-3M rocket from Russian Plesetsk spaceport

answers: NDQ_002100

answers: Russian

answers: NDQ_002103

answers: Russian Plesetsk spaceport

answers: NDQ_002108

answers: 1976

answers: NDQ_002111

answers: Five satellites have been launched by the Nigerian government into outer space.

answers: NDQ_002113

answers: Five satellites have been launched by the Nigerian government into outer space.

answers: NDQ_002114

answers: Five satellites have been launched by the Nigerian government into outer space.

answers: NDQ_002115

answers: NigeriaSat-1

answers: NDQ_002116

answers: satellites have been launched by the Nigerian government into outer space.

answers: NDQ_002117

answers: Five satellites have been launched by the Nigerian government into outer space.

answers: NDQ_002118

answers: Five satellites have been launched by the Nigerian government into outer space.

answers: NDQ_002119

answers: 2003.

answers: NDQ_002120

answers: mapping out state and International borders.

answers: NDQ_002121

answers: Five satellites have been launched by the Nigerian government into outer space.

answers: NDQ_002122

answers: Kosmos-3M rocket from Russian Plesetsk spaceport

answers: NDQ_002123

answers: remote sensing

answers: NDQ_002124

answers: The NigeriaSat-1

answers: NDQ_002125

answers: Five satellites have been launched by the Nigerian government into outer space.

answers: NDQ_002126

answers: Five satellites have been launched by the Nigerian government into outer space.

answers: NDQ_002127

answers: Kosmos-3M rocket from Russian Plesetsk spaceport

answers: NDQ_002128

answers: satellites

answers: NDQ_002129

answers: Kosmos-3M

answers: NDQ_002130

answers: Nigerian government into outer space.

answers: NDQ_002131

answers: Five satellites have been launched by the Nigerian government into outer space.

answers: NDQ_002132

answers: satellites

answers: NDQ_002133

answers: 1976

answers: NDQ_002134

answers: Five satellites have been launched by the Nigerian government into outer space.

answers: NDQ_002135

answers: 27 September 2003.

answers: NDQ_002136

answers: environmental disaster;

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: The NigeriaSat-1

answers: NDQ_002139

answers: Five satellites have been launched by the Nigerian government into outer space.

text: Sputnik (Russian: "спу́тник" - "satellite" (in space and astronomy), in Russian its initial meaning is "travelling companion" from s "co-" + put "way" or "journey" + noun suffix -nik person connected with something; it means "satellite" when referring to astronomy related topics)

text: Sputnik

text: (Russian: "спу́тник" - "satellite" (in space and astronomy), in Russian its initial meaning is "travelling companion" from s "co-" + put "way" or "journey" + noun suffix

text: -nik

text: person connected with something; it means "

text: satellite

text: " when referring to astronomy related topics)

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can travel in space

answers: NDQ_002100

answers: Russia

answers: NDQ_002103

answers: Sputnik

answers: NDQ_002108

answers: The answer is no

answers: NDQ_002111

answers: Sputnik

answers: NDQ_002113

answers: Sputnik

answers: NDQ_002114

answers: Sputnik

answers: NDQ_002115

answers: It's impossible to say

answers: NDQ_002116

answers: It is not possible to tell

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices are true

answers: NDQ_002119

answers: in space

answers: NDQ_002120

answers: Landsat

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: Newton's Third Law of Motion

answers: NDQ_002123

answers: Sputnik

answers: NDQ_002124

answers: Alan Shepherd

answers: NDQ_002125

answers: Sputnik

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Sputnik

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Sputnik

answers: NDQ_002130

answers: Sputnik

answers: NDQ_002131

answers: Sputnik

answers: NDQ_002132

answers: Sputnik

answers: NDQ_002133

answers: Sputnik

answers: NDQ_002134

answers: Sputnik is a satellite

answers: NDQ_002135

answers: Sputnik

answers: NDQ_002136

answers: gravitational pull

answers: NDQ_002137

answers: satellite

answers: NDQ_002138

answers: Sputnik

answers: NDQ_002139

answers: Sputnik

answers: NDQ_002095

answers: Sputnik

answers: NDQ_002097

answers: Sputnik

answers: NDQ_002099

answers: Sputnik

answers: NDQ_002100

answers: (Russian:

answers: NDQ_002103

answers: Sputnik

answers: NDQ_002108

answers: Sputnik

answers: NDQ_002111

answers: Sputnik

answers: NDQ_002113

answers: Sputnik

answers: NDQ_002114

answers: Sputnik

answers: NDQ_002115

answers: Sputnik

answers: NDQ_002116

answers: Sputnik

answers: NDQ_002117

answers: Sputnik

answers: NDQ_002118

answers: Sputnik

answers: NDQ_002119

answers: Sputnik

answers: NDQ_002120

answers: Sputnik

answers: NDQ_002121

answers: Sputnik

answers: NDQ_002122

answers: Sputnik

answers: NDQ_002123

answers: Sputnik

answers: NDQ_002124

answers: Sputnik

answers: NDQ_002125

answers: Sputnik

answers: NDQ_002126

answers: Sputnik

answers: NDQ_002127

answers: Sputnik

answers: NDQ_002128

answers: "satellite"

answers: NDQ_002129

answers: Sputnik

answers: NDQ_002130

answers: Sputnik

answers: NDQ_002131

answers: Sputnik

answers: NDQ_002132

answers: Sputnik

answers: NDQ_002133

answers: Sputnik

answers: NDQ_002134

answers: Sputnik

answers: NDQ_002135

answers: Sputnik

answers: NDQ_002136

answers: Sputnik

answers: NDQ_002137

answers: Sputnik

answers: NDQ_002138

answers: Sputnik

answers: NDQ_002139

answers: Sputnik

text: From 1946, the National Advisory Committee for Aeronautics (NACA) had been experimenting with rocket planes such as the supersonic Bell X-1. In the early 1950s, there was challenge to launch an artificial satellite for the International Geophysical Year (1957–58). An effort for this was the American Project Vanguard. After the Soviet launch of the world's first artificial satellite (Sputnik 1) on October 4, 1957, the attention of the United States turned toward its own fledgling space efforts. The US Congress, alarmed by the perceived threat to national security and technological leadership (known as the "Sputnik crisis"), urged immediate and swift action; President Dwight D. Eisenhower and his advisers counseled more deliberate measures. This led to an agreement that a new federal agency mainly based on NACA was needed to conduct all non-military activity in space. The Advanced Research Projects Agency (ARPA) was created in February 1958 to develop space technology for military application.

text: From 1946, the

text: National Advisory Committee for Aeronautics

text: (NACA) had been experimenting with rocket planes such as the supersonic

text: Bell X-1

text: . In the early 1950s, there was challenge to launch an artificial satellite for the

text: International Geophysical Year

text: (1957–58). An effort for this was the American

text: Project Vanguard

text: . After the

text: Soviet

text: launch of the world's first artificial

text: satellite

text: Sputnik 1

text: ) on October 4, 1957, the attention of the United States turned toward its own fledgling space efforts. The

text: US Congress

text: , alarmed by the perceived threat to national security and technological leadership (known as the "

text: Sputnik crisis

text: "), urged immediate and swift action; President

text: Dwight D. Eisenhower

text: and his advisers counseled more deliberate measures. This led to an agreement that a new federal agency mainly based on NACA was needed to conduct all non-military activity in space. The

text: Advanced Research Projects Agency

text: (ARPA) was created in February 1958 to develop space technology for military application.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: supersonic

answers: NDQ_002100

answers: Soviet

answers: NDQ_002103

answers: The National Advisory Committee for Aeronautics

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: How many years after the Soviet launch of the world's first artificial satellite

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Which satellites make detailed images of continents and coasts?

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: Which happened first, the Soviet launch of the world's first artificial satellite (Sputnik 1) or the attention of the United States turned toward its own fledgling space efforts?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: geophysical

answers: NDQ_002127

answers: aeronautics

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Sputnik 1

answers: NDQ_002130

answers: Advanced Research Projects Agency (ARPA)

answers: NDQ_002131

answers: Sputnik 1

answers: NDQ_002132

answers: artificial satellite

answers: NDQ_002133

answers: 1946

answers: NDQ_002134

answers: gravitational force is proportional to

answers: NDQ_002135

answers: International Geophysical Year

answers: NDQ_002136

answers: Space weather

answers: NDQ_002137

answers: artificial satellites

answers: NDQ_002138

answers: Sputnik 1

answers: NDQ_002139

answers: Dwight D.

answers: NDQ_002095

answers: world's first artificial satellite (Sputnik 1)

answers: NDQ_002097

answers: supersonic Bell X-1.

answers: NDQ_002099

answers: supersonic

answers: NDQ_002100

answers: Soviet

answers: NDQ_002103

answers: launch an artificial satellite

answers: NDQ_002108

answers: 1946,

answers: NDQ_002111

answers: 1946,

answers: NDQ_002113

answers: (Sputnik 1)

answers: NDQ_002114

answers: Soviet launch of the world's first artificial satellite (Sputnik 1)

answers: NDQ_002115

answers: (Sputnik 1)

answers: NDQ_002116

answers: satellite (Sputnik 1)

answers: NDQ_002117

answers: artificial satellite

answers: NDQ_002118

answers: artificial satellite (Sputnik 1)

answers: NDQ_002119

answers: 1957,

answers: NDQ_002120

answers: (Sputnik 1)

answers: NDQ_002121

answers: supersonic Bell X-1.

answers: NDQ_002122

answers: supersonic Bell X-1.

answers: NDQ_002123

answers: artificial satellite for the International Geophysical Year

answers: NDQ_002124

answers: (Sputnik 1)

answers: NDQ_002125

answers: (Sputnik 1)

answers: NDQ_002126

answers: supersonic Bell X-1.

answers: NDQ_002127

answers: National Advisory Committee for Aeronautics

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: (Sputnik 1)

answers: NDQ_002130

answers: The Advanced Research Projects Agency (ARPA)

answers: NDQ_002131

answers: supersonic Bell X-1.

answers: NDQ_002132

answers: artificial satellite

answers: NDQ_002133

answers: 1946,

answers: NDQ_002134

answers: supersonic Bell X-1.

answers: NDQ_002135

answers: (Sputnik 1) on October 4, 1957,

answers: NDQ_002136

answers: technological leadership

answers: NDQ_002137

answers: artificial satellite

answers: NDQ_002138

answers: (Sputnik 1)

answers: NDQ_002139

answers: Dwight D. Eisenhower

text: In 1982, Dr. Burton Edelson was appointed by President Reagan as Associate Administrator for Space, Science, and Applications.At NASA, he championed international cooperation, advanced scientific research, and unmanned spaceflight. He played a leading role in the Mars exploration missions and the Hubble Space Telescope, and was associated with other programs such as the Advanced Communications Technology Satellite (ACTS), the Cosmic Background Explorer satellite program, the Halley's Comet Intercept, as well as Mission to Planet Earth,."When he came to NASA, the space science budget was at a low," said Neil Helm, deputy director of George Washington University's Institute for Applied Space Research, which Edelson founded after retiring from NASA in 1987. "But he managed to increase the budget significantly, and established a number of programs that helped reinvigorate space science at NASA.""There had been some talk about the Hubble telescope project at NASA before he got there, but he was the one that really got it going." AT NASA, Edelson pursued the research related to the hole in the ozone layer in the 1980s which resulted in the banning of certain chemicals in aerosols.

text: In 1982, Dr. Burton Edelson was appointed by

text: President Reagan

text: as Associate Administrator for Space, Science, and Applications.At NASA, he championed international cooperation, advanced scientific research, and unmanned spaceflight. He played a leading role in the Mars exploration missions and the

text: Hubble Space Telescope

text: , and was associated with other programs such as the

text: Advanced Communications Technology Satellite

text: (ACTS), the

text: Cosmic Background Explorer

text: satellite program, the

text: Halley's Comet Intercept

text: , as well as

text: Mission to Planet Earth

text: ,."When he came to NASA, the space science budget was at a low," said Neil Helm, deputy director of George Washington University's Institute for Applied Space Research, which Edelson founded after retiring from NASA in 1987. "But he managed to increase the budget significantly, and established a number of programs that helped reinvigorate space science at NASA.""There had been some talk about the Hubble telescope project at NASA before he got there, but he was the one that really got it going." AT NASA, Edelson pursued the research related to the hole in the ozone layer in the 1980s which resulted in the banning of certain chemicals in aerosols.

answers: NDQ_002095

answers: Mars

answers: NDQ_002097

answers: Hubble Space Telescope

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: in space

answers: NDQ_002108

answers: When did Dr. Burton Edelson become Associate Administrator for Space, Science, and Applications?

answers: NDQ_002111

answers: How many years after Edelson was appointed Associate Administrator for Space, Science, and Applications did he retire?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S.

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is ACTS?

answers: NDQ_002117

answers: unmanned spaceflight

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: In 1982

answers: NDQ_002120

answers: Which of the following is not a satellite program: Halley's Comet Intercept, as well as Mission to Planet Earth?

answers: NDQ_002121

answers: Why did Dr. Burton Edelson champion unmanned spaceflight?

answers: NDQ_002122

answers: Which of the following is not a law: Newton's Third Law of Motion?

answers: NDQ_002123

answers: Which of the following is not a type of satellite: Advanced Communications Technology Satellite, the Halley's Comet Intercept, or Mission to Planet Earth?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: yes

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: comet

answers: NDQ_002129

answers: Advanced Communications Technology Satellite

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unmanned spaceflight

answers: NDQ_002132

answers: unmanned spaceflight

answers: NDQ_002133

answers: Space Telescope

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: Mission to Planet Earth

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: satellites to measure

answers: NDQ_002138

answers: Halley's Comet Intercept

answers: NDQ_002139

answers: Burton Edelson

answers: NDQ_002095

answers: Mars

answers: NDQ_002097

answers: Earth,."When

answers: NDQ_002099

answers: unmanned spaceflight.

answers: NDQ_002100

answers: international

answers: NDQ_002103

answers: unmanned spaceflight.

answers: NDQ_002108

answers: unmanned spaceflight.

answers: NDQ_002111

answers: unmanned spaceflight.

answers: NDQ_002113

answers: unmanned spaceflight.

answers: NDQ_002114

answers: unmanned spaceflight.

answers: NDQ_002115

answers: unmanned spaceflight.

answers: NDQ_002116

answers: Earth,."When

answers: NDQ_002117

answers: unmanned spaceflight.

answers: NDQ_002118

answers: unmanned spaceflight.

answers: NDQ_002119

answers: 1982,

answers: NDQ_002120

answers: Earth,."When

answers: NDQ_002121

answers: unmanned spaceflight.

answers: NDQ_002122

answers: unmanned spaceflight.

answers: NDQ_002123

answers: Hubble Space Telescope,

answers: NDQ_002124

answers: Burton Edelson

answers: NDQ_002125

answers: Mars exploration missions

answers: NDQ_002126

answers: Comet Intercept, as well as Mission to Planet Earth,."When

answers: NDQ_002127

answers: unmanned spaceflight.

answers: NDQ_002128

answers: Comet

answers: NDQ_002129

answers: Advanced Communications Technology Satellite

answers: NDQ_002130

answers: NASA,

answers: NDQ_002131

answers: aerosols.

answers: NDQ_002132

answers: unmanned spaceflight.

answers: NDQ_002133

answers: unmanned spaceflight.

answers: NDQ_002134

answers: unmanned spaceflight.

answers: NDQ_002135

answers: Mars exploration missions

answers: NDQ_002136

answers: hole in the ozone layer

answers: NDQ_002137

answers: Advanced Communications Technology Satellite

answers: NDQ_002138

answers: Advanced Communications Technology Satellite

answers: NDQ_002139

answers: Burton Edelson

text: The highest known projectiles prior to the rockets of the 1940s were the shells of the Paris Gun, a type of German long-range siege gun, which reached at least 40 kilometers altitude during World War One. Steps towards putting a human-made object into space were taken by German scientists during World War II while testing the V-2 rocket, which became the first human-made object in space on 3 October 1942 with the launching of the A-4. After the war, the U.S. used German scientists and their captured rockets in programs for both military and civilian research. The first scientific exploration from space was the cosmic radiation experiment launched by the U.S. on a V-2 rocket on 10 May 1946. The first images of Earth taken from space followed the same year while the first animal experiment saw fruit flies lifted into space in 1947, both also on modified V-2s launched by Americans. Starting in 1947, the Soviets, also with the help of German teams, launched sub-orbital V-2 rockets and their own variant, the R-1, including radiation and animal experiments on some flights. These suborbital experiments only allowed a very short time in space which limited their usefulness.

text: The highest known projectiles prior to the rockets of the 1940s were the shells of the

text: Paris Gun

text: , a type of German long-range

text: siege gun

text: , which reached at least 40 kilometers altitude during

text: World War One

text: . Steps towards putting a human-made object into space were taken by German scientists during

text: World War II

text: while testing the

text: rocket, which became the first human-made object in space on 3 October 1942 with the launching of the

text: . After the war, the U.S.

text: used German scientists

text: and their captured rockets in programs for both military and civilian research. The first scientific exploration from space was the cosmic radiation experiment launched by the U.S. on a V-2 rocket on 10 May 1946. The first images of Earth taken from space followed the same year while the

text: first animal experiment

text: saw fruit flies lifted into space in 1947, both also on modified V-2s launched by Americans. Starting in 1947, the Soviets, also with the help of German teams, launched sub-orbital V-2 rockets and their own variant, the

text: , including radiation and animal experiments on some flights. These

text: suborbital

text: experiments only allowed a very short time in space which limited their usefulness.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can go into space

answers: NDQ_002100

answers: U.S.

answers: NDQ_002103

answers: 3 October 1942

answers: NDQ_002108

answers: yes

answers: NDQ_002111

answers: No

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: the Soviets

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: Landsat satellites

answers: NDQ_002121

answers: the law of conservation of momentum

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: Which happened first, the first human-made object in space or the first animal experiment saw fruit flies lifted into space?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: orbital

answers: NDQ_002129

answers: V-2 rocket

answers: NDQ_002130

answers: U.S.

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: sub-orbital

answers: NDQ_002133

answers: 1940s

answers: NDQ_002134

answers: The first human-made object in space on 3 October 1942 was what?

answers: NDQ_002135

answers: World War II

answers: NDQ_002136

answers: sub-orbital

answers: NDQ_002137

answers: V-2 rockets

answers: NDQ_002138

answers: Suborbital experiments only allowed a very short time in space which limited their usefulness

answers: NDQ_002139

answers: Who was the first American to orbit Earth?

answers: NDQ_002095

answers: V-2 rocket, which became the first human-made object in space

answers: NDQ_002097

answers: 40 kilometers altitude

answers: NDQ_002099

answers: V-2 rocket,

answers: NDQ_002100

answers: Soviets,

answers: NDQ_002103

answers: V-2 rocket,

answers: NDQ_002108

answers: 3 October 1942

answers: NDQ_002111

answers: The highest known projectiles prior to the rockets of the 1940s

answers: NDQ_002113

answers: V-2 rocket,

answers: NDQ_002114

answers: first human-made object in space on 3 October 1942

answers: NDQ_002115

answers: A-4.

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: V-2 rocket,

answers: NDQ_002118

answers: V-2 rocket,

answers: NDQ_002119

answers: 1946.

answers: NDQ_002120

answers: Earth

answers: NDQ_002121

answers: A-4.

answers: NDQ_002122

answers: V-2 rocket,

answers: NDQ_002123

answers: The first images of Earth taken from space

answers: NDQ_002124

answers: 3 October 1942

answers: NDQ_002125

answers: V-2 rocket on 10 May 1946.

answers: NDQ_002126

answers: launching of the A-4.

answers: NDQ_002127

answers: launching

answers: NDQ_002128

answers: sub-orbital

answers: NDQ_002129

answers: A-4.

answers: NDQ_002130

answers: military and civilian research.

answers: NDQ_002131

answers: V-2 rocket,

answers: NDQ_002132

answers: sub-orbital V-2 rockets

answers: NDQ_002133

answers: 1940s

answers: NDQ_002134

answers: 40 kilometers altitude

answers: NDQ_002135

answers: World War II

answers: NDQ_002136

answers: suborbital experiments only allowed a very short time in space

answers: NDQ_002137

answers: V-2 rocket,

answers: NDQ_002138

answers: sub-orbital V-2 rockets

answers: NDQ_002139

answers: 1946.

text: The time setting of Leave It to Beaver is contemporary with its production—the late 1950s and the early 1960s. References to contemporary news issues or topics are infrequent. Communism is mentioned in the episode "Water, Anyone?" The launching of the Russian satellite Sputnik, which coincided with the debut of the series, is mentioned in several episodes, as is the rapidly expanding missile defense sector in the 1962 episode "Stocks and Bonds".

text: The time setting of Leave It to Beaver is contemporary with its production—the late 1950s and the early 1960s. References to contemporary news issues or topics are infrequent. Communism is mentioned in the episode "Water, Anyone?" The launching of the Russian satellite Sputnik, which coincided with the debut of the series, is mentioned in several episodes, as is the rapidly expanding missile defense sector in the 1962 episode "Stocks and Bonds".

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: Water

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: Russian

answers: NDQ_002103

answers: Sputnik

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: What happened in the late 1950s and the early 1960s?

answers: NDQ_002113

answers: The launching of the Russian satellite Sputnik

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: Sputnik

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: What satellites make detailed images of continents and coasts

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: Which law is mentioned in the episode "Water, Anyone?"?

answers: NDQ_002123

answers: What is the time setting of Leave It to Beaver?

answers: NDQ_002124

answers: Who was the first astronaut to walk on the Moon

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: Sputnik

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Sputnik

answers: NDQ_002130

answers: Sputnik

answers: NDQ_002131

answers: "Water, Anyone?"

answers: NDQ_002132

answers: Sputnik

answers: NDQ_002133

answers: 1950s

answers: NDQ_002134

answers: Sputnik coincided with the debut of the series Leave It to Beaver

answers: NDQ_002135

answers: Leave It to Beaver

answers: NDQ_002136

answers: Space weather

answers: NDQ_002137

answers: Sputnik

answers: NDQ_002138

answers: Sputnik

answers: NDQ_002139

answers: Sputnik

answers: NDQ_002095

answers: Russian satellite Sputnik,

answers: NDQ_002097

answers: "Water,

answers: NDQ_002099

answers: Russian satellite Sputnik,

answers: NDQ_002100

answers: Russian

answers: NDQ_002103

answers: launching of the Russian satellite Sputnik,

answers: NDQ_002108

answers: Russian satellite Sputnik,

answers: NDQ_002111

answers: Russian satellite Sputnik,

answers: NDQ_002113

answers: Sputnik,

answers: NDQ_002114

answers: Russian satellite Sputnik,

answers: NDQ_002115

answers: Russian satellite Sputnik,

answers: NDQ_002116

answers: satellite Sputnik,

answers: NDQ_002117

answers: Russian satellite Sputnik,

answers: NDQ_002118

answers: Russian satellite Sputnik,

answers: NDQ_002119

answers: Sputnik,

answers: NDQ_002120

answers: Russian satellite Sputnik,

answers: NDQ_002121

answers: Russian satellite Sputnik,

answers: NDQ_002122

answers: launching of the Russian satellite Sputnik,

answers: NDQ_002123

answers: Russian satellite Sputnik,

answers: NDQ_002124

answers: Russian satellite Sputnik,

answers: NDQ_002125

answers: Russian satellite Sputnik,

answers: NDQ_002126

answers: "Water, Anyone?" The launching of the Russian satellite Sputnik,

answers: NDQ_002127

answers: missile defense

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Sputnik,

answers: NDQ_002130

answers: missile defense sector

answers: NDQ_002131

answers: "Water, Anyone?" The launching of the Russian satellite Sputnik,

answers: NDQ_002132

answers: Russian satellite Sputnik,

answers: NDQ_002133

answers: Russian satellite Sputnik,

answers: NDQ_002134

answers: rapidly expanding missile defense sector

answers: NDQ_002135

answers: Sputnik,

answers: NDQ_002136

answers: missile defense

answers: NDQ_002137

answers: Russian satellite Sputnik,

answers: NDQ_002138

answers: Sputnik,

answers: NDQ_002139

answers: Russian satellite Sputnik,

text: Although to the observer low Earth orbit satellites move at about the same apparent speed as aircraft, individual satellites can be faster or slower; they do not all move at the same speed. Individual satellites never deviate in their velocity (speed and direction). They can be distinguished from aircraft because satellites do not leave contrails.  They are lit solely by the reflection of sunlight from solar panels or other surfaces.  A satellite's brightness sometimes changes as it moves across the sky.  Occasionally a satellite will 'flare' as its orientation changes relative to the viewer, suddenly increasing in reflectivity. Satellites often grow dimmer and are more difficult to see toward the horizons. Because reflected sunlight is necessary to see satellites, the best viewing times are for a few hours immediately after nightfall and a few hours before dawn. Given the number of satellites now in orbit, a fifteen-minute session of sky watching will generally yield at least one satellite passing overhead.

text: Although to the observer

text: low Earth orbit

text: satellites move at about the same apparent speed as aircraft, individual satellites can be faster or slower; they do not all move at the same speed. Individual satellites never deviate in their velocity (speed and direction). They can be distinguished from aircraft because satellites do not leave contrails.  They are lit solely by the reflection of sunlight from solar panels or other surfaces.  A satellite's brightness sometimes changes as it moves across the sky.  Occasionally a satellite will '

text: flare

text: ' as its orientation changes relative to the viewer, suddenly increasing in reflectivity. Satellites often grow dimmer and are more difficult to see toward the horizons. Because reflected sunlight is necessary to see satellites, the best viewing times are for a few hours immediately after nightfall and a few hours before dawn. Given the number of satellites now in orbit, a fifteen-minute session of sky watching will generally yield at least one satellite passing overhead.

answers: NDQ_002095

answers: orbit the sun

answers: NDQ_002097

answers: velocity (speed and direction)

answers: NDQ_002099

answers: can launch satellites

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: satellites

answers: NDQ_002108

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: not enough information

answers: NDQ_002118

answers: It's impossible to say

answers: NDQ_002119

answers: space

answers: NDQ_002120

answers: Which of the following is not a satellite?

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: Which of the following is NOT true?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: velocity

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Earth orbit satellites

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: contrails

answers: NDQ_002132

answers: satellites

answers: NDQ_002133

answers: 1700s

answers: NDQ_002134

answers: satellites move at about the same apparent speed as

answers: NDQ_002135

answers: low Earth orbit satellites

answers: NDQ_002136

answers: sunlight

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: does not leave contrails

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Earth orbit

answers: NDQ_002097

answers: (speed and direction).

answers: NDQ_002099

answers: they do not all move at the same speed.

answers: NDQ_002100

answers: individual satellites can be faster or slower;

answers: NDQ_002103

answers: solar panels

answers: NDQ_002108

answers: satellites

answers: NDQ_002111

answers: satellites do not leave contrails.

answers: NDQ_002113

answers: aircraft,

answers: NDQ_002114

answers: satellites do not leave contrails.

answers: NDQ_002115

answers: satellites

answers: NDQ_002116

answers: Earth orbit

answers: NDQ_002117

answers: Individual satellites

answers: NDQ_002118

answers: a fifteen-minute session of sky watching

answers: NDQ_002119

answers: satellites

answers: NDQ_002120

answers: satellites do not leave contrails.

answers: NDQ_002121

answers: Individual satellites never deviate in their velocity

answers: NDQ_002122

answers: they do not all move at the same speed.

answers: NDQ_002123

answers: satellites do not leave contrails.

answers: NDQ_002124

answers: satellites do not leave contrails.

answers: NDQ_002125

answers: low Earth orbit satellites

answers: NDQ_002126

answers: contrails.

answers: NDQ_002127

answers: aircraft,

answers: NDQ_002128

answers: satellites

answers: NDQ_002129

answers: solar panels

answers: NDQ_002130

answers: low Earth orbit satellites

answers: NDQ_002131

answers: contrails.

answers: NDQ_002132

answers: satellites

answers: NDQ_002133

answers: low Earth orbit satellites move at about the same apparent speed as aircraft,

answers: NDQ_002134

answers: Individual satellites never deviate in their velocity (speed and direction).

answers: NDQ_002135

answers: satellites move at about the same apparent speed as aircraft,

answers: NDQ_002136

answers: reflection of sunlight

answers: NDQ_002137

answers: reflection of sunlight

answers: NDQ_002138

answers: move at about the same apparent speed as aircraft,

answers: NDQ_002139

answers: low Earth orbit satellites

text: The PSC’s were signed for all 20 exploration blocks. The exploration activity is going on in all the 20 awarded blocks.  As of 2012, ENI is still awaiting Drilling permission from the department of space due to the block’s proximity to a rocket launch zone (in Andaman and Nicobar Islands) of Isro.

text: The PSC’s were signed for all 20 exploration blocks. The exploration activity is going on in all the 20 awarded blocks.  As of 2012, ENI is still awaiting Drilling permission from the department of space due to the block’s proximity to a rocket launch zone (in Andaman and Nicobar Islands) of Isro.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched

answers: NDQ_002100

answers: Isro

answers: NDQ_002103

answers: in the Andaman Islands

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: yes

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: None of the above choices.

answers: NDQ_002117

answers: None of the above choices.

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: in space

answers: NDQ_002120

answers: None of the above choices are true

answers: NDQ_002121

answers: None of the above choices.

answers: NDQ_002122

answers: Which of the following is not a type of law: Newtons Third Law of Motion?

answers: NDQ_002123

answers: None of the above choices are true

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: is a

answers: NDQ_002127

answers: Drilling

answers: NDQ_002128

answers: isro

answers: NDQ_002129

answers: The largest artificial satellite

answers: NDQ_002130

answers: the department of space

answers: NDQ_002131

answers: can be described

answers: NDQ_002132

answers: isro

answers: NDQ_002133

answers: space program

answers: NDQ_002134

answers: gravitational force causes objects to move in a straight line

answers: NDQ_002135

answers: Isro

answers: NDQ_002136

answers: space conditions

answers: NDQ_002137

answers: GPS coordinates.

answers: NDQ_002138

answers: can be launched from a rocket

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: The PSC’s

answers: NDQ_002099

answers: launch

answers: NDQ_002100

answers: Isro.

answers: NDQ_002103

answers: launch zone (in Andaman and Nicobar Islands)

answers: NDQ_002108

answers: 20 exploration blocks.

answers: NDQ_002111

answers: The PSC’s

answers: NDQ_002113

answers: The PSC’s

answers: NDQ_002114

answers: The PSC’s were signed for all 20 exploration blocks.

answers: NDQ_002115

answers: The PSC’s were signed for all 20 exploration blocks.

answers: NDQ_002116

answers: The PSC’s

answers: NDQ_002117

answers: rocket

answers: NDQ_002118

answers: 20 exploration blocks.

answers: NDQ_002119

answers: 2012,

answers: NDQ_002120

answers: The PSC’s

answers: NDQ_002121

answers: The PSC’s were signed for all 20 exploration blocks.

answers: NDQ_002122

answers: rocket launch zone

answers: NDQ_002123

answers: The PSC’s

answers: NDQ_002124

answers: The PSC’s were signed for all 20 exploration blocks.

answers: NDQ_002125

answers: The PSC’s were signed for all 20 exploration blocks.

answers: NDQ_002126

answers: 20 exploration blocks.

answers: NDQ_002127

answers: Drilling

answers: NDQ_002128

answers: space

answers: NDQ_002129

answers: ENI is still awaiting Drilling permission from the department of space

answers: NDQ_002130

answers: ENI

answers: NDQ_002131

answers: The PSC’s

answers: NDQ_002132

answers: rocket

answers: NDQ_002133

answers: 2012,

answers: NDQ_002134

answers: 20 exploration blocks.

answers: NDQ_002135

answers: 2012,

answers: NDQ_002136

answers: rocket launch zone

answers: NDQ_002137

answers: PSC’s

answers: NDQ_002138

answers: The PSC’s were signed for all 20 exploration blocks.

answers: NDQ_002139

answers: The PSC’s were signed for all 20 exploration blocks.

text: Shep Blaine is an explorer working for Fishhook, an organization exploiting paranormal powers to explore planets around other stars.  Because of anti-paranormal prejudice in the USA, Fishhook operates in northern Mexico.  Explorers spend time in "star machines", which are boxes shaped and decorated to stimulate the mind to leave the body and explore the universe.  They are accompanied by a small machine that can record experiences and gather physical samples.  Some explorers have returned with minds affected by what they encountered.  Those explorers have disappeared and never been heard from again.

text: Shep Blaine is an explorer working for Fishhook, an organization exploiting paranormal powers to explore planets around other stars.  Because of anti-paranormal prejudice in the USA, Fishhook operates in northern Mexico.  Explorers spend time in "star machines", which are boxes shaped and decorated to stimulate the mind to leave the body and explore the universe.  They are accompanied by a small machine that can record experiences and gather physical samples.  Some explorers have returned with minds affected by what they encountered.  Those explorers have disappeared and never been heard from again.

answers: NDQ_002095

answers: return to Earth

answers: NDQ_002097

answers: law of conservation of energy

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: USA

answers: NDQ_002103

answers: before Shep Blaine

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: What is Shep Blaine's profession?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: What does Shep Blaine do for a living?

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: space

answers: NDQ_002120

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

answers: NDQ_002121

answers: Why does Shep Blaine work for Fishhook?

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: Which of the following is not a type of machine: imaging satellites or star machines?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: paranormal powers

answers: NDQ_002128

answers: planets

answers: NDQ_002129

answers: the largest artificial satellite

answers: NDQ_002130

answers: Fishhook

answers: NDQ_002131

answers: a small machine

answers: NDQ_002132

answers: star machines

answers: NDQ_002133

answers: USA

answers: NDQ_002134

answers: gravitational force causes objects to move in a straight line

answers: NDQ_002135

answers: Fishhook

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: can record experiences and gather physical samples

answers: NDQ_002139

answers: Shep Blaine

answers: NDQ_002095

answers: planets around other stars.

answers: NDQ_002097

answers: physical samples.

answers: NDQ_002099

answers: record experiences and gather physical samples.

answers: NDQ_002100

answers: USA,

answers: NDQ_002103

answers: Fishhook operates in northern Mexico.

answers: NDQ_002108

answers: "star machines",

answers: NDQ_002111

answers: "star machines",

answers: NDQ_002113

answers: "star machines",

answers: NDQ_002114

answers: USA, Fishhook operates in northern Mexico.

answers: NDQ_002115

answers: "star machines",

answers: NDQ_002116

answers: planets around other stars.

answers: NDQ_002117

answers: "star machines",

answers: NDQ_002118

answers: "star machines",

answers: NDQ_002119

answers: "star machines",

answers: NDQ_002120

answers: "star machines",

answers: NDQ_002121

answers: planets around other stars.

answers: NDQ_002122

answers: "star machines",

answers: NDQ_002123

answers: a small machine that can record experiences and gather physical samples.

answers: NDQ_002124

answers: Shep Blaine

answers: NDQ_002125

answers: Mexico.

answers: NDQ_002126

answers: planets around other stars.

answers: NDQ_002127

answers: paranormal powers

answers: NDQ_002128

answers: planets

answers: NDQ_002129

answers: "star machines",

answers: NDQ_002130

answers: Fishhook,

answers: NDQ_002131

answers: "star machines",

answers: NDQ_002132

answers: "star machines",

answers: NDQ_002133

answers: USA, Fishhook operates in northern Mexico.

answers: NDQ_002134

answers: a small machine that can record experiences and gather physical samples.

answers: NDQ_002135

answers: Fishhook operates in northern Mexico.

answers: NDQ_002136

answers: anti-paranormal prejudice

answers: NDQ_002137

answers: a small machine that can record experiences and gather physical samples.

answers: NDQ_002138

answers: a small machine that can record experiences and gather physical samples.

answers: NDQ_002139

answers: Shep Blaine

text: Unlike geostationary satellites, low and medium Earth orbit satellites do not stay in a fixed position in the sky. Consequently, ground based antennas cannot be easily locked into communication with any one specific satellite. As with GPS, the small orbits may cause a low Earth orbit satellite to only be in the sky for an hour or less before it goes over the horizon and out of range, so a complex relaying and passing-off needs to be done to hand over the fixed-position terrestrial signal to other satellites passing overhead.

text: Unlike geostationary satellites, low and medium Earth orbit satellites do not stay in a fixed position in the sky. Consequently, ground based antennas cannot be easily locked into communication with any one specific satellite. As with

text: GPS

text: , the small orbits may cause a low Earth orbit satellite to only be in the sky for an hour or less before it goes over the horizon and out of range, so a complex relaying and passing-off needs to be done to hand over the fixed-position terrestrial signal to other satellites passing overhead.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: ground based

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: low Earth orbit

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: unanswerable

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Earth

answers: NDQ_002128

answers: satellites

answers: NDQ_002129

answers: low Earth orbit

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: satellites

answers: NDQ_002133

answers: unanswerable

answers: NDQ_002134

answers: satellites do not stay in a fixed position in the sky

answers: NDQ_002135

answers: the Cold War

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: low Earth orbit satellites

answers: NDQ_002138

answers: does not stay in a fixed position in the sky

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Earth orbit satellites do not stay in a fixed position in the sky.

answers: NDQ_002097

answers: fixed position

answers: NDQ_002099

answers: complex relaying and passing-off

answers: NDQ_002100

answers: Unlike geostationary satellites,

answers: NDQ_002103

answers: Unlike geostationary satellites,

answers: NDQ_002108

answers: Unlike geostationary satellites,

answers: NDQ_002111

answers: Unlike geostationary satellites,

answers: NDQ_002113

answers: Unlike geostationary satellites,

answers: NDQ_002114

answers: Unlike geostationary satellites,

answers: NDQ_002115

answers: Unlike geostationary satellites,

answers: NDQ_002116

answers: Earth orbit

answers: NDQ_002117

answers: geostationary satellites,

answers: NDQ_002118

answers: low and medium Earth orbit satellites

answers: NDQ_002119

answers: satellites,

answers: NDQ_002120

answers: Unlike geostationary satellites,

answers: NDQ_002121

answers: low and medium Earth orbit satellites do not stay in a fixed position

answers: NDQ_002122

answers: low and medium Earth orbit satellites do not stay in a fixed position

answers: NDQ_002123

answers: geostationary satellites,

answers: NDQ_002124

answers: Unlike geostationary satellites,

answers: NDQ_002125

answers: Unlike geostationary satellites,

answers: NDQ_002126

answers: orbits

answers: NDQ_002127

answers: ground based antennas

answers: NDQ_002128

answers: geostationary satellites,

answers: NDQ_002129

answers: geostationary satellites,

answers: NDQ_002130

answers: geostationary satellites,

answers: NDQ_002131

answers: Unlike geostationary satellites,

answers: NDQ_002132

answers: geostationary satellites,

answers: NDQ_002133

answers: Unlike geostationary satellites,

answers: NDQ_002134

answers: low and medium Earth orbit satellites do not stay in a fixed position

answers: NDQ_002135

answers: Unlike geostationary satellites,

answers: NDQ_002136

answers: geostationary satellites,

answers: NDQ_002137

answers: geostationary satellites,

answers: NDQ_002138

answers: do not stay in a fixed position in the sky.

answers: NDQ_002139

answers: Unlike geostationary satellites,

text: One of the challenges for NASA's Interstellar Boundary Explorer (IBEX) satellite was to find a stable orbit in cislunar space, a region from outside the Earth's atmosphere to just beyond the Moon's orbit. The orbit in which the satellite was originally set could only be reliably predicted for about 3 years. Within cislunar space small changes in initial conditions could lead to very different trajectories years later. Because IBEX's original orbit was often closer to the Moon than the Earth, it was regularly performing gravity assists. The uncertainties in the initial orbit conditions would cause nearly identical trajectory predictions to eventually experience different gravity assist geometries, and the slightest change in that geometry during the encounter would cause huge differences in the subsequent satellite trajectory. Some predictions would hit the Earth and others would escape the Earth–Moon system. The new orbit keeps the apogee away from the Moon, reducing its sensitivity to gravity assists. IBEX can now predict this trajectory well beyond 11 years, allowing the satellite to easily observe the Sun's full solar cycle.

text: One of the challenges for

text: NASA

text: 's

text: Interstellar Boundary Explorer

text: (IBEX) satellite was to find a stable orbit in

text: cislunar space

text: , a region from outside the Earth's atmosphere to just beyond the Moon's orbit. The orbit in which the satellite was originally set could only be reliably predicted for about 3 years. Within cislunar space small changes in initial conditions could lead to very different trajectories years later. Because IBEX's original orbit was often closer to the Moon than the Earth, it was regularly performing gravity assists. The uncertainties in the initial orbit conditions would cause nearly identical trajectory predictions to eventually experience different gravity assist geometries, and the slightest change in that geometry during the encounter would cause huge differences in the subsequent satellite trajectory. Some predictions would hit the Earth and others would escape the Earth–Moon system. The new orbit keeps the apogee away from the Moon, reducing its sensitivity to gravity assists. IBEX can now predict this trajectory well beyond 11 years, allowing the satellite to easily observe the Sun's full

text: solar cycle

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: gravity

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: Earth's atmosphere

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: How many years after the satellite was originally set could it be reliably predicted for about 3 years?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: What is the most common type of satellite launched into orbit?

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: Which satellites make detailed images of continents and coasts?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: Which of the following is not a law: Newtons Third Law of Motion?

answers: NDQ_002123

answers: Which of the following is not a satellite: Interstellar Boundary Explorer (IBEX) or the Moon's orbit?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: gravity

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: IBEX

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: gravity assists

answers: NDQ_002132

answers: IBEX

answers: NDQ_002133

answers: Earth's

answers: NDQ_002134

answers: Gravity is a force

answers: NDQ_002135

answers: IBEX

answers: NDQ_002136

answers: gravity

answers: NDQ_002137

answers: Gravity assists

answers: NDQ_002138

answers: could only be reliably predicted for about 3 years

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: cislunar space,

answers: NDQ_002097

answers: gravity

answers: NDQ_002099

answers: different gravity assist geometries,

answers: NDQ_002100

answers: NASA's

answers: NDQ_002103

answers: Earth–Moon system.

answers: NDQ_002108

answers: cislunar space,

answers: NDQ_002111

answers: 3 years.

answers: NDQ_002113

answers: cislunar space,

answers: NDQ_002114

answers: NASA's

answers: NDQ_002115

answers: Moon

answers: NDQ_002116

answers: Moon's orbit.

answers: NDQ_002117

answers: gravity assists.

answers: NDQ_002118

answers: Earth–Moon system.

answers: NDQ_002119

answers: 3 years.

answers: NDQ_002120

answers: Earth and others would escape the Earth–Moon system.

answers: NDQ_002121

answers: gravity assists.

answers: NDQ_002122

answers: gravity assists.

answers: NDQ_002123

answers: cislunar space,

answers: NDQ_002124

answers: Moon

answers: NDQ_002125

answers: NASA's

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: gravity

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Interstellar Boundary Explorer

answers: NDQ_002130

answers: NASA's

answers: NDQ_002131

answers: gravity assists.

answers: NDQ_002132

answers: Interstellar Boundary Explorer (IBEX) satellite

answers: NDQ_002133

answers: 3 years.

answers: NDQ_002134

answers: small changes in initial conditions

answers: NDQ_002135

answers: NASA's

answers: NDQ_002136

answers: gravity assists.

answers: NDQ_002137

answers: gravity assists.

answers: NDQ_002138

answers: closer to the Moon than the Earth,

answers: NDQ_002139

answers: cislunar space,

text: Recently The Department of Space (DoS) indicated it is exploring the possibility of setting up a multi-media satellite platform that would include satellite radio, video and data channels.

text: Recently The Department of Space (DoS) indicated it is exploring the possibility of setting up a multi-media satellite platform that would include satellite radio, video and data channels.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States and Russia

answers: NDQ_002103

answers: before it can fly

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: space

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: None of the above choices.

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: None of the above choices.

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: can be

answers: NDQ_002127

answers: unspecified

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: can not be determined

answers: NDQ_002130

answers: DoS

answers: NDQ_002131

answers: can not be described

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 20th century

answers: NDQ_002134

answers: gravitational force is inversely proportional to mass

answers: NDQ_002135

answers: the Cold War

answers: NDQ_002136

answers: Space

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: is a satellite that orbits Earth.

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Space

answers: NDQ_002097

answers: Space

answers: NDQ_002099

answers: multi-media satellite platform that would include satellite radio, video and data channels.

answers: NDQ_002100

answers: Recently The Department of Space

answers: NDQ_002103

answers: Space

answers: NDQ_002108

answers: Space

answers: NDQ_002111

answers: Space

answers: NDQ_002113

answers: multi-media satellite platform

answers: NDQ_002114

answers: Recently The Department of Space

answers: NDQ_002115

answers: multi-media satellite platform

answers: NDQ_002116

answers: Space

answers: NDQ_002117

answers: Space

answers: NDQ_002118

answers: multi-media satellite platform that would include satellite radio, video and data channels.

answers: NDQ_002119

answers: Space

answers: NDQ_002120

answers: multi-media satellite platform

answers: NDQ_002121

answers: Space

answers: NDQ_002122

answers: multi-media satellite platform that would include satellite radio, video and data channels.

answers: NDQ_002123

answers: satellite radio, video and data channels.

answers: NDQ_002124

answers: Recently The Department of Space

answers: NDQ_002125

answers: Recently The Department of Space

answers: NDQ_002126

answers: Space

answers: NDQ_002127

answers: Space

answers: NDQ_002128

answers: Space

answers: NDQ_002129

answers: Space

answers: NDQ_002130

answers: The Department of Space

answers: NDQ_002131

answers: Space

answers: NDQ_002132

answers: Space

answers: NDQ_002133

answers: Space

answers: NDQ_002134

answers: satellite radio, video and data channels.

answers: NDQ_002135

answers: multi-media satellite platform

answers: NDQ_002136

answers: Space

answers: NDQ_002137

answers: satellite

answers: NDQ_002138

answers: satellite radio,

answers: NDQ_002139

answers: Space

text: In a 2012 interview with 3 Eyes Observer, Dr. Atkov was questioned about the future of space exploration. He answered the question by saying that we need to focus on returning to the moon, but with a different goal than the space race that occurred half a century prior. He told the interviewer that space exploration used to be two superpower nations, the USA and the Soviet Union, racing against each other. However space travel should now be more focused on establishing an international base on the surface of the moon in order to create an "outpost for Universe observation and solar system observation." Additionally, he added that there should be a focus on reaching Mars as well, but that those two goals should be prepared in safe conditions because of the known hazards that will be found.

text: In a 2012 interview with 3 Eyes Observer, Dr. Atkov was questioned about the future of space exploration. He answered the question by saying that we need to focus on returning to the moon, but with a different goal than the space race that occurred half a century prior. He told the interviewer that space exploration used to be two superpower nations, the USA and the Soviet Union, racing against each other. However space travel should now be more focused on establishing an international base on the surface of the moon in order to create an "outpost for Universe observation and solar system observation." Additionally, he added that there should be a focus on reaching Mars as well, but that those two goals should be prepared in safe conditions because of the known hazards that will be found.

answers: NDQ_002095

answers: Mars

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched

answers: NDQ_002100

answers: the USA and the Soviet Union

answers: NDQ_002103

answers: in space

answers: NDQ_002108

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: satellites are in orbit around Earth

answers: NDQ_002119

answers: the moon

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: how are satellites placed in orbits over Earth

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: solar system

answers: NDQ_002129

answers: The International Space Station

answers: NDQ_002130

answers: the USA

answers: NDQ_002131

answers: NDQ_002132

answers: Mars

answers: NDQ_002133

answers: Soviet Union

answers: NDQ_002134

answers: gravitational force is equal to the force of gravity

answers: NDQ_002135

answers: the space race

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: is a satellite in a low orbit

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: the moon,

answers: NDQ_002097

answers: moon,

answers: NDQ_002099

answers: Mars as well, but that those two goals should be prepared in safe conditions

answers: NDQ_002100

answers: USA and the Soviet Union,

answers: NDQ_002103

answers: returning to the moon,

answers: NDQ_002108

answers: the moon,

answers: NDQ_002111

answers: known hazards that will be found.

answers: NDQ_002113

answers: Mars

answers: NDQ_002114

answers: the USA and the Soviet Union,

answers: NDQ_002115

answers: moon,

answers: NDQ_002116

answers: moon,

answers: NDQ_002117

answers: moon,

answers: NDQ_002118

answers: Mars

answers: NDQ_002119

answers: half a century

answers: NDQ_002120

answers: moon,

answers: NDQ_002121

answers: space exploration.

answers: NDQ_002122

answers: returning to the moon,

answers: NDQ_002123

answers: Universe observation and solar system observation."

answers: NDQ_002124

answers: moon,

answers: NDQ_002125

answers: Mars

answers: NDQ_002126

answers: moon,

answers: NDQ_002127

answers: moon,

answers: NDQ_002128

answers: solar system

answers: NDQ_002129

answers: moon,

answers: NDQ_002130

answers: the USA

answers: NDQ_002131

answers: moon,

answers: NDQ_002132

answers: "outpost for Universe observation

answers: NDQ_002133

answers: half a century

answers: NDQ_002134

answers: Mars

answers: NDQ_002135

answers: Soviet Union,

answers: NDQ_002136

answers: known hazards

answers: NDQ_002137

answers: solar system

answers: NDQ_002138

answers: establishing an international base on the surface of the moon

answers: NDQ_002139

answers: the USA and the Soviet Union,

text: Unfortunately for the timely success of the satellite project, many of the most experienced people at Martin were shifted to the high-priority Titan ICBM program, and the mature Viking team was largely lost to Project Vanguard.  The resulting shock to US pride and perceptions of national security, when the Soviet Union launched Sputnik 1, the first artificial earth satellite, on October 4, 1957 (on the much larger R-7 rocket, developed as an ICBM), combined with the spectacular launch failure of the first complete Vanguard test launch December 6, 1957, is well known and recounted elsewhere.  Thus the first US satellite, Explorer 1, was launched January 31, 1958 by a substantially larger Army Jupiter-C rocket, based on the Redstone missile, which had been developed by the Army Ballistic Missile Agency (ABMA) at Huntsville, Alabama under the leadership of Wernher von Braun.  The first successful Vanguard satellite launching came on March 17, 1958.  Its payload, Vanguard 1, is the oldest satellite currently in orbit.

text: Unfortunately for the timely success of the satellite project, many of the most experienced people at Martin were shifted to the high-priority

text: Titan

text: ICBM

text: program, and the mature Viking team was largely lost to Project Vanguard.  The resulting shock to US pride and perceptions of national security, when the

text: Soviet Union

text: launched

text: Sputnik 1

text: , the first artificial earth satellite, on October 4, 1957 (on the much larger

text: R-7 rocket

text: , developed as an ICBM), combined with the

text: spectacular launch failure

text: of the first complete Vanguard test launch December 6, 1957, is well known and recounted elsewhere.  Thus the first US satellite,

text: Explorer 1

text: , was launched January 31, 1958 by a substantially larger Army

text: Jupiter-C

text: rocket, based on the

text: Redstone missile

text: , which had been developed by the

text: Army Ballistic Missile Agency

text: (ABMA) at Huntsville, Alabama under the leadership of

text: Wernher von Braun

text: .  The first successful Vanguard satellite launching came on March 17, 1958.  Its payload,

text: Vanguard 1

text: , is the oldest satellite currently in orbit.

answers: NDQ_002095

answers: orbit

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can be launched

answers: NDQ_002100

answers: Soviet Union

answers: NDQ_002103

answers: first

answers: NDQ_002108

answers: yes

answers: NDQ_002111

answers: No

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: the Soviet Union

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: No

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: How did the Soviet Union launch Sputnik 1?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: R-7 rocket

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Vanguard 1, is the oldest satellite currently in orbit

answers: NDQ_002130

answers: Army Ballistic Missile Agency

answers: NDQ_002131

answers: Sputnik 1

answers: NDQ_002132

answers: artificial earth satellite

answers: NDQ_002133

answers: 1957

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: Project Vanguard

answers: NDQ_002136

answers: payload

answers: NDQ_002137

answers: artificial earth satellites

answers: NDQ_002138

answers: is the oldest satellite currently in orbit

answers: NDQ_002139

answers: Explorer 1

answers: NDQ_002095

answers: orbit.

answers: NDQ_002097

answers: Sputnik 1,

answers: NDQ_002099

answers: Redstone missile,

answers: NDQ_002100

answers: Soviet Union

answers: NDQ_002103

answers: launch failure of the first complete Vanguard test launch December 6, 1957,

answers: NDQ_002108

answers: Sputnik 1,

answers: NDQ_002111

answers: Wernher von Braun.

answers: NDQ_002113

answers: Sputnik 1,

answers: NDQ_002114

answers: Soviet Union launched Sputnik 1,

answers: NDQ_002115

answers: Sputnik 1,

answers: NDQ_002116

answers: earth

answers: NDQ_002117

answers: Army Jupiter-C rocket,

answers: NDQ_002118

answers: Vanguard 1, is the oldest satellite currently in orbit.

answers: NDQ_002119

answers: 1957

answers: NDQ_002120

answers: Sputnik 1,

answers: NDQ_002121

answers: Vanguard 1, is the oldest satellite currently in orbit.

answers: NDQ_002122

answers: Army Jupiter-C rocket,

answers: NDQ_002123

answers: artificial earth satellite,

answers: NDQ_002124

answers: Sputnik 1,

answers: NDQ_002125

answers: Sputnik 1,

answers: NDQ_002126

answers: orbit.

answers: NDQ_002127

answers: Army Ballistic Missile Agency

answers: NDQ_002128

answers: Vanguard 1, is the oldest satellite

answers: NDQ_002129

answers: Vanguard 1,

answers: NDQ_002130

answers: Army Ballistic Missile Agency

answers: NDQ_002131

answers: Sputnik 1,

answers: NDQ_002132

answers: artificial earth satellite,

answers: NDQ_002133

answers: Redstone missile,

answers: NDQ_002134

answers: Vanguard 1, is the oldest satellite currently in orbit.

answers: NDQ_002135

answers: Sputnik 1,

answers: NDQ_002136

answers: launching

answers: NDQ_002137

answers: artificial earth satellite,

answers: NDQ_002138

answers: Vanguard 1, is the oldest satellite currently in orbit.

answers: NDQ_002139

answers: Explorer 1,

text: Planetary defenses are not limited to one pre-defined type, some are space or orbital based platforms or ships as in the previously stated example. Another example of planetary defense platforms is Cairo station, which is from the Halo 2 game and the Halo novels. As well as serving as docking stations for UNSC ships, MAC stations such as Cairo Station also possess a massive coilgun, which serve to ward off assaulting enemy fleets via long-range bombardments. UNSC worlds often possess multiple MAC stations in orbit, to provide overlapping fields of fire against either human or alien invaders.

text: Planetary defenses are not limited to one pre-defined type, some are space or orbital based platforms or ships as in the previously stated example. Another example of planetary defense platforms is Cairo station, which is from the

text: Halo 2

text: game and the

text: Halo

text: novels. As well as serving as docking stations for

text: UNSC

text: ships, MAC stations such as Cairo Station also possess a massive

text: coilgun

text: , which serve to ward off assaulting enemy fleets via long-range bombardments. UNSC worlds often possess multiple MAC stations in orbit, to provide overlapping fields of fire against either human or alien invaders.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: law of conservation of energy

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: unanswerable

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: not enough information

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: in orbit

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: unknown

answers: NDQ_002116

answers: unanswerable

answers: NDQ_002117

answers: not mentioned

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Landsat

answers: NDQ_002121

answers: no

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: unanswerable

answers: NDQ_002124

answers: Alan Shepherd

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Coilgun

answers: NDQ_002128

answers: UNSC worlds

answers: NDQ_002129

answers: unanswerable

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: unanswerable

answers: NDQ_002133

answers: Space Age

answers: NDQ_002134

answers: planetary defenses are not limited to one what?

answers: NDQ_002135

answers: Halo 2

answers: NDQ_002136

answers: orbital

answers: NDQ_002137

answers: a massive coilgun

answers: NDQ_002138

answers: unanswerable

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: orbital based platforms

answers: NDQ_002097

answers: long-range bombardments.

answers: NDQ_002099

answers: overlapping fields of fire

answers: NDQ_002100

answers: UNSC

answers: NDQ_002103

answers: Planetary defenses

answers: NDQ_002108

answers: Planetary defenses

answers: NDQ_002111

answers: Planetary defenses

answers: NDQ_002113

answers: coilgun,

answers: NDQ_002114

answers: Planetary defenses

answers: NDQ_002115

answers: Planetary defenses

answers: NDQ_002116

answers: orbital

answers: NDQ_002117

answers: orbital based platforms

answers: NDQ_002118

answers: Planetary defenses

answers: NDQ_002119

answers: Planetary defenses

answers: NDQ_002120

answers: Planetary defenses

answers: NDQ_002121

answers: orbital based platforms

answers: NDQ_002122

answers: Planetary defenses

answers: NDQ_002123

answers: UNSC worlds often possess multiple MAC stations in orbit,

answers: NDQ_002124

answers: Planetary defenses

answers: NDQ_002125

answers: Planetary defenses

answers: NDQ_002126

answers: orbital

answers: NDQ_002127

answers: coilgun,

answers: NDQ_002128

answers: orbital

answers: NDQ_002129

answers: massive coilgun,

answers: NDQ_002130

answers: UNSC

answers: NDQ_002131

answers: Planetary defenses

answers: NDQ_002132

answers: orbital based platforms

answers: NDQ_002133

answers: Halo 2

answers: NDQ_002134

answers: Planetary defenses

answers: NDQ_002135

answers: Halo 2

answers: NDQ_002136

answers: overlapping fields of fire against either human or alien invaders.

answers: NDQ_002137

answers: coilgun,

answers: NDQ_002138

answers: Planetary defenses

answers: NDQ_002139

answers: Planetary defenses

text: The city also inherited a multimillion-dollar Science Museum and Space Park exhibiting the rockets and vehicles used in America's early space exploration projects. The Space Park deteriorated due to neglect, but in 2004 the surviving rockets were restored and placed back on display. The outdoors exhibit is now part of the expanded New York Hall of Science, a portion of whose building is also a remnant of the fair.

text: The city also inherited a multimillion-dollar Science Museum and Space Park exhibiting the rockets and vehicles used in America's early space exploration projects. The Space Park deteriorated due to neglect, but in 2004 the surviving rockets were restored and placed back on display. The outdoors exhibit is now part of the expanded

text: New York Hall of Science

text: , a portion of whose building is also a remnant of the fair.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: Newton's Law of Gravity

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: America's

answers: NDQ_002103

answers: Space Park

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

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

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: NDQ_002129

answers: New York Hall of Science

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: rockets

answers: NDQ_002133

answers: space exploration projects

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: early space exploration projects

answers: NDQ_002136

answers: neglect

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: can be seen from Earth.

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: space exploration

answers: NDQ_002097

answers: space exploration projects.

answers: NDQ_002099

answers: space exploration projects.

answers: NDQ_002100

answers: America's

answers: NDQ_002103

answers: space exploration projects.

answers: NDQ_002108

answers: space exploration projects.

answers: NDQ_002111

answers: rockets and vehicles used in America's early space exploration projects.

answers: NDQ_002113

answers: the rockets and vehicles used in America's early space exploration projects.

answers: NDQ_002114

answers: America's early space exploration

answers: NDQ_002115

answers: the rockets and vehicles used in America's early space exploration projects.

answers: NDQ_002116

answers: space exploration projects.

answers: NDQ_002117

answers: rockets

answers: NDQ_002118

answers: space exploration projects.

answers: NDQ_002119

answers: space exploration projects.

answers: NDQ_002120

answers: Science Museum and Space Park

answers: NDQ_002121

answers: space exploration projects.

answers: NDQ_002122

answers: rockets and vehicles used in America's early space exploration projects.

answers: NDQ_002123

answers: rockets and vehicles used in America's early space exploration projects.

answers: NDQ_002124

answers: rockets and vehicles used in America's early space exploration projects.

answers: NDQ_002125

answers: rockets and vehicles used in America's early space exploration projects.

answers: NDQ_002126

answers: space exploration projects.

answers: NDQ_002127

answers: vehicles used in America's early space exploration projects.

answers: NDQ_002128

answers: space

answers: NDQ_002129

answers: space exploration projects.

answers: NDQ_002130

answers: Science Museum and Space Park

answers: NDQ_002131

answers: space exploration projects.

answers: NDQ_002132

answers: rockets and vehicles

answers: NDQ_002133

answers: America's early space exploration projects.

answers: NDQ_002134

answers: rockets and vehicles used in America's early space exploration projects.

answers: NDQ_002135

answers: America's early space exploration projects.

answers: NDQ_002136

answers: neglect,

answers: NDQ_002137

answers: rockets and vehicles used in America's early space exploration projects.

answers: NDQ_002138

answers: rockets and vehicles used in America's early space exploration projects.

answers: NDQ_002139

answers: space exploration projects.

text: During this period, NPA became the leading commercial supplier of imagery from different satellite sources and the go-to supplier for photo-mosaicked images, and later, digitally processed images and mosaics - a forerunner service to today’s Google Earth.With the advent of the European Space Agency's radar satellites in the early 1990s, Press, in conjunction with Dr Geoff Lawrence, led NPA to develop Offshore Basin Screening using sea surface roughness patterns observed on radar imagery to detect slicks caused by traces of hydrocarbons seeping from the sea floor. This technique has become a universally recognised complimentary data source to seismic surveying and other offshore exploration tools, and is used by most of the world’s major oil companies who draw on a global database compiled and maintained by CGG-NPA.

text: During this period, NPA became the leading commercial supplier of imagery from different satellite sources and the go-to supplier for photo-mosaicked images, and later, digitally processed images and mosaics - a forerunner service to today’s

text: Google Earth

text: .With the advent of the

text: European Space Agency

text: 's radar satellites in the early 1990s, Press, in conjunction with Dr Geoff Lawrence, led NPA to develop Offshore Basin Screening using sea surface roughness patterns observed on radar imagery to detect slicks caused by traces of hydrocarbons seeping from the sea floor. This technique has become a universally recognised complimentary data source to seismic surveying and other offshore exploration tools, and is used by most of the world’s major oil companies who draw on a global database compiled and maintained by CGG-NPA.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: European Space Agency

answers: NDQ_002103

answers: satellites

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: satellites

answers: NDQ_002118

answers: How many satellites are there?

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: Google Earth

answers: NDQ_002121

answers: the law of conservation of momentum

answers: NDQ_002122

answers: Newtons Third Law of Motion

answers: NDQ_002123

answers: What is the European Space Agency's radar satellites?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: European Space Agency's radar satellites

answers: NDQ_002130

answers: European Space Agency

answers: NDQ_002131

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 1990s

answers: NDQ_002134

answers: gravitational force is proportional to mass

answers: NDQ_002135

answers: the early 1990s

answers: NDQ_002136

answers: gravity

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: European Space Agency's

answers: NDQ_002139

answers: Geoff Lawrence

answers: NDQ_002095

answers: European Space Agency's

answers: NDQ_002097

answers: traces of hydrocarbons seeping from the sea floor.

answers: NDQ_002099

answers: digitally processed images and mosaics

answers: NDQ_002100

answers: European

answers: NDQ_002103

answers: European Space Agency's radar satellites in the early 1990s,

answers: NDQ_002108

answers: European Space Agency's radar satellites in the early 1990s,

answers: NDQ_002111

answers: European Space Agency's radar satellites in the early 1990s,

answers: NDQ_002113

answers: European Space Agency's radar satellites in the early 1990s,

answers: NDQ_002114

answers: European Space Agency's

answers: NDQ_002115

answers: European Space Agency's radar satellites in the early 1990s,

answers: NDQ_002116

answers: satellites

answers: NDQ_002117

answers: European Space Agency's radar satellites in the early 1990s,

answers: NDQ_002118

answers: European Space Agency's radar satellites

answers: NDQ_002119

answers: 1990s,

answers: NDQ_002120

answers: radar satellites

answers: NDQ_002121

answers: European Space Agency's

answers: NDQ_002122

answers: Offshore Basin Screening

answers: NDQ_002123

answers: radar satellites

answers: NDQ_002124

answers: European Space Agency's

answers: NDQ_002125

answers: European Space Agency's

answers: NDQ_002126

answers: photo-mosaicked

answers: NDQ_002127

answers: European Space Agency's

answers: NDQ_002128

answers: satellites

answers: NDQ_002129

answers: radar satellites

answers: NDQ_002130

answers: European Space Agency's

answers: NDQ_002131

answers: Offshore Basin Screening

answers: NDQ_002132

answers: radar satellites

answers: NDQ_002133

answers: 1990s,

answers: NDQ_002134

answers: traces of hydrocarbons seeping from the sea floor.

answers: NDQ_002135

answers: European Space Agency's radar satellites in the early 1990s,

answers: NDQ_002136

answers: Space Agency's

answers: NDQ_002137

answers: radar satellites

answers: NDQ_002138

answers: radar satellites

answers: NDQ_002139

answers: Press, in conjunction with Dr Geoff Lawrence,

text: GoLions story is set in 1999, when the planet Altea is subdued and enslaved by the Galra Empire. Five space pilots return to Earth to find the planet annihilated by thermonuclear war. Eventually, the explorers are captured and enslaved, and forced to fight for their lives in Emperor Daibazaal's arena. The young pilots escape and eventually land on the planet Altea, where they discover the secret of the mighty sentient robot GoLion, the only weapon powerful enough to defeat Emperor Daibazaal's forces. Thousands of years ago, GoLion was an arrogant robot who, after defeating several Beastmen, tried to challenge the goddess of the universe into battle, but failed. For GoLion's hubris, the goddess taught him humility by separating him into five pieces in the form of five lion robots that sailed through space and crash-landed on Altea, to lay in wait for those who would one day reawaken him to fight evil once again.

text: GoLions story is set in 1999, when the planet Altea is subdued and enslaved by the Galra Empire. Five space pilots return to

text: Earth

text: to find the planet annihilated by thermonuclear war. Eventually, the explorers are captured and enslaved, and forced to fight for their lives in Emperor Daibazaal's arena. The young pilots escape and eventually land on the planet Altea, where they discover the secret of the mighty sentient robot GoLion, the only weapon powerful enough to defeat Emperor Daibazaal's forces. Thousands of years ago, GoLion was an arrogant robot who, after defeating several Beastmen, tried to challenge the goddess of the universe into battle, but failed. For GoLion's hubris, the goddess taught him humility by separating him into five pieces in the form of five lion robots that sailed through space and crash-landed on Altea, to lay in wait for those who would one day reawaken him to fight evil once again.

answers: NDQ_002095

answers: return to Earth

answers: NDQ_002097

answers: Newton's Law of Gravity

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: Earth

answers: NDQ_002103

answers: in 1999

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: How many space pilots return to Earth?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What does the goddess of the universe teach GoLion?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: in space

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat satellites?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How does the goddess teach GoLion humility?

answers: NDQ_002123

answers: What are placed in high orbits over Earth?

answers: NDQ_002124

answers: Who was the first astronaut to walk on the Moon?

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: GoLion

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: Earth

answers: NDQ_002130

answers: unanswerable

answers: NDQ_002131

answers: GoLion

answers: NDQ_002132

answers: GoLion

answers: NDQ_002133

answers: Galra Empire

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: GoLions story

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: What is the only weapon powerful enough to defeat Emperor Daibazaal?

answers: NDQ_002139

answers: Who was the first American to orbit Earth?

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: thermonuclear war.

answers: NDQ_002099

answers: space and crash-landed on Altea,

answers: NDQ_002100

answers: Galra Empire.

answers: NDQ_002103

answers: thermonuclear war.

answers: NDQ_002108

answers: Thousands of years

answers: NDQ_002111

answers: Five space pilots

answers: NDQ_002113

answers: thermonuclear war.

answers: NDQ_002114

answers: Five space pilots

answers: NDQ_002115

answers: thermonuclear war.

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: space pilots

answers: NDQ_002118

answers: thermonuclear war.

answers: NDQ_002119

answers: 1999,

answers: NDQ_002120

answers: Earth

answers: NDQ_002121

answers: space

answers: NDQ_002122

answers: Five space pilots

answers: NDQ_002123

answers: thermonuclear war.

answers: NDQ_002124

answers: Five space pilots

answers: NDQ_002125

answers: Earth

answers: NDQ_002126

answers: sailed through space

answers: NDQ_002127

answers: thermonuclear war.

answers: NDQ_002128

answers: space pilots return to Earth

answers: NDQ_002129

answers: Earth

answers: NDQ_002130

answers: space pilots

answers: NDQ_002131

answers: thermonuclear war.

answers: NDQ_002132

answers: robots

answers: NDQ_002133

answers: Thousands of years

answers: NDQ_002134

answers: thermonuclear war.

answers: NDQ_002135

answers: thermonuclear war.

answers: NDQ_002136

answers: thermonuclear war.

answers: NDQ_002137

answers: thermonuclear war.

answers: NDQ_002138

answers: Five space pilots

answers: NDQ_002139

answers: Five space pilots

text: "Mass Effect 2: Overlord" unfolds in a less linear manner than other assignments found in the game due to its focus on exploration. The pack introduces five new missions and some of them can be completed in a different order. The missions are located on a planet that the player must explore using a hovering vehicle called Hammerhead. Aboard the Hammerhead, the player may transition from one mission to another and gather items such as mineral resources used to research numerous in-game upgrades. The Hammerhead has the ability to jump over obstacles to reach certain areas and is also armed with a gun that the player can use to destroy hostile targets over the planet. At certain points in the game, the player may also encounter mini-bosses that must be defeated. "Overlord" also adds one armor upgrade and two achievements that are awarded for completing specific tasks. The first achievement is obtained by collecting numerous data packets that are scattered across the planet, while the second achievement is unlocked by completing "Overlord".

text: "Mass Effect 2: Overlord" unfolds in a

text: less linear

text: manner than other assignments found in the game due to its focus on exploration. The pack introduces five new missions and some of them can be completed in a different order. The missions are located on a planet that the player must explore using a hovering vehicle called Hammerhead. Aboard the Hammerhead, the player may transition from one mission to another and gather items such as mineral resources used to research numerous in-game upgrades. The Hammerhead has the ability to jump over obstacles to reach certain areas and is also armed with a gun that the player can use to destroy hostile targets over the planet. At certain points in the game, the player may also encounter mini-

text: bosses

text: that must be defeated. "Overlord" also adds one armor upgrade and two achievements that are awarded for completing specific tasks. The first achievement is obtained by collecting numerous data packets that are scattered across the planet, while the second achievement is unlocked by completing "Overlord".

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: jump over obstacles

answers: NDQ_002099

answers: can take off

answers: NDQ_002100

answers: United States and China

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: What is the first achievement unlocked by completing "Overlord"?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: unknown

answers: NDQ_002116

answers: What is the second achievement unlocked by completing Overlord?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: Thousands of satellites are in orbit around Earth

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

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

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: What are placed in high orbits over Earth?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: linear

answers: NDQ_002127

answers: Hammerhead

answers: NDQ_002128

answers: a hovering vehicle called Hammerhead

answers: NDQ_002129

answers: a hovering vehicle called Hammerhead

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: hammerhead

answers: NDQ_002132

answers: a hovering vehicle

answers: NDQ_002133

answers: Overlord

answers: NDQ_002134

answers: gravitational force is proportional to

answers: NDQ_002135

answers: Overlord

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: data packets

answers: NDQ_002138

answers: can be destroyed by Hammerhead

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: hovering vehicle called Hammerhead.

answers: NDQ_002097

answers: jump over obstacles

answers: NDQ_002099

answers: jump over obstacles to reach certain areas

answers: NDQ_002100

answers: Overlord"

answers: NDQ_002103

answers: defeated.

answers: NDQ_002108

answers: planet

answers: NDQ_002111

answers: "Overlord".

answers: NDQ_002113

answers: "Overlord".

answers: NDQ_002114

answers: "Mass Effect 2: Overlord"

answers: NDQ_002115

answers: "Mass Effect 2: Overlord"

answers: NDQ_002116

answers: "Mass Effect 2: Overlord"

answers: NDQ_002117

answers: "Mass Effect 2: Overlord"

answers: NDQ_002118

answers: "Mass Effect 2: Overlord"

answers: NDQ_002119

answers: "Mass Effect 2: Overlord"

answers: NDQ_002120

answers: Hammerhead.

answers: NDQ_002121

answers: hovering vehicle

answers: NDQ_002122

answers: Hammerhead.

answers: NDQ_002123

answers: Hammerhead.

answers: NDQ_002124

answers: "Mass Effect 2: Overlord"

answers: NDQ_002125

answers: "Mass Effect 2: Overlord"

answers: NDQ_002126

answers: linear

answers: NDQ_002127

answers: obstacles

answers: NDQ_002128

answers: Hammerhead.

answers: NDQ_002129

answers: Hammerhead.

answers: NDQ_002130

answers: "Mass Effect 2: Overlord"

answers: NDQ_002131

answers: hovering vehicle called Hammerhead.

answers: NDQ_002132

answers: Hammerhead.

answers: NDQ_002133

answers: "Mass Effect 2: Overlord"

answers: NDQ_002134

answers: jump over obstacles

answers: NDQ_002135

answers: "Mass Effect 2: Overlord"

answers: NDQ_002136

answers: obstacles

answers: NDQ_002137

answers: data packets

answers: NDQ_002138

answers: Hammerhead.

answers: NDQ_002139

answers: "Mass Effect 2: Overlord"

text: Space physics did not begin in earnest, however, until the first in situ measurements in the early 1950s, when a team led by Van Allen launched the first rockets to a height around 110 km. In 1958, a Geiger counter on board the first US satellite, Explorer 1 detected the Earth's radiation belts, later named the Van Allen belts. The boundary between the Earth's magnetic field and interplanetary space was studied by Explorer 10. Future space craft would travel outside Earth orbit and study the composition and structure of the solar wind in much greater detail. These include WIND (spacecraft), (1994), Advanced Composition Explorer (ACE), Ulysses, the Interstellar Boundary Explorer (IBEX) in 2008, and Solar Probe+. Other spacecraft would study the sun, such as STEREO and Solar and Heliospheric Observatory (SOHO).

text: Space physics did not begin in earnest, however, until the first in situ measurements in the early 1950s, when a team led by

text: Van Allen

text: launched the first rockets to a height around 110 km. In 1958, a Geiger counter on board the first US satellite,

text: Explorer 1

text: detected the Earth's radiation belts, later named the

text: Van Allen belts

text: . The boundary between the Earth's magnetic field and interplanetary space was studied by

text: Explorer 10

text: . Future space craft would travel outside Earth orbit and study the composition and structure of the solar wind in much greater detail. These include

text: WIND (spacecraft)

text: , (1994),

text: Advanced Composition Explorer

text: (ACE),

text: Ulysses

text: , the

text: Interstellar Boundary Explorer

text: (IBEX) in 2008, and

text: Solar Probe+

text: . Other spacecraft would study the sun, such as

text: STEREO

text: and

text: Solar and Heliospheric Observatory

text: (SOHO).

answers: NDQ_002095

answers: orbit the sun

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched

answers: NDQ_002100

answers: US

answers: NDQ_002103

answers: before the 1950s

answers: NDQ_002108

answers: yes

answers: NDQ_002111

answers: Yes

answers: NDQ_002113

answers: Space physics

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: What is the name of the first US satellite?

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: How many years after the first US satellite, Explorer 1 detected the Earth's radiation belts, later named the Van Allen belts

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: magnetic field

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Explorer 10

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: solar wind

answers: NDQ_002132

answers: WIND

answers: NDQ_002133

answers: 1950s

answers: NDQ_002134

answers: the gravitational force between two objects is constant

answers: NDQ_002135

answers: early 1950s

answers: NDQ_002136

answers: Earth's magnetic field

answers: NDQ_002137

answers: Geiger counters

answers: NDQ_002138

answers: Explorer 1

answers: NDQ_002139

answers: Van Allen

answers: NDQ_002095

answers: Explorer 1 detected the Earth's radiation belts,

answers: NDQ_002097

answers: magnetic field

answers: NDQ_002099

answers: launched the first rockets to a height around 110 km.

answers: NDQ_002100

answers: US

answers: NDQ_002103

answers: launched the first rockets to a height around 110 km.

answers: NDQ_002108

answers: 1950s,

answers: NDQ_002111

answers: Space physics

answers: NDQ_002113

answers: Van Allen launched the first rockets to a height around 110 km.

answers: NDQ_002114

answers: US

answers: NDQ_002115

answers: Van Allen launched the first rockets to a height around 110 km.

answers: NDQ_002116

answers: Earth orbit

answers: NDQ_002117

answers: rockets

answers: NDQ_002118

answers: US satellite, Explorer 1

answers: NDQ_002119

answers: 1958,

answers: NDQ_002120

answers: Explorer 1 detected the Earth's radiation belts,

answers: NDQ_002121

answers: rockets to a height around 110 km.

answers: NDQ_002122

answers: 110 km.

answers: NDQ_002123

answers: orbit

answers: NDQ_002124

answers: the first in situ measurements in the early 1950s,

answers: NDQ_002125

answers: Solar Probe+.

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: magnetic field

answers: NDQ_002128

answers: satellite,

answers: NDQ_002129

answers: 110 km.

answers: NDQ_002130

answers: Space physics

answers: NDQ_002131

answers: solar wind

answers: NDQ_002132

answers: WIND

answers: NDQ_002133

answers: 1950s,

answers: NDQ_002134

answers: 110 km.

answers: NDQ_002135

answers: early 1950s,

answers: NDQ_002136

answers: Earth's magnetic field

answers: NDQ_002137

answers: Geiger counter

answers: NDQ_002138

answers: Explorer 1

answers: NDQ_002139

answers: Explorer 1

text: The social teachings of Pope Pius XII repeat these teachings, and apply them in greater detail not only to workers and owners of capital, but also to other professions such as politicians, educators, house-wives, farmers bookkeepers, international organizations, and all aspects of life including the military. Going beyond Pius XI, he also defined social teachings in the areas of medicine, psychology, sport, TV, science, law and education. Pius XII was called "the Pope of Technology for his willingness and ability to examine the social implications of technological advances. The dominant concern was the continued rights and dignity of the individual. With the beginning of the space age at the end of his pontificate, Pius XII explored the social implications of space exploration and satellites on the social fabric of humanity asking for a new sense of community and solidarity in light of existing papal teachings on subsidiarity.

text: The social teachings of

text: Pope Pius XII

text: repeat these teachings, and apply them in greater detail not only to workers and owners of capital, but also to other professions such as politicians, educators, house-wives, farmers

text: bookkeeper

text: s,

text: international organization

text: s, and all aspects of life including the military. Going beyond Pius XI, he also defined social teachings in the areas of medicine,

text: psychology

text: , sport, TV, science, law and education. Pius XII was called "the Pope of Technology for his willingness and ability to examine the social implications of technological advances. The dominant concern was the continued rights and dignity of the individual. With the beginning of the

text: space age

text: at the end of his pontificate, Pius XII explored the social implications of space exploration and satellites on the social fabric of humanity asking for a new sense of community and solidarity in light of existing

text: papal teachings

text: on subsidiarity.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: law and education

answers: NDQ_002099

answers: can go into space

answers: NDQ_002100

answers: United States and China

answers: NDQ_002103

answers: Pius XII

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: satellites

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: space

answers: NDQ_002120

answers: With the beginning of the space age

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: What is the dominant concern was the continued rights and dignity of the individual?

answers: NDQ_002123

answers: space exploration and satellites on the social fabric of humanity

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: unanswerable

answers: NDQ_002126

answers: NDQ_002127

answers: the Pope of Technology

answers: NDQ_002128

answers: satellites

answers: NDQ_002129

answers: space exploration and satellites

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: NDQ_002132

answers: satellites

answers: NDQ_002133

answers: space age

answers: NDQ_002134

answers: satellites on the social fabric of humanity

answers: NDQ_002135

answers: the space age

answers: NDQ_002136

answers: subsidiarity

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: unanswerable

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: space age

answers: NDQ_002097

answers: subsidiarity.

answers: NDQ_002099

answers: space age

answers: NDQ_002100

answers: Pius XII

answers: NDQ_002103

answers: space age

answers: NDQ_002108

answers: space age

answers: NDQ_002111

answers: space age

answers: NDQ_002113

answers: space age

answers: NDQ_002114

answers: space age

answers: NDQ_002115

answers: space age

answers: NDQ_002116

answers: satellites

answers: NDQ_002117

answers: space age

answers: NDQ_002118

answers: space age

answers: NDQ_002119

answers: space age

answers: NDQ_002120

answers: satellites

answers: NDQ_002121

answers: space age

answers: NDQ_002122

answers: space age

answers: NDQ_002123

answers: satellites

answers: NDQ_002124

answers: The social teachings of Pope Pius XII

answers: NDQ_002125

answers: space age

answers: NDQ_002126

answers: The social teachings of Pope Pius XII

answers: NDQ_002127

answers: military.

answers: NDQ_002128

answers: satellites

answers: NDQ_002129

answers: satellites

answers: NDQ_002130

answers: satellites

answers: NDQ_002131

answers: The social teachings of Pope Pius XII

answers: NDQ_002132

answers: satellites

answers: NDQ_002133

answers: space age

answers: NDQ_002134

answers: space age

answers: NDQ_002135

answers: space age

answers: NDQ_002136

answers: space age

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: satellites

answers: NDQ_002139

answers: Pope Pius XII

text: Exploring new planets, however, is dangerous work; in a society with no war, with little crime or violence, and with excellent advanced health care, the deaths of fit and intelligent young men and women—occasionally in the most extreme and elaborate ways—are a source of significant psychological trauma and social stress. The Technocracy has dealt with this problem by organizing a special Explorer Corps. These are individuals fit enough and smart enough to do the job, but afflicted with physical disadvantages (handicaps, diseases, of sometimes simple ugliness) that place them outside the norm of society. Candidates are identified in childhood, and conscripted into the Explorers; even if their deficiencies are easily correctible, they are left untreated. When these Explorers die in the course of their work—as they often do—the citizens of the Technocracy manage to cope with the shock.

text: Exploring new planets, however, is dangerous work; in a society with no war, with little crime or violence, and with excellent advanced health care, the deaths of fit and intelligent young men and women—occasionally in the most extreme and elaborate ways—are a source of significant psychological trauma and social stress. The Technocracy has dealt with this problem by organizing a special Explorer Corps. These are individuals fit enough and smart enough to do the job, but afflicted with physical disadvantages (handicaps, diseases, of sometimes simple ugliness) that place them outside the norm of society. Candidates are identified in childhood, and conscripted into the Explorers; even if their deficiencies are easily correctible, they are left untreated. When these Explorers die in the course of their work—as they often do—the citizens of the Technocracy manage to cope with the shock.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: the Technocracy

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: what is a satellite

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: Which of the following is not a physical disadvantage: Handicaps, diseases, or ugliness?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: a planet

answers: NDQ_002129

answers: The Technocracy

answers: NDQ_002130

answers: The Technocracy

answers: NDQ_002131

answers: is dangerous work

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 18th century

answers: NDQ_002134

answers: Newton's third law of motion states that Newton's third law of motion states that

answers: NDQ_002135

answers: The Technocracy

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: GPS technology

answers: NDQ_002138

answers: is a source of psychological trauma and social stress

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: new planets,

answers: NDQ_002097

answers: war,

answers: NDQ_002099

answers: Exploring new planets,

answers: NDQ_002100

answers: The Technocracy

answers: NDQ_002103

answers: Exploring new planets,

answers: NDQ_002108

answers: Exploring new planets,

answers: NDQ_002111

answers: childhood, and conscripted into the Explorers;

answers: NDQ_002113

answers: Exploring new planets,

answers: NDQ_002114

answers: Explorer Corps.

answers: NDQ_002115

answers: Explorer Corps.

answers: NDQ_002116

answers: Exploring new planets,

answers: NDQ_002117

answers: Explorer Corps.

answers: NDQ_002118

answers: Explorer Corps.

answers: NDQ_002119

answers: Exploring new planets,

answers: NDQ_002120

answers: Explorer Corps.

answers: NDQ_002121

answers: Exploring new planets,

answers: NDQ_002122

answers: Explorer Corps.

answers: NDQ_002123

answers: Explorer Corps.

answers: NDQ_002124

answers: Explorer Corps.

answers: NDQ_002125

answers: Explorer Corps.

answers: NDQ_002126

answers: Exploring new planets,

answers: NDQ_002127

answers: war,

answers: NDQ_002128

answers: planets,

answers: NDQ_002129

answers: Exploring new planets,

answers: NDQ_002130

answers: Explorer Corps.

answers: NDQ_002131

answers: Explorer Corps.

answers: NDQ_002132

answers: Explorer Corps.

answers: NDQ_002133

answers: childhood,

answers: NDQ_002134

answers: Exploring new planets,

answers: NDQ_002135

answers: war,

answers: NDQ_002136

answers: The Technocracy

answers: NDQ_002137

answers: Candidates are identified in childhood, and conscripted into the Explorers;

answers: NDQ_002138

answers: war,

answers: NDQ_002139

answers: Explorers;

text: Using the simplified model where the orbit of the Moon around the Earth is circular, Schwaniger found that there exists a free-return trajectory in the plane of the orbit of the Moon which is periodic: after returning to low altitude above the Earth (the perigee radius is a parameter, typically 6555 km) the spacecraft would return to the Moon, etc. This periodic trajectory is counter-rotational (it goes from east to west when near the earth). It has a period of about 650 hours (compare with a sidereal month, which is 655.7 hours, or 27.3 days). Considering the trajectory in an inertial (non-rotating) frame of reference, the perigee occurs directly under the moon when the moon is on one side of the earth. Speed at perigee is about 10.91 km/s. After three days it reaches the moon's orbit, but now more or less on the opposite side of the earth from the moon. After a few more days the craft reaches ifs (first) apogee and begins to fall back toward the earth. But then the moon comes along and attracts the craft. The craft passes on the near side of the moon at a radius of 2150 km (410 km above the surface) and is thrown back outwards where it reaches a second apogee. It then falls back toward the earth, goes around to the first side, and goes through another perigee close to where the first perigee had taken place.

answers: NDQ_002095

answers: orbit the Moon

answers: NDQ_002097

answers: speed at perigee

answers: NDQ_002099

answers: reaches its full potential

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: After three days it reaches the moon's orbit

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How long did it take the spacecraft to reach the moon's orbit?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: After three days it reaches the moon's orbit

answers: NDQ_002118

answers: None of the above choices are true

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

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

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: Which of the following is not a type of orbit: low altitude above the Earth, orbit of the Moon, or orbit of the Sun?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: attracts the craft

answers: NDQ_002128

answers: the Moon

answers: NDQ_002129

answers: Earth

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: counter-rotational (it goes from east to west when near the earth

answers: NDQ_002132

answers: free-return trajectory

answers: NDQ_002133

answers: 27.3 days

answers: NDQ_002134

answers: speed at perigee is about 10.91 km/s

answers: NDQ_002135

answers: unanswerable

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: a non-rotating frame of reference

answers: NDQ_002138

answers: has a period of about 650 hours

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: moon's orbit,

answers: NDQ_002097

answers: counter-rotational

answers: NDQ_002099

answers: second apogee.

answers: NDQ_002100

answers: Earth

answers: NDQ_002103

answers: 650 hours

answers: NDQ_002108

answers: spacecraft would return to the Moon,

answers: NDQ_002111

answers: free-return trajectory

answers: NDQ_002113

answers: 10.91 km/s.

answers: NDQ_002114

answers: the moon comes along and attracts the craft.

answers: NDQ_002115

answers: Moon,

answers: NDQ_002116

answers: moon's orbit,

answers: NDQ_002117

answers: spacecraft

answers: NDQ_002118

answers: orbit of the Moon

answers: NDQ_002119

answers: 650 hours

answers: NDQ_002120

answers: 6555 km)

answers: NDQ_002121

answers: free-return trajectory

answers: NDQ_002122

answers: counter-rotational

answers: NDQ_002123

answers: Moon which is periodic: after returning to low altitude

answers: NDQ_002124

answers: near side of the moon

answers: NDQ_002125

answers: Moon

answers: NDQ_002126

answers: circular,

answers: NDQ_002127

answers: the moon comes along and attracts the craft.

answers: NDQ_002128

answers: the Moon

answers: NDQ_002129

answers: 6555 km)

answers: NDQ_002130

answers: spacecraft

answers: NDQ_002131

answers: thrown back outwards

answers: NDQ_002132

answers: free-return

answers: NDQ_002133

answers: sidereal month,

answers: NDQ_002134

answers: counter-rotational

answers: NDQ_002135

answers: Moon

answers: NDQ_002136

answers: the moon comes along and attracts the craft.

answers: NDQ_002137

answers: (the perigee radius

answers: NDQ_002138

answers: the spacecraft would return to the Moon,

answers: NDQ_002139

answers: Schwaniger

text: A number of women have traveled into space. Although the first woman flew into space in 1963, very early in crewed space exploration, it would not be until almost 20 years later that another flew.

text: A number of women have traveled into space. Although the first woman flew into space in 1963, very early in

text: crewed space exploration

text: , it would not be until almost 20 years later that another flew.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: unanswerable

answers: NDQ_002103

answers: before a woman

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: The first woman flew into space in 1963

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

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

answers: NDQ_002117

answers: Which of the following is not true?

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: into space

answers: NDQ_002120

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

answers: NDQ_002121

answers: The law of conservation of momentum states that an object can go into orbit only if it is moving at a constant speed.

answers: NDQ_002122

answers: Which of the following is not an example of Newtons Third Law of Motion?

answers: NDQ_002123

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

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: can be described

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: What is the largest artificial satellite?

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: can be

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 20th century

answers: NDQ_002134

answers: gravitational force causes the speed of a moving object to increase

answers: NDQ_002135

answers: unanswerable

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: data from satellites

answers: NDQ_002138

answers: can be seen from Earth.

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: women have traveled into space.

answers: NDQ_002097

answers: women have traveled into space.

answers: NDQ_002099

answers: women have traveled into space.

answers: NDQ_002100

answers: 1963,

answers: NDQ_002103

answers: 1963,

answers: NDQ_002108

answers: 1963,

answers: NDQ_002111

answers: 1963,

answers: NDQ_002113

answers: 1963,

answers: NDQ_002114

answers: 1963,

answers: NDQ_002115

answers: 1963,

answers: NDQ_002116

answers: number of women have traveled into space.

answers: NDQ_002117

answers: 1963,

answers: NDQ_002118

answers: 1963,

answers: NDQ_002119

answers: 1963,

answers: NDQ_002120

answers: 1963,

answers: NDQ_002121

answers: space.

answers: NDQ_002122

answers: 1963,

answers: NDQ_002123

answers: 1963,

answers: NDQ_002124

answers: 1963,

answers: NDQ_002125

answers: 1963,

answers: NDQ_002126

answers: space.

answers: NDQ_002127

answers: crewed space exploration,

answers: NDQ_002128

answers: space.

answers: NDQ_002129

answers: 1963,

answers: NDQ_002130

answers: crewed space exploration,

answers: NDQ_002131

answers: space.

answers: NDQ_002132

answers: women have traveled into space.

answers: NDQ_002133

answers: 1963,

answers: NDQ_002134

answers: women have traveled into space.

answers: NDQ_002135

answers: crewed space exploration,

answers: NDQ_002136

answers: women have traveled into space.

answers: NDQ_002137

answers: 1963,

answers: NDQ_002138

answers: women have traveled into space.

answers: NDQ_002139

answers: 1963,

text: A countdown is a sequence of backward counting to indicate the time remaining before an event is scheduled to occur. NASA commonly employs the term "T-minus" during the preparation for and anticipation of a rocket launch, and even "E-minus" for events that involve spacecraft that are already in space, where the "T" could stand for "Test" or "Time", and the "E" stands for "Encounter", as with a comet or some other space object. Other events for which countdowns are commonly used include the detonation of an explosive, the start of a race, the start of the New Year, or any anxiously anticipated event. An early use of a countdown once signaled the start of a Cambridge University rowing race.  One of the first known associations with rockets was in the 1929 German science fiction movie Frau im Mond (English: Woman in the Moon) written by Thea von Harbou and directed by Fritz Lang in an attempt to increase the drama of the launch sequence of the story's lunar-bound rocket.

text: A countdown is a sequence of backward counting to indicate the time remaining before an event is scheduled to occur.

text: NASA

text: commonly employs the term "T-minus" during the preparation for and anticipation of a rocket launch, and even "E-minus" for events that involve spacecraft that are already in space, where the "T" could stand for "Test" or "Time", and the "E" stands for "Encounter", as with a comet or some other space object. Other events for which countdowns are commonly used include the detonation of an explosive, the start of a race, the start of the

text: New Year

text: , or any anxiously anticipated event. An early use of a countdown once signaled the start of a

text: Cambridge University

text: rowing race.  One of the first known associations with rockets was in the 1929 German science fiction movie

text: Frau im Mond

text: (English: Woman in the Moon) written by

text: Thea von Harbou

text: and directed by

text: Fritz Lang

text: in an attempt to increase the drama of the launch sequence of the story's lunar-bound rocket.

answers: NDQ_002095

answers: Encounter

answers: NDQ_002097

answers: unanswerable

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: German

answers: NDQ_002103

answers: T-minus

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is Frau im Mond?

answers: NDQ_002117

answers: E-minus

answers: NDQ_002118

answers: None of the above choices

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: What is the term "E-minus" for events that involve spacecraft that are already in space?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: E-minus

answers: NDQ_002126

answers: unanswerable

answers: NDQ_002127

answers: rocket launch

answers: NDQ_002128

answers: comet

answers: NDQ_002129

answers: The story's lunar-bound rocket

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: E-minus

answers: NDQ_002133

answers: unanswerable

answers: NDQ_002134

answers: Einstein's third law of motion states that

answers: NDQ_002135

answers: Frau im Mond

answers: NDQ_002136

answers: E-minus

answers: NDQ_002137

answers: a sequence of backward counting

answers: NDQ_002138

answers: could stand for "E-minus"

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: in space,

answers: NDQ_002097

answers: "T-minus"

answers: NDQ_002099

answers: launch sequence of the story's lunar-bound rocket.

answers: NDQ_002100

answers: German

answers: NDQ_002103

answers: launch,

answers: NDQ_002108

answers: 1929

answers: NDQ_002111

answers: 1929 German science fiction movie Frau im Mond

answers: NDQ_002113

answers: 1929 German science fiction movie Frau im Mond

answers: NDQ_002114

answers: NASA commonly employs the term "T-minus"

answers: NDQ_002115

answers: lunar-bound rocket.

answers: NDQ_002116

answers: comet or some other space object.

answers: NDQ_002117

answers: rocket launch, and even "E-minus"

answers: NDQ_002118

answers: NASA commonly employs the term "T-minus"

answers: NDQ_002119

answers: 1929

answers: NDQ_002120

answers: A countdown

answers: NDQ_002121

answers: "E-minus" for events that involve spacecraft that are already in space,

answers: NDQ_002122

answers: lunar-bound rocket.

answers: NDQ_002123

answers: "E-minus"

answers: NDQ_002124

answers: "T-minus"

answers: NDQ_002125

answers: "E-minus"

answers: NDQ_002126

answers: comet

answers: NDQ_002127

answers: launch,

answers: NDQ_002128

answers: comet

answers: NDQ_002129

answers: lunar-bound rocket.

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: "E-minus" for events that involve spacecraft

answers: NDQ_002132

answers: "E-minus"

answers: NDQ_002133

answers: 1929 German science fiction movie Frau im Mond

answers: NDQ_002134

answers: "T-minus"

answers: NDQ_002135

answers: 1929 German science fiction movie Frau im Mond

answers: NDQ_002136

answers: "E-minus"

answers: NDQ_002137

answers: countdown

answers: NDQ_002138

answers: "E-minus"

answers: NDQ_002139

answers: NASA

text: After the failure of TV-3, the backup vehicle, Vanguard TV-3 BU (BU=Backup), was prepared for another attempt. Pad crews hastened to repair the damage done to LC-18A by TV-3's explosion and in the third week of January 1958, the job was completed. TV-3BU was erected on the pad, but continuous delays frustrated the launch attempt. Heavy rains shorted some electrical cables on the ground and necessitated their replacement. The second stage engine was found to have damage and had to be taken down and replaced by a different stage. Finally, the launch got under way on February 5. The Vanguard lifted smoothly into the night sky and performed well until around 50 seconds into launch, when the booster suddenly pitched down. The skinny second stage broke in half from aerodynamic stress, causing the Vanguard to tumble end-over-end before Range Safety sent the destruct command. Cause of the failure was attributed to a spurious guidance signal that caused the first stage to perform unintended pitch maneuvers. On March 17, TV-4 finally succeeded in orbiting the Vanguard 1 satellite. By that time, however, the Army's Juno (Jupiter-C) had already launched the United States' first satellite. The TV-4 rocket had put the satellite Vanguard 1, to a relatively high orbit of (3966 km (2465 miles) x ) and is currently the oldest human artifact in space. The following four flights, TV-5 and SLV (Satellite Launch Vehicle)-1, -2 and -3 all failed, but on February 17, 1959, SLV-4 launched Vanguard 2 (weighing 10.8 kg (23.7 lb)) into orbit. The SLVs were the "production" Vanguard rockets. SLV-5 and -6 also failed, but the final flight on September 18, 1959 successfully orbited the 23.6 kg (52 lb) Vanguard 3 satellite. That last mission was designated TV-4BU, because it used a remaining test vehicle, which had been upgraded with a new third stage, the Allegheny Ballistics Lab X-248A2 Altair. This more powerful motor enabled the launch of the heavier payload. The combination of the AJ10 liquid engine and X-248 solid motor was also used, under the name Able, as an upper stage combination for Thor and Atlas space launch vehicles.

text: After the failure of TV-3, the backup vehicle,

text: Vanguard TV-3 BU

text: (BU=Backup), was prepared for another attempt. Pad crews hastened to repair the damage done to LC-18A by TV-3's explosion and in the third week of January 1958, the job was completed. TV-3BU was erected on the pad, but continuous delays frustrated the launch attempt. Heavy rains shorted some electrical cables on the ground and necessitated their replacement. The second stage engine was found to have damage and had to be taken down and replaced by a different stage. Finally, the launch got under way on February 5. The Vanguard lifted smoothly into the night sky and performed well until around 50 seconds into launch, when the booster suddenly pitched down. The skinny second stage broke in half from aerodynamic stress, causing the Vanguard to tumble end-over-end before Range Safety sent the destruct command. Cause of the failure was attributed to a spurious guidance signal that caused the first stage to perform unintended pitch maneuvers. On March 17, TV-4 finally succeeded in orbiting the

text: Vanguard 1

text: satellite. By that time, however, the Army's

text: Juno

text: Jupiter-C

text: ) had already launched the

text: United States' first satellite

text: . The TV-4 rocket had put the satellite Vanguard 1, to a relatively high orbit of (3966 km (2465 miles) x ) and is currently the oldest human artifact in space. The following four flights,

text: and SLV (Satellite Launch Vehicle)

text: and

text: all failed, but on February 17, 1959,

text: launched

text: Vanguard 2

text: (weighing 10.8 kg (23.7 lb)) into orbit. The SLVs were the "production" Vanguard rockets.

text: and

text: also failed, but the final flight on September 18, 1959 successfully orbited the 23.6 kg (52 lb)

text: Vanguard 3

text: satellite. That last mission was designated TV-4BU, because it used a remaining test vehicle, which had been upgraded with a new third stage, the Allegheny Ballistics Lab X-248A2 Altair. This more powerful motor enabled the launch of the heavier payload. The combination of the AJ10 liquid engine and X-248 solid motor was also used, under the name

text: Able

text: , as an upper stage combination for Thor and Atlas space launch vehicles.

answers: NDQ_002095

answers: orbit

answers: NDQ_002097

answers: unintended pitch maneuvers

answers: NDQ_002099

answers: can perform unintended pitch maneuvers

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: Satellite Launch Vehicle

answers: NDQ_002108

answers: yes

answers: NDQ_002111

answers: It is impossible to say

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: satellite

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: None of the above choices .

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Landsat satellites

answers: NDQ_002121

answers: SLV-4

answers: NDQ_002122

answers: unintended pitch maneuvers

answers: NDQ_002123

answers: Vanguard 3 satellite

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: aerodynamic stress

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Vanguard 3 satellite

answers: NDQ_002130

answers: Army

answers: NDQ_002131

answers: X-248A2 Altair

answers: NDQ_002132

answers: Juno

answers: NDQ_002133

answers: United States

answers: NDQ_002134

answers: The second stage engine was found to have damage and had to be replaced by a different stage.

answers: NDQ_002135

answers: TV-4

answers: NDQ_002136

answers: Space Safety

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Vanguard 1

answers: NDQ_002139

answers: Vanguard 1

answers: NDQ_002095

answers: oldest human artifact in space.

answers: NDQ_002097

answers: aerodynamic stress,

answers: NDQ_002099

answers: more powerful motor enabled the launch of the heavier payload.

answers: NDQ_002100

answers: United States'

answers: NDQ_002103

answers: The Vanguard lifted smoothly into the night sky

answers: NDQ_002108

answers: TV-4

answers: NDQ_002111

answers: X-248A2 Altair.

answers: NDQ_002113

answers: TV-4

answers: NDQ_002114

answers: United States'

answers: NDQ_002115

answers: TV-4

answers: NDQ_002116

answers: Vanguard 1 satellite.

answers: NDQ_002117

answers: X-248A2 Altair.

answers: NDQ_002118

answers: X-248A2 Altair.

answers: NDQ_002119

answers: The TV-4

answers: NDQ_002120

answers: X-248A2 Altair.

answers: NDQ_002121

answers: X-248A2 Altair.

answers: NDQ_002122

answers: TV-4

answers: NDQ_002123

answers: (3966 km (2465 miles) x )

answers: NDQ_002124

answers: X-248A2 Altair.

answers: NDQ_002125

answers: X-248A2 Altair.

answers: NDQ_002126

answers: orbiting

answers: NDQ_002127

answers: aerodynamic stress,

answers: NDQ_002128

answers: Vanguard 1 satellite.

answers: NDQ_002129

answers: 23.6 kg (52 lb) Vanguard 3

answers: NDQ_002130

answers: Range Safety

answers: NDQ_002131

answers: X-248A2 Altair.

answers: NDQ_002132

answers: X-248A2 Altair.

answers: NDQ_002133

answers: X-248A2 Altair.

answers: NDQ_002134

answers: X-248A2 Altair.

answers: NDQ_002135

answers: TV-4

answers: NDQ_002136

answers: more powerful motor enabled the launch of the heavier payload.

answers: NDQ_002137

answers: Vanguard 1,

answers: NDQ_002138

answers: Vanguard 1,

answers: NDQ_002139

answers: Juno

text: The general plot of the game is that a starship, the Var' Equinalin, is exploring the Hive sector, when it approaches the titular planet Notrium, and is attacked by ground-launched missiles. The player's character (either the human captain, the android engineer, the psionic medic, or the alien stowaway) manages to reach the only working escape pod (the others having been sabotaged by the alien) and crash-lands on the planet's surface. From there, they must find a way to survive, as well as a method of escape.

text: The general plot of the game is that a

text: starship

text: , the Var' Equinalin, is exploring the Hive sector, when it approaches the titular

text: planet

text: Notrium, and is attacked by ground-launched missiles. The player's character (either the human captain, the

text: android

text: engineer, the

text: psionic

text: medic, or the alien stowaway) manages to reach the only working

text: escape pod

text: (the others having been sabotaged by the alien) and crash-lands on the planet's surface. From there, they must find a way to survive, as well as a method of escape.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: ground-launched missiles

answers: NDQ_002099

answers: can be launched

answers: NDQ_002100

answers: United States and China

answers: NDQ_002103

answers: ground

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: What is the name of the planet Notrium?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S.

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: What does the player's character manage to reach?

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: space

answers: NDQ_002120

answers: What are the satellites used for?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What law helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: What are placed in high orbits over Earth?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: ground-launched missiles

answers: NDQ_002128

answers: Notrium

answers: NDQ_002129

answers: Notrium

answers: NDQ_002130

answers: Notrium

answers: NDQ_002131

answers: stowaway

answers: NDQ_002132

answers: the Var' Equinalin

answers: NDQ_002133

answers: Hive sector

answers: NDQ_002134

answers: The player's character manages to reach the only working escape pod

answers: NDQ_002135

answers: Notrium

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: is attacked by ground-launched missiles

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: planet Notrium,

answers: NDQ_002097

answers: ground-launched

answers: NDQ_002099

answers: ground-launched missiles.

answers: NDQ_002100

answers: human

answers: NDQ_002103

answers: ground-launched

answers: NDQ_002108

answers: ground-launched missiles.

answers: NDQ_002111

answers: ground-launched missiles.

answers: NDQ_002113

answers: ground-launched missiles.

answers: NDQ_002114

answers: ground-launched missiles.

answers: NDQ_002115

answers: ground-launched missiles.

answers: NDQ_002116

answers: ground-launched missiles.

answers: NDQ_002117

answers: ground-launched missiles.

answers: NDQ_002118

answers: ground-launched missiles.

answers: NDQ_002119

answers: ground-launched missiles.

answers: NDQ_002120

answers: ground-launched missiles.

answers: NDQ_002121

answers: starship,

answers: NDQ_002122

answers: ground-launched missiles.

answers: NDQ_002123

answers: ground-launched missiles.

answers: NDQ_002124

answers: ground-launched missiles.

answers: NDQ_002125

answers: ground-launched missiles.

answers: NDQ_002126

answers: escape pod

answers: NDQ_002127

answers: ground-launched missiles.

answers: NDQ_002128

answers: starship,

answers: NDQ_002129

answers: ground-launched missiles.

answers: NDQ_002130

answers: ground-launched missiles.

answers: NDQ_002131

answers: a starship,

answers: NDQ_002132

answers: Var' Equinalin,

answers: NDQ_002133

answers: ground-launched missiles.

answers: NDQ_002134

answers: ground-launched missiles.

answers: NDQ_002135

answers: Var' Equinalin, is exploring the Hive sector,

answers: NDQ_002136

answers: ground-launched missiles.

answers: NDQ_002137

answers: ground-launched missiles.

answers: NDQ_002138

answers: ground-launched missiles.

answers: NDQ_002139

answers: a starship, the Var' Equinalin,

text: This experiment was extensively planned prior to launch. Initial Naval Research Laboratory (NRL) proposals for the project included conical satellite bodies; this eliminated the need for a separate fairing and ejection mechanisms, and their associated weight and failure modes. Radio tracking would gather data and establish a position. Early in the program, optical tracking (with a Baker-Nunn camera network and human spotters) was added. A panel of scientists proposed changing the design to spheres, at least twenty inches in diameter and hopefully thirty. A sphere would have a constant optical reflection, and constant coefficient of drag, based on size alone, while a cone would have properties that varied with its orientation. James Van Allen of the University of Iowa proposed a cylindrical satellite based on his work with rockoons, which became Explorer 1, the first American satellite. The Naval Research Laboratory finally accepted a sphere with a 6.4-inch diameter as a "test vehicle", with a diameter of twenty inches set for the follow-on satellites. The weight savings, from reduced size as well as decreased instrumentation in the early satellites, was considered to be acceptable.

text: This experiment was extensively planned prior to launch. Initial

text: Naval Research Laboratory

text: (NRL) proposals for the project included conical satellite bodies; this eliminated the need for a separate fairing and ejection mechanisms, and their associated weight and

text: failure modes

text: . Radio tracking would gather data and establish a position. Early in the program, optical tracking (with a

text: Baker-Nunn camera

text: network and

text: human spotters

text: ) was added. A panel of scientists proposed changing the design to spheres, at least twenty inches in diameter and hopefully thirty. A sphere would have a constant optical reflection, and constant

text: coefficient of drag

text: , based on size alone, while a cone would have properties that varied with its orientation.

text: James Van Allen

text: of the

text: University of Iowa

text: proposed a cylindrical satellite based on his work with

text: rockoon

text: s, which became

text: Explorer 1

text: , the first American satellite. The Naval Research Laboratory finally accepted a sphere with a 6.4-inch diameter as a "test vehicle", with a diameter of twenty inches set for the follow-on satellites. The weight savings, from reduced size as well as decreased instrumentation in the early satellites, was considered to be acceptable.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: coefficient of drag

answers: NDQ_002099

answers: lifts off

answers: NDQ_002100

answers: American

answers: NDQ_002103

answers: Launch

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: How many years after James Van Allen of the University of Iowa proposed a cylindrical satellite was Explorer 1 the first American satellite?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: None of the above choices

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Neil Armstrong walked

answers: NDQ_002120

answers: Which satellites make detailed images of continents and coasts?

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: What law helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: What type of satellites are placed in high orbits over Earth

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: position

answers: NDQ_002127

answers: ejection mechanisms

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Explorer 1

answers: NDQ_002130

answers: Naval Research Laboratory

answers: NDQ_002131

answers: a cone would have properties that varied with its orientation

answers: NDQ_002132

answers: Explorer 1

answers: NDQ_002133

answers: NASA

answers: NDQ_002134

answers: a sphere would have a constant optical reflection, and constant coefficient of drag

answers: NDQ_002135

answers: Explorer 1

answers: NDQ_002136

answers: weight and failure modes

answers: NDQ_002137

answers: Radio tracking

answers: NDQ_002138

answers: would have a constant optical reflection, and constant coefficient of drag

answers: NDQ_002139

answers: James Van Allen

answers: NDQ_002095

answers: Explorer 1, the first American satellite.

answers: NDQ_002097

answers: coefficient of drag,

answers: NDQ_002099

answers: separate fairing and ejection mechanisms,

answers: NDQ_002100

answers: American

answers: NDQ_002103

answers: launch.

answers: NDQ_002108

answers: Explorer 1, the first American satellite.

answers: NDQ_002111

answers: weight and failure modes.

answers: NDQ_002113

answers: Explorer 1,

answers: NDQ_002114

answers: Explorer 1,

answers: NDQ_002115

answers: Explorer 1,

answers: NDQ_002116

answers: satellite.

answers: NDQ_002117

answers: ejection mechanisms,

answers: NDQ_002118

answers: Explorer 1,

answers: NDQ_002119

answers: Explorer 1,

answers: NDQ_002120

answers: Explorer 1,

answers: NDQ_002121

answers: constant coefficient of drag,

answers: NDQ_002122

answers: sphere would have a constant optical reflection, and constant coefficient of drag,

answers: NDQ_002123

answers: optical tracking

answers: NDQ_002124

answers: Explorer 1,

answers: NDQ_002125

answers: Explorer 1,

answers: NDQ_002126

answers: sphere would have a constant optical reflection, and constant coefficient of drag,

answers: NDQ_002127

answers: drag,

answers: NDQ_002128

answers: satellite.

answers: NDQ_002129

answers: thirty.

answers: NDQ_002130

answers: Naval Research Laboratory

answers: NDQ_002131

answers: drag,

answers: NDQ_002132

answers: Explorer 1,

answers: NDQ_002133

answers: Explorer 1, the first American satellite.

answers: NDQ_002134

answers: constant coefficient of drag,

answers: NDQ_002135

answers: Explorer 1,

answers: NDQ_002136

answers: weight and failure modes. Radio tracking

answers: NDQ_002137

answers: Radio tracking

answers: NDQ_002138

answers: Explorer 1,

answers: NDQ_002139

answers: Explorer 1,

text: Also the UMOS carries out optical observations of active satellites and space debris on a single joint list to produce independent TLE catalog and to estimate the probabilities of satellite orbital conjunction for priority satellites, which meets the requirements of national Control Systems and Space Environment Analysis (i.e. similar to Space Situational Awareness). During just 2012 over 130,000 of position estimates for 194 LEO space objects (including series RapidEye, Orbcomm, CubeSat), 37 MEO objects, 29 GEO and GSO objects and also HEO space observatory Radioastron were obtained. As a result, the observation-based database was created, which had comprised 1509 sets of TLE for 183 space objects until the end of 2012.

text: Also the UMOS carries out optical observations of active

text: satellite

text: s and

text: space debris

text: on a single joint list to produce independent

text: TLE

text: catalog and to estimate the probabilities of

text: satellite orbital conjunction

text: for priority satellites, which meets the requirements of national Control Systems and Space Environment Analysis (i.e. similar to Space Situational Awareness). During just 2012 over 130,000 of

text: position estimates

text: for 194 LEO space objects (including series

text: RapidEye

text: Orbcomm

text: CubeSat

text: ), 37

text: MEO

text: objects, 29

text: GEO

text: and

text: GSO

text: objects and also

text: HEO

text: space observatory

text: Radioastron

text: were obtained. As a result, the observation-based database was created, which had comprised 1509 sets of

text: TLE

text: for 183 space objects until the end of 2012.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: orbital conjunction

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: LEO

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: U.S.

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: orbital conjunction

answers: NDQ_002117

answers: It's impossible to say

answers: NDQ_002118

answers: It's impossible to say

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: Which satellites make detailed images of continents and coasts?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: Newtons Third Law of Motion helps explain how a rocket will travel in space

answers: NDQ_002123

answers: How are satellites placed in orbits over Earth?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbital

answers: NDQ_002127

answers: Space Environment Analysis

answers: NDQ_002128

answers: space debris

answers: NDQ_002129

answers: CubeSat

answers: NDQ_002130

answers: Space Situational Awareness

answers: NDQ_002131

answers: space debris

answers: NDQ_002132

answers: CubeSat

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: satellite orbital conjunction for priority satellites

answers: NDQ_002135

answers: 2012

answers: NDQ_002136

answers: Space Environment Analysis

answers: NDQ_002137

answers: satellite orbital conjunction

answers: NDQ_002138

answers: CubeSat

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: orbital conjunction

answers: NDQ_002097

answers: orbital conjunction

answers: NDQ_002099

answers: orbital conjunction

answers: NDQ_002100

answers: 2012

answers: NDQ_002103

answers: LEO

answers: NDQ_002108

answers: 2012

answers: NDQ_002111

answers: satellites

answers: NDQ_002113

answers: 183 space objects until the end of 2012.

answers: NDQ_002114

answers: 2012

answers: NDQ_002115

answers: 2012

answers: NDQ_002116

answers: CubeSat),

answers: NDQ_002117

answers: satellites,

answers: NDQ_002118

answers: over 130,000 of position estimates for 194 LEO space objects

answers: NDQ_002119

answers: 2012

answers: NDQ_002120

answers: RapidEye, Orbcomm, CubeSat),

answers: NDQ_002121

answers: LEO

answers: NDQ_002122

answers: 194 LEO space objects

answers: NDQ_002123

answers: LEO

answers: NDQ_002124

answers: 183 space objects until the end of 2012.

answers: NDQ_002125

answers: RapidEye, Orbcomm, CubeSat),

answers: NDQ_002126

answers: orbital

answers: NDQ_002127

answers: Control Systems

answers: NDQ_002128

answers: LEO

answers: NDQ_002129

answers: CubeSat),

answers: NDQ_002130

answers: UMOS

answers: NDQ_002131

answers: space debris

answers: NDQ_002132

answers: CubeSat),

answers: NDQ_002133

answers: 2012

answers: NDQ_002134

answers: orbital conjunction

answers: NDQ_002135

answers: 2012

answers: NDQ_002136

answers: space debris

answers: NDQ_002137

answers: optical observations of active satellites and space debris

answers: NDQ_002138

answers: LEO

answers: NDQ_002139

answers: RapidEye, Orbcomm, CubeSat),

text: With the advent of unmanned and manned space flight a new era of American history had presented itself. Keeping with the tradition of honoring the country's history on U.S. postage stamps, the U.S. Post Office began honoring the various events with its commemorative postage stamp issues.  The first U.S. Postage issue to depict a space vehicle was issued in 1948, the Fort Bliss issue. The first issue to commemorate a space project by name was the ECHO I communications satellite commemorative issue of 1960.  The next was the Project Mercury issue of 1962. As U.S. space exploration progressed a variety of other commemorative issues followed, many of which bear accurate depictions of satellites, space capsules, lunar modules, space suits, and other items of interest.

text: With the advent of

text: unmanned

text: and

text: manned space flight

text: a new era of

text: American history

text: had presented itself. Keeping with the tradition of honoring the country's history on U.S. postage stamps, the

text: U.S. Post Office

text: began honoring the various events with its commemorative postage stamp issues.  The first U.S. Postage issue to depict a

text: space vehicle

text: was issued in 1948, the

text: Fort Bliss

text: issue. The first issue to commemorate a space project by name was the

text: ECHO I

text: communications satellite

text: commemorative issue of 1960.  The next was the

text: Project Mercury

text: issue of 1962. As U.S.

text: space exploration

text: progressed a variety of other commemorative issues followed, many of which bear accurate depictions of satellites,

text: space capsule

text: s,

text: lunar module

text: s,

text: space suit

text: s, and other items of interest.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: American

answers: NDQ_002103

answers: unmanned

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: How many years after the Fort Bliss issue was the ECHO I communications satellite commemorative issue of 1960?

answers: NDQ_002113

answers: unmanned

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: unmanned

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unmanned

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: What did the ECHO I communications satellite commemorative issue of 1960 commemorate?

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: unmanned and manned space flight

answers: NDQ_002123

answers: What did the ECHO I communications satellite commemorative issue of 1960 commemorate?

answers: NDQ_002124

answers: unmanned

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: ECHO I communications satellite

answers: NDQ_002130

answers: U.S. Post Office

answers: NDQ_002131

answers: unmanned

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: unmanned

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: Project Mercury

answers: NDQ_002136

answers: Spacesuits

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: unmanned

answers: NDQ_002139

answers: Project Mercury

answers: NDQ_002095

answers: Fort Bliss issue.

answers: NDQ_002097

answers: With the advent of unmanned and manned space flight

answers: NDQ_002099

answers: lunar modules,

answers: NDQ_002100

answers: American

answers: NDQ_002103

answers: manned space flight

answers: NDQ_002108

answers: unmanned and manned space flight

answers: NDQ_002111

answers: 1948,

answers: NDQ_002113

answers: Fort Bliss issue.

answers: NDQ_002114

answers: manned space flight

answers: NDQ_002115

answers: Fort Bliss issue.

answers: NDQ_002116

answers: satellites,

answers: NDQ_002117

answers: unmanned and manned space flight

answers: NDQ_002118

answers: satellites,

answers: NDQ_002119

answers: 1948,

answers: NDQ_002120

answers: commemorative issues followed, many of which bear accurate depictions of satellites,

answers: NDQ_002121

answers: manned space flight

answers: NDQ_002122

answers: Fort Bliss issue.

answers: NDQ_002123

answers: lunar modules,

answers: NDQ_002124

answers: Project Mercury issue of 1962.

answers: NDQ_002125

answers: lunar modules,

answers: NDQ_002126

answers: lunar modules,

answers: NDQ_002127

answers: Fort Bliss

answers: NDQ_002128

answers: satellites,

answers: NDQ_002129

answers: lunar modules,

answers: NDQ_002130

answers: U.S. Post Office

answers: NDQ_002131

answers: Fort Bliss issue.

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 1948,

answers: NDQ_002134

answers: lunar modules,

answers: NDQ_002135

answers: Fort Bliss

answers: NDQ_002136

answers: commemorative issues followed, many of which bear accurate depictions of satellites,

answers: NDQ_002137

answers: satellites,

answers: NDQ_002138

answers: lunar modules,

answers: NDQ_002139

answers: Project Mercury

text: One of the stated goals for the Constellation program is to gain significant experience in operating away from Earth's environment, as the White House contended, to embody a "sustainable course of long-term exploration." The Ares boosters are a cost-effective approach — entailing the Ares V's enormous, unprecedented cargo-carrying capacity — transporting future space exploration resources to the Moon's weaker gravity field. While simultaneously serving as a proving ground for a wide range of space operations and processes, the Moon may serve as a cost-effective construction, launching and fueling site for future space exploration missions. For example, future Ares V missions could cost-effectively deliver raw materials for future spacecraft and missions to a Moon-based space dock positioned as a counterweight to a Moon-based space elevator.

text: One of the stated goals for the

text: Constellation program

text: is to gain significant experience in operating away from

text: Earth

text: 's environment, as the

text: White House

text: contended, to embody a "sustainable course of long-term exploration." The

text: Ares boosters

text: are a cost-effective approach — entailing the

text: Ares V

text: 's enormous, unprecedented cargo-carrying capacity — transporting future space exploration resources to the Moon's weaker

text: gravity field

text: . While simultaneously serving as a proving ground for a wide range of space operations and processes, the Moon may serve as a cost-effective construction, launching and fueling site for future

text: space exploration

text: missions. For example, future Ares V missions could cost-effectively deliver

text: raw material

text: s for future

text: spacecraft

text: and missions to a Moon-based

text: space dock

text: positioned as a

text: counterweight

text: to a Moon-based

text: space elevator

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: gravity

answers: NDQ_002099

answers: transporting future space exploration resources

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: Ares boosters

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: unanswerable

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: gravity

answers: NDQ_002127

answers: gravity

answers: NDQ_002128

answers: the Moon

answers: NDQ_002129

answers: Ares V

answers: NDQ_002130

answers: the White House

answers: NDQ_002131

answers: Ares boosters are a cost-effective approach

answers: NDQ_002132

answers: Ares V

answers: NDQ_002133

answers: Space Age

answers: NDQ_002134

answers: gravitational force is proportional to mass

answers: NDQ_002135

answers: Constellation program

answers: NDQ_002136

answers: gravity

answers: NDQ_002137

answers: Earth's gravity

answers: NDQ_002138

answers: Ares V's enormous, unprecedented cargo-carrying capacity

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Moon's

answers: NDQ_002097

answers: gravity

answers: NDQ_002099

answers: cargo-carrying capacity

answers: NDQ_002100

answers: White House

answers: NDQ_002103

answers: the Moon

answers: NDQ_002108

answers: Moon's

answers: NDQ_002111

answers: Moon's weaker gravity field.

answers: NDQ_002113

answers: Moon's weaker gravity field.

answers: NDQ_002114

answers: Moon's weaker gravity field.

answers: NDQ_002115

answers: Moon's weaker gravity field.

answers: NDQ_002116

answers: Earth's

answers: NDQ_002117

answers: the Moon

answers: NDQ_002118

answers: Moon's weaker gravity field.

answers: NDQ_002119

answers: Moon's

answers: NDQ_002120

answers: Earth's environment,

answers: NDQ_002121

answers: gravity field.

answers: NDQ_002122

answers: gravity field.

answers: NDQ_002123

answers: Moon's weaker gravity field.

answers: NDQ_002124

answers: Moon's weaker gravity field.

answers: NDQ_002125

answers: Moon's

answers: NDQ_002126

answers: gravity

answers: NDQ_002127

answers: gravity

answers: NDQ_002128

answers: Moon's

answers: NDQ_002129

answers: Ares V's

answers: NDQ_002130

answers: White House

answers: NDQ_002131

answers: gravity

answers: NDQ_002132

answers: The Ares boosters

answers: NDQ_002133

answers: Earth's

answers: NDQ_002134

answers: gravity field.

answers: NDQ_002135

answers: Constellation program

answers: NDQ_002136

answers: gravity field.

answers: NDQ_002137

answers: gravity field.

answers: NDQ_002138

answers: the Moon's weaker gravity field.

answers: NDQ_002139

answers: Ares V's

text: The online Ashburn Patch noted how the name change reflected the changes to Loudoun County in the past two decades. While the western portion of the county has stayed largely rural and agricultural, as evoked by the street's original name of Steeplechase Drive, eastern Loudoun has grown tremendously during that same time as many businesses, in particular high-tech defense contractors like Orbital, have located in the area. "So Orbital's request to change the name of the road along its perimeter from Steeplechase Drive to Warp Drive brings to mind the county’s dichotomy," it observed. "Out with the horse-racing theme and in with space."

text: The online

text: Ashburn Patch

text: noted how the name change reflected the changes to Loudoun County in the past two decades. While the western portion of the county has stayed largely rural and agricultural, as evoked by the street's original name of Steeplechase Drive, eastern Loudoun has grown tremendously during that same time as many businesses, in particular high-tech defense contractors like Orbital, have located in the area. "So Orbital's request to change the name of the road along its perimeter from Steeplechase Drive to Warp Drive brings to mind the county’s dichotomy," it observed. "Out with the horse-racing theme and in with space."

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: unanswerable

answers: NDQ_002103

answers: Orbital

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: Steeplechase Drive

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: Space

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

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

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: What is the name of the road along its perimeter from Steeplechase Drive to Warp Drive?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: Mars

answers: NDQ_002126

answers: perimeter

answers: NDQ_002127

answers: warp drive

answers: NDQ_002128

answers: Orbital

answers: NDQ_002129

answers: Orbital's request

answers: NDQ_002130

answers: Orbital

answers: NDQ_002131

answers: Warp Drive

answers: NDQ_002132

answers: Orbital

answers: NDQ_002133

answers: 20th century

answers: NDQ_002134

answers: Steeplechase Drive is a road

answers: NDQ_002135

answers: Orbital

answers: NDQ_002136

answers: Space

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Steeplechase

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: space."

answers: NDQ_002097

answers: Warp

answers: NDQ_002099

answers: space."

answers: NDQ_002100

answers: Orbital,

answers: NDQ_002103

answers: space."

answers: NDQ_002108

answers: space."

answers: NDQ_002111

answers: space."

answers: NDQ_002113

answers: space."

answers: NDQ_002114

answers: space."

answers: NDQ_002115

answers: space."

answers: NDQ_002116

answers: space."

answers: NDQ_002117

answers: space."

answers: NDQ_002118

answers: space."

answers: NDQ_002119

answers: two decades.

answers: NDQ_002120

answers: space."

answers: NDQ_002121

answers: space."

answers: NDQ_002122

answers: space."

answers: NDQ_002123

answers: space."

answers: NDQ_002124

answers: space."

answers: NDQ_002125

answers: space."

answers: NDQ_002126

answers: perimeter

answers: NDQ_002127

answers: horse-racing theme and in with space."

answers: NDQ_002128

answers: Orbital,

answers: NDQ_002129

answers: Orbital,

answers: NDQ_002130

answers: Orbital,

answers: NDQ_002131

answers: Warp Drive

answers: NDQ_002132

answers: Orbital,

answers: NDQ_002133

answers: space."

answers: NDQ_002134

answers: space."

answers: NDQ_002135

answers: Orbital,

answers: NDQ_002136

answers: space."

answers: NDQ_002137

answers: space."

answers: NDQ_002138

answers: Orbital,

answers: NDQ_002139

answers: Orbital,

text: The Mars Exploration Joint Initiative (MEJI) is an agreement signed between United States' space agency, NASA, and Europe's space agency, ESA to join resources and expertise in order to continue the exploration of the planet Mars. The agreement was signed  in Washington D.C. in October 2009, between NASA administrator Charles Bolden and ESA director-general Jean-Jacques Dordain.

text: The Mars Exploration Joint Initiative (MEJI) is an agreement signed between United States' space agency,

text: NASA

text: , and Europe's space agency,

text: ESA

text: to join resources and expertise in order to continue the exploration of the planet

text: Mars

text: . The agreement was signed  in

text: Washington D.C.

text: in October 2009, between NASA administrator Charles Bolden and ESA director-general Jean-Jacques Dordain.

answers: NDQ_002095

answers: Mars

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States'

answers: NDQ_002103

answers: in October 2009

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: The Mars Exploration Joint Initiative is an agreement signed between United States' space agency, NASA, and Europe's space agency, ESA to join resources and expertise in order to continue the exploration of the planet Mars

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: How are imaging satellites placed in high orbits over Earth?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: NDQ_002128

answers: Mars

answers: NDQ_002129

answers: What is the largest artificial satellite?

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: Mars

answers: NDQ_002133

answers: United States

answers: NDQ_002134

answers: gravitational force is equal to the force of gravity

answers: NDQ_002135

answers: Mars Exploration Joint Initiative

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: Mars

answers: NDQ_002139

answers: Charles Bolden

answers: NDQ_002095

answers: Mars.

answers: NDQ_002097

answers: Mars.

answers: NDQ_002099

answers: Mars.

answers: NDQ_002100

answers: United States'

answers: NDQ_002103

answers: 2009,

answers: NDQ_002108

answers: 2009,

answers: NDQ_002111

answers: Mars. The agreement was signed in Washington D.C. in October 2009,

answers: NDQ_002113

answers: The Mars Exploration Joint Initiative

answers: NDQ_002114

answers: United States'

answers: NDQ_002115

answers: Mars.

answers: NDQ_002116

answers: Mars.

answers: NDQ_002117

answers: Mars. The agreement was signed in Washington D.C. in October 2009,

answers: NDQ_002118

answers: Mars. The agreement was signed in Washington D.C. in October 2009,

answers: NDQ_002119

answers: 2009,

answers: NDQ_002120

answers: Mars.

answers: NDQ_002121

answers: Mars.

answers: NDQ_002122

answers: Mars.

answers: NDQ_002123

answers: Mars.

answers: NDQ_002124

answers: Mars.

answers: NDQ_002125

answers: NASA,

answers: NDQ_002126

answers: Mars.

answers: NDQ_002127

answers: Mars.

answers: NDQ_002128

answers: Mars.

answers: NDQ_002129

answers: NASA,

answers: NDQ_002130

answers: NASA,

answers: NDQ_002131

answers: The Mars Exploration Joint Initiative

answers: NDQ_002132

answers: Mars.

answers: NDQ_002133

answers: Mars.

answers: NDQ_002134

answers: Mars.

answers: NDQ_002135

answers: Mars.

answers: NDQ_002136

answers: Mars.

answers: NDQ_002137

answers: Mars.

answers: NDQ_002138

answers: Mars.

answers: NDQ_002139

answers: Charles Bolden

text: Sakigake was developed by the Institute of Space and Astronautical Science for the National Space Development Agency (both of which are now part of the Japanese Aerospace Exploration Agency, or JAXA).  It became a part of the Halley Armada together with Suisei, the Soviet/French Vega probes, the ESA Giotto and the NASA International Cometary Explorer, to explore Halley's Comet during its 1986 sojourn through the inner solar system.

text: Sakigake was developed by the

text: Institute of Space and Astronautical Science

text: for the

entity_name: National Space Development Agency of Japan

text: National Space Development Agency

text: (both of which are now part of the

text: Japanese Aerospace Exploration Agency

text: , or JAXA).  It became a part of the

text: Halley Armada

text: together with Suisei, the

text: Soviet

text: French

text: Vega

text: probes, the

text: ESA

text: Giotto

text: and the

text: NASA

text: International Cometary Explorer

text: , to explore

text: Halley's Comet

text: during its 1986 sojourn through the inner solar system.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can go into space

answers: NDQ_002100

answers: Soviet/French

answers: NDQ_002103

answers: Space Development Agency

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: What is the last law mentioned?

answers: NDQ_002123

answers: What is the purpose of Sakigake?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: comet

answers: NDQ_002129

answers: Sakigake

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Vega probes

answers: NDQ_002132

answers: Sakigake

answers: NDQ_002133

answers: Space Development Agency

answers: NDQ_002134

answers: gravitational force is proportional to mass

answers: NDQ_002135

answers: Halley Armada

answers: NDQ_002136

answers: space conditions

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Vega probes

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: inner solar system.

answers: NDQ_002097

answers: Sakigake was developed by the Institute of Space and Astronautical Science

answers: NDQ_002099

answers: inner solar system.

answers: NDQ_002100

answers: Soviet/French

answers: NDQ_002103

answers: Sakigake was developed by the Institute of Space and Astronautical Science

answers: NDQ_002108

answers: 1986

answers: NDQ_002111

answers: Sakigake was developed by the Institute of Space and Astronautical Science

answers: NDQ_002113

answers: Sakigake was developed by the Institute of Space and Astronautical Science

answers: NDQ_002114

answers: Japanese Aerospace Exploration Agency, or JAXA).

answers: NDQ_002115

answers: Sakigake was developed by the Institute of Space and Astronautical Science

answers: NDQ_002116

answers: inner solar system.

answers: NDQ_002117

answers: Sakigake was developed by the Institute of Space and Astronautical Science

answers: NDQ_002118

answers: Sakigake was developed by the Institute of Space and Astronautical Science

answers: NDQ_002119

answers: 1986

answers: NDQ_002120

answers: NASA International Cometary Explorer,

answers: NDQ_002121

answers: Sakigake was developed by the Institute of Space and Astronautical Science

answers: NDQ_002122

answers: Sakigake

answers: NDQ_002123

answers: NASA International Cometary Explorer,

answers: NDQ_002124

answers: Sakigake was developed by the Institute of Space and Astronautical Science

answers: NDQ_002125

answers: NASA International Cometary Explorer,

answers: NDQ_002126

answers: inner solar system.

answers: NDQ_002127

answers: National Space Development Agency

answers: NDQ_002128

answers: Halley's Comet

answers: NDQ_002129

answers: Sakigake

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Sakigake

answers: NDQ_002132

answers: Sakigake

answers: NDQ_002133

answers: Soviet/French Vega probes,

answers: NDQ_002134

answers: Sakigake

answers: NDQ_002135

answers: Halley Armada

answers: NDQ_002136

answers: inner solar system.

answers: NDQ_002137

answers: Sakigake

answers: NDQ_002138

answers: Sakigake

answers: NDQ_002139

answers: NASA

text: Sputnik was launched on 10 November 2014 by Rossiya Segodnya, an agency wholly owned and operated by the Russian government, which was created by an Executive Order of the President of Russia on December 9, 2013. Sputnik replaces the RIA Novosti news agency  and Voice of Russia (which was the Russian government's international radio broadcasting service from 1993 until 9 November 2014) on an international stage (which remains active in Russia).  Within Russia itself, however, Rossiya Segodnya continues to operate its Russian language news service under the name RIA Novosti. According to its chief Dmitry Kiselyov, Sputnik was intended to counter the "aggressive propaganda that is now being fed to the world".

text: Sputnik was launched on 10 November 2014 by Rossiya Segodnya, an agency wholly owned and operated by the

text: Russian government

text: , which was created by an

text: Executive Order of the President of Russia

text: on December 9, 2013. Sputnik replaces the

text: RIA Novosti

text: news agency  and

text: Voice of Russia

text: (which was the

text: Russia

text: n government's international radio broadcasting service from 1993 until 9 November 2014) on an international stage (which remains active in Russia).  Within Russia itself, however, Rossiya Segodnya continues to operate its Russian language news service under the name RIA Novosti. According to its chief Dmitry Kiselyov, Sputnik was intended to counter the "aggressive propaganda that is now being fed to the world".

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can be launched

answers: NDQ_002100

answers: Russia

answers: NDQ_002103

answers: 10 November 2014

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: satellite

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: How are satellites placed in high orbits over Earth?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: the Russian government

answers: NDQ_002128

answers: Sputnik

answers: NDQ_002129

answers: Sputnik

answers: NDQ_002130

answers: unanswerable

answers: NDQ_002131

answers: Sputnik

answers: NDQ_002132

answers: Sputnik

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: Sputnik replaces the RIA Novosti news agency and Voice of Russia

answers: NDQ_002135

answers: Sputnik

answers: NDQ_002136

answers: Space weather

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Sputnik

answers: NDQ_002139

answers: Dmitry Kiselyov

answers: NDQ_002095

answers: Sputnik

answers: NDQ_002097

answers: Sputnik was launched on 10 November 2014

answers: NDQ_002099

answers: international stage

answers: NDQ_002100

answers: Russian

answers: NDQ_002103

answers: Sputnik was launched on 10 November 2014

answers: NDQ_002108

answers: Sputnik

answers: NDQ_002111

answers: Sputnik

answers: NDQ_002113

answers: Sputnik

answers: NDQ_002114

answers: Sputnik

answers: NDQ_002115

answers: Sputnik

answers: NDQ_002116

answers: Sputnik

answers: NDQ_002117

answers: Sputnik

answers: NDQ_002118

answers: Sputnik

answers: NDQ_002119

answers: Sputnik was launched on 10 November 2014

answers: NDQ_002120

answers: Sputnik

answers: NDQ_002121

answers: Sputnik

answers: NDQ_002122

answers: Sputnik

answers: NDQ_002123

answers: Sputnik

answers: NDQ_002124

answers: Sputnik

answers: NDQ_002125

answers: Sputnik

answers: NDQ_002126

answers: Sputnik

answers: NDQ_002127

answers: Russian government,

answers: NDQ_002128

answers: Sputnik

answers: NDQ_002129

answers: Sputnik

answers: NDQ_002130

answers: Sputnik

answers: NDQ_002131

answers: Sputnik

answers: NDQ_002132

answers: Sputnik

answers: NDQ_002133

answers: December 9, 2013.

answers: NDQ_002134

answers: Sputnik

answers: NDQ_002135

answers: Sputnik

answers: NDQ_002136

answers: Russian government,

answers: NDQ_002137

answers: Sputnik

answers: NDQ_002138

answers: Sputnik

answers: NDQ_002139

answers: Sputnik

text: David Joiner, one of the game's key developers, revealed in an interview that humanity was eradicated by an airborne biological weapon, a scenario that was inspired by the Alistair MacLean novel The Satan Bug. This is alluded to in the game's opening sequence, which shows a tapestry depicting humans fleeing what looks like a giant microbe. The developers also explored the idea of humans living in a lunar base, alluded to in-game, when an astronomer/cartographer named Tycho Northpaw claims that the humans literally carved the features of the "Man on the Moon" to remind the morphs that they are being watched. Inside a hangar in the airport, there is a vehicle that appears to be an incomplete space-craft.Criticisms

text: David Joiner, one of the game's key developers, revealed in an interview that humanity was eradicated by an airborne biological weapon, a scenario that was inspired by the

text: Alistair MacLean

text: novel

text: The Satan Bug

text: . This is alluded to in the game's opening sequence, which shows a tapestry depicting humans fleeing what looks like a giant

text: microbe

text: . The developers also explored the idea of humans living in a lunar base, alluded to in-game, when an astronomer/cartographer named Tycho Northpaw claims that the humans literally carved the features of the "Man on the Moon" to remind the morphs that they are being watched. Inside a hangar in the airport, there is a vehicle that appears to be an incomplete space-craft.Criticisms

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: United States and China

answers: NDQ_002103

answers: first

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: What is the name of the game?

answers: NDQ_002113

answers: The Satan Bug

answers: NDQ_002114

answers: U.S.

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: space-craft

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: Landsat satellites make detailed images of continents

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: What are placed in high orbits over Earth?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: an incomplete space-craft

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: an incomplete space-craft

answers: NDQ_002129

answers: The developers also explored the idea of humans living in a lunar base

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: a vehicle that appears to be an incomplete space-craft

answers: NDQ_002132

answers: incomplete space-craft

answers: NDQ_002133

answers: World War II

answers: NDQ_002134

answers: gravitational force is inversely proportional to mass

answers: NDQ_002135

answers: The Satan Bug

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: GPS technology to determine the location of a user's location.

answers: NDQ_002138

answers: does not appear in the game.

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: incomplete space-craft.Criticisms

answers: NDQ_002097

answers: incomplete space-craft.Criticisms

answers: NDQ_002099

answers: incomplete space-craft.Criticisms

answers: NDQ_002100

answers: humanity was eradicated by an airborne biological weapon,

answers: NDQ_002103

answers: incomplete space-craft.Criticisms

answers: NDQ_002108

answers: incomplete space-craft.Criticisms

answers: NDQ_002111

answers: incomplete space-craft.Criticisms

answers: NDQ_002113

answers: incomplete space-craft.Criticisms

answers: NDQ_002114

answers: "Man on the Moon"

answers: NDQ_002115

answers: "Man on the Moon"

answers: NDQ_002116

answers: astronomer/cartographer named Tycho Northpaw

answers: NDQ_002117

answers: incomplete space-craft.Criticisms

answers: NDQ_002118

answers: incomplete space-craft.Criticisms

answers: NDQ_002119

answers: "Man on the Moon"

answers: NDQ_002120

answers: Tycho Northpaw

answers: NDQ_002121

answers: incomplete space-craft.Criticisms

answers: NDQ_002122

answers: incomplete space-craft.Criticisms

answers: NDQ_002123

answers: lunar base,

answers: NDQ_002124

answers: "Man on the Moon"

answers: NDQ_002125

answers: incomplete space-craft.Criticisms

answers: NDQ_002126

answers: incomplete space-craft.Criticisms

answers: NDQ_002127

answers: incomplete space-craft.Criticisms

answers: NDQ_002128

answers: space-craft.Criticisms

answers: NDQ_002129

answers: "Man on the Moon"

answers: NDQ_002130

answers: astronomer/cartographer

answers: NDQ_002131

answers: incomplete space-craft.Criticisms

answers: NDQ_002132

answers: incomplete space-craft.Criticisms

answers: NDQ_002133

answers: humanity was eradicated by an airborne biological weapon,

answers: NDQ_002134

answers: incomplete space-craft.Criticisms

answers: NDQ_002135

answers: The Satan Bug.

answers: NDQ_002136

answers: airborne biological weapon,

answers: NDQ_002137

answers: airborne biological weapon,

answers: NDQ_002138

answers: incomplete space-craft.Criticisms

answers: NDQ_002139

answers: Tycho Northpaw

text: With a visual magnitude of 17.3, Haumea is the third-brightest object in the Kuiper belt after Pluto and , and easily observable with a large amateur telescope. However, because the planets and most small Solar System bodies share a common orbital alignment from their formation in the primordial disk of the Solar System, most early surveys for distant objects focused on the projection on the sky of this common plane, called the ecliptic. As the region of sky close to the ecliptic became well explored, later sky surveys began looking for objects that had been dynamically excited into orbits with higher inclinations, as well as more distant objects, with slower mean motions across the sky. These surveys eventually covered the location of Haumea, with its high orbital inclination and current position far from the ecliptic.

text: With a

text: visual magnitude

text: of 17.3, Haumea is the

entity_name: List of the brightest Kuiper belt objects

text: third-brightest object

text: in the Kuiper belt after Pluto and , and easily observable with a large amateur telescope. However, because the planets and most

text: small Solar System bodies

text: share a

text: common orbital alignment

text: from their

entity_name: Formation and evolution of the Solar System

text: formation

text: in the

text: primordial disk

text: of the Solar System, most early surveys for distant objects focused on the projection on the sky of this common plane, called the

text: ecliptic

text: . As the region of sky close to the ecliptic became well explored, later sky surveys began looking for objects that had been dynamically excited into orbits with higher inclinations, as well as more distant objects, with slower

text: mean motion

text: s across the sky. These surveys eventually covered the location of Haumea, with its high orbital inclination and current position far from the ecliptic.

answers: NDQ_002095

answers: Haumea

answers: NDQ_002097

answers: higher inclinations

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: dynamically

answers: NDQ_002118

answers: not enough information

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: dynamically

answers: NDQ_002122

answers: higher inclinations

answers: NDQ_002123

answers: unanswerable

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbital alignment

answers: NDQ_002127

answers: dynamically excited

answers: NDQ_002128

answers: small Solar System bodies

answers: NDQ_002129

answers: Pluto

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: Haumea

answers: NDQ_002133

answers: primordial disk

answers: NDQ_002134

answers: Haumea is the third-brightest object

answers: NDQ_002135

answers: Haumea

answers: NDQ_002136

answers: orbital inclinations

answers: NDQ_002137

answers: the ecliptic

answers: NDQ_002138

answers: can be seen with a large amateur telescope

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: distant objects

answers: NDQ_002097

answers: inclinations,

answers: NDQ_002099

answers: dynamically excited into orbits with higher inclinations,

answers: NDQ_002100

answers: Pluto and, and easily observable with a large amateur telescope.

answers: NDQ_002103

answers: ecliptic.

answers: NDQ_002108

answers: ecliptic.

answers: NDQ_002111

answers: dynamically excited into orbits with higher inclinations,

answers: NDQ_002113

answers: ecliptic.

answers: NDQ_002114

answers: 17.3,

answers: NDQ_002115

answers: ecliptic.

answers: NDQ_002116

answers: planets

answers: NDQ_002117

answers: dynamically excited

answers: NDQ_002118

answers: ecliptic.

answers: NDQ_002119

answers: 17.3,

answers: NDQ_002120

answers: ecliptic.

answers: NDQ_002121

answers: dynamically excited

answers: NDQ_002122

answers: higher inclinations,

answers: NDQ_002123

answers: higher inclinations,

answers: NDQ_002124

answers: ecliptic.

answers: NDQ_002125

answers: ecliptic.

answers: NDQ_002126

answers: orbital

answers: NDQ_002127

answers: inclinations,

answers: NDQ_002128

answers: small Solar System bodies

answers: NDQ_002129

answers: Haumea

answers: NDQ_002130

answers: a large amateur telescope.

answers: NDQ_002131

answers: ecliptic.

answers: NDQ_002132

answers: surveys for distant objects

answers: NDQ_002133

answers: primordial disk of the Solar System,

answers: NDQ_002134

answers: higher inclinations,

answers: NDQ_002135

answers: ecliptic.

answers: NDQ_002136

answers: dynamically excited into orbits with higher inclinations,

answers: NDQ_002137

answers: ecliptic.

answers: NDQ_002138

answers: Haumea, with its high orbital inclination

answers: NDQ_002139

answers: ecliptic.

text: Early Space Track observations of satellites were collected at more than 150 individual sites, including radar stations, Baker–Nunn cameras, telescopes, radio receivers, and the Operation Moonwatch participants. Individuals at these Moonwatch sites took manual observations on satellites by visual means, but there were numerous observation types and sources, some automated, some only semi-automated. The observations were transferred to the NSSCC by teletype, telephone, mail, and personal messenger. There, a duty analyst reduced the data and determined corrections that should be made to the orbital elements before they were used for further predictions. After this analysis, the corrections were fed into an IBM 709 computer that computed the updated orbital data. The updated orbital data were then used in another phase of the same computer program to yield the geocentric ephemeris. From the geocentric ephemeris, three different products were computed and sent back to the observing stations for their planning of future observing opportunities.

text: Early Space Track observations of satellites were collected at more than 150 individual sites, including radar stations,

text: Baker–Nunn camera

text: s, telescopes, radio receivers, and the

text: Operation Moonwatch

text: participants. Individuals at these Moonwatch sites took manual observations on satellites by visual means, but there were numerous observation types and sources, some automated, some only semi-automated. The observations were transferred to the NSSCC by teletype, telephone, mail, and personal messenger. There, a duty analyst reduced the data and determined corrections that should be made to the orbital elements before they were used for further predictions. After this analysis, the corrections were fed into an

text: IBM 709

text: computer that computed the updated orbital data. The updated orbital data were then used in another phase of the same computer program to yield the

text: geocentric

text: ephemeris

text: . From the geocentric ephemeris, three different products were computed and sent back to the observing stations for their planning of future observing opportunities.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: before it can enter Earth orbit

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How many different products were computed and sent back to the observing stations

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth

answers: NDQ_002119

answers: Neil Armstrong walked

answers: NDQ_002120

answers: Which satellites make detailed images of continents and coasts?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: How many different products were computed and sent back to the observing stations for their planning of future observing opportunities?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbital

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: the Operation Moonwatch participants

answers: NDQ_002130

answers: NSSCC

answers: NDQ_002131

answers: NDQ_002132

answers: satellites

answers: NDQ_002133

answers: Space Track

answers: NDQ_002134

answers: orbital elements before they are used for further predictions

answers: NDQ_002135

answers: Operation Moonwatch

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: orbital elements

answers: NDQ_002138

answers: was observed at more than 150 individual sites

answers: NDQ_002139

answers: Baker–Nunn

answers: NDQ_002095

answers: Moonwatch

answers: NDQ_002097

answers: geocentric

answers: NDQ_002099

answers: three different products were computed and sent back to the observing stations

answers: NDQ_002100

answers: 150

answers: NDQ_002103

answers: teletype, telephone, mail, and personal messenger.

answers: NDQ_002108

answers: Early Space Track observations of satellites

answers: NDQ_002111

answers: satellites

answers: NDQ_002113

answers: Early Space Track observations of satellites

answers: NDQ_002114

answers: Early Space Track

answers: NDQ_002115

answers: Moonwatch

answers: NDQ_002116

answers: satellites

answers: NDQ_002117

answers: satellites

answers: NDQ_002118

answers: more than 150

answers: NDQ_002119

answers: Early Space Track observations of satellites were collected at more than 150

answers: NDQ_002120

answers: Early Space Track observations of satellites

answers: NDQ_002121

answers: satellites

answers: NDQ_002122

answers: geocentric ephemeris.

answers: NDQ_002123

answers: Baker–Nunn cameras,

answers: NDQ_002124

answers: Moonwatch participants.

answers: NDQ_002125

answers: Early Space Track

answers: NDQ_002126

answers: orbital

answers: NDQ_002127

answers: radar stations, Baker–Nunn cameras,

answers: NDQ_002128

answers: satellites

answers: NDQ_002129

answers: satellites

answers: NDQ_002130

answers: NSSCC

answers: NDQ_002131

answers: Moonwatch

answers: NDQ_002132

answers: satellites

answers: NDQ_002133

answers: Early Space Track observations of satellites

answers: NDQ_002134

answers: three different products were computed and sent back to the observing stations

answers: NDQ_002135

answers: Operation Moonwatch

answers: NDQ_002136

answers: predictions.

answers: NDQ_002137

answers: geocentric ephemeris.

answers: NDQ_002138

answers: satellites

answers: NDQ_002139

answers: Baker–Nunn

text: Visitors can experience the hands-on space gallery, "Space Quest: Exploring the Moon, Mars & Beyond," presented by Langley Federal Credit Union. This gallery includes four different exhibits; Our Solar System, Living and Working in Space, Mars and the Moon, and Visions of Space Exploration.

text: Visitors can experience the hands-on space gallery, "Space Quest: Exploring the Moon, Mars & Beyond," presented by Langley Federal Credit Union. This gallery includes four different exhibits; Our

text: Solar System

text: , Living and Working in Space,

text: Mars

text: and the

text: Moon

text: , and Visions of Space Exploration.

answers: NDQ_002095

answers: Mars

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States and Russia

answers: NDQ_002103

answers: Space Quest

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: None of the above choices.

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

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

answers: NDQ_002121

answers: None of the above choices.

answers: NDQ_002122

answers: Which of the following is not a law: Newtons Third Law of Motion?

answers: NDQ_002123

answers: Which of the following is not a type of spacecraft: imaging satellites or Mars and the Moon?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: is a

answers: NDQ_002127

answers: the force of gravity

answers: NDQ_002128

answers: the Moon

answers: NDQ_002129

answers: Mars and the Moon

answers: NDQ_002130

answers: Langley

answers: NDQ_002131

answers: can be described as

answers: NDQ_002132

answers: Mars

answers: NDQ_002133

answers: Solar System

answers: NDQ_002134

answers: gravitational force is proportional to the mass of an object

answers: NDQ_002135

answers: Langley Federal Credit Union

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: Mars

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Moon,

answers: NDQ_002097

answers: Our Solar System,

answers: NDQ_002099

answers: four different exhibits; Our Solar System,

answers: NDQ_002100

answers: Mars and the Moon,

answers: NDQ_002103

answers: "Space Quest: Exploring the Moon, Mars & Beyond,"

answers: NDQ_002108

answers: Moon, Mars & Beyond,"

answers: NDQ_002111

answers: "Space Quest: Exploring the Moon, Mars & Beyond,"

answers: NDQ_002113

answers: "Space Quest: Exploring the Moon, Mars & Beyond,"

answers: NDQ_002114

answers: "Space Quest: Exploring the Moon, Mars & Beyond,"

answers: NDQ_002115

answers: "Space Quest: Exploring the Moon, Mars & Beyond,"

answers: NDQ_002116

answers: Moon, Mars & Beyond," presented by Langley Federal Credit Union.

answers: NDQ_002117

answers: "Space Quest: Exploring the Moon, Mars & Beyond,"

answers: NDQ_002118

answers: Our Solar System,

answers: NDQ_002119

answers: Moon, Mars & Beyond," presented by Langley Federal Credit Union.

answers: NDQ_002120

answers: "Space Quest: Exploring the Moon, Mars & Beyond,"

answers: NDQ_002121

answers: "Space Quest: Exploring the Moon, Mars & Beyond,"

answers: NDQ_002122

answers: "Space Quest: Exploring the Moon, Mars & Beyond,"

answers: NDQ_002123

answers: "Space Quest: Exploring the Moon, Mars & Beyond,"

answers: NDQ_002124

answers: "Space Quest: Exploring the Moon, Mars & Beyond,"

answers: NDQ_002125

answers: Mars & Beyond,"

answers: NDQ_002126

answers: Our Solar System,

answers: NDQ_002127

answers: Moon, Mars & Beyond," presented by Langley Federal Credit Union.

answers: NDQ_002128

answers: Solar System,

answers: NDQ_002129

answers: Moon, Mars & Beyond," presented by Langley Federal Credit Union.

answers: NDQ_002130

answers: Langley Federal Credit Union.

answers: NDQ_002131

answers: "Space Quest: Exploring the Moon, Mars & Beyond,"

answers: NDQ_002132

answers: Mars & Beyond,"

answers: NDQ_002133

answers: Our Solar System,

answers: NDQ_002134

answers: "Space Quest: Exploring the Moon, Mars & Beyond,"

answers: NDQ_002135

answers: Mars & Beyond," presented by Langley Federal Credit Union.

answers: NDQ_002136

answers: Solar System,

answers: NDQ_002137

answers: Solar System,

answers: NDQ_002138

answers: Moon, Mars & Beyond," presented by Langley Federal Credit Union.

answers: NDQ_002139

answers: Langley Federal Credit Union.

text: Among advocates of space exploration, he was noted for his opposition to a space program centered on the use of human astronauts. Charlene Anderson recalls, "In personal discussions, he could be particularly vociferous on the topic of human versus robotic exploration. Norm argued that human exploration could only interfere with scientific exploration and confuse the public as to why we should explore space. In his view, science should drive the endeavor, not a lust for adventure."

text: Among advocates of space exploration, he was noted for his opposition to a space program centered on the use of human astronauts. Charlene Anderson recalls, "In personal discussions, he could be particularly vociferous on the topic of human versus robotic exploration. Norm argued that human exploration could only interfere with scientific exploration and confuse the public as to why we should explore space. In his view, science should drive the endeavor, not a lust for adventure."

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: unanswerable

answers: NDQ_002103

answers: space

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: what is the first object mentioned?

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: unanswerable

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: In his view, science should drive the endeavor

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: cosmonaut

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: NDQ_002132

answers: robotic

answers: NDQ_002133

answers: unanswerable

answers: NDQ_002134

answers: gravitational force is inversely proportional to mass

answers: NDQ_002135

answers: a space program

answers: NDQ_002136

answers: human astronauts

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: could only interfere with scientific exploration

answers: NDQ_002139

answers: Norm

answers: NDQ_002095

answers: space exploration,

answers: NDQ_002097

answers: the use of human astronauts.

answers: NDQ_002099

answers: science should drive the endeavor, not a lust for adventure."

answers: NDQ_002100

answers: human versus robotic exploration.

answers: NDQ_002103

answers: human astronauts.

answers: NDQ_002108

answers: human astronauts.

answers: NDQ_002111

answers: science should drive the endeavor, not a lust for adventure."

answers: NDQ_002113

answers: human astronauts.

answers: NDQ_002114

answers: human astronauts.

answers: NDQ_002115

answers: human astronauts.

answers: NDQ_002116

answers: human astronauts.

answers: NDQ_002117

answers: human astronauts.

answers: NDQ_002118

answers: human astronauts.

answers: NDQ_002119

answers: human astronauts.

answers: NDQ_002120

answers: Norm

answers: NDQ_002121

answers: human astronauts.

answers: NDQ_002122

answers: human astronauts.

answers: NDQ_002123

answers: human astronauts.

answers: NDQ_002124

answers: Norm

answers: NDQ_002125

answers: human astronauts.

answers: NDQ_002126

answers: space program centered on the use of human astronauts.

answers: NDQ_002127

answers: robotic

answers: NDQ_002128

answers: space

answers: NDQ_002129

answers: robotic

answers: NDQ_002130

answers: space program

answers: NDQ_002131

answers: robotic exploration.

answers: NDQ_002132

answers: robotic

answers: NDQ_002133

answers: space exploration,

answers: NDQ_002134

answers: science should drive the endeavor, not a lust for adventure."

answers: NDQ_002135

answers: human astronauts.

answers: NDQ_002136

answers: science

answers: NDQ_002137

answers: robotic

answers: NDQ_002138

answers: robotic exploration.

answers: NDQ_002139

answers: Norm

text: In 1974, NASA issued an Announcement of Opportunity for astronomical missions that would use a small- or medium-sized Explorer spacecraft.  Out of the 121 proposals received, three dealt with studying the cosmological background radiation. Though these proposals lost out to the Infrared Astronomical Satellite (IRAS), their strength made NASA further explore the idea. In 1976, NASA formed a committee of members from each of 1974's three proposal teams to put together their ideas for such a satellite. A year later, this committee suggested a polar-orbiting satellite called COBE to be launched by either a Delta rocket or the Space Shuttle. It would contain the following instruments:

text: In 1974,

text: NASA

text: issued an Announcement of Opportunity for astronomical missions that would use a small- or medium-sized

text: Explorer

text: spacecraft.  Out of the 121 proposals received, three dealt with studying the cosmological background radiation. Though these proposals lost out to the

text: Infrared Astronomical Satellite

text: (IRAS), their strength made NASA further explore the idea. In 1976, NASA formed a committee of members from each of 1974's three proposal teams to put together their ideas for such a satellite. A year later, this committee suggested a

text: polar-orbiting

text: satellite called COBE to be launched by either a

text: Delta rocket

text: or the

text: Space Shuttle

text: . It would contain the following instruments:

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: from the Moon

answers: NDQ_002108

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: What do Landsat satellites make detailed images of?

answers: NDQ_002121

answers: What is the law of conservation of momentum?

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: What type of satellites are placed in high orbits over Earth?

answers: NDQ_002124

answers: who was the first astronaut to walk on the moon

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Delta rocket

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: COBE

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: cosmological background radiation

answers: NDQ_002132

answers: Explorer spacecraft

answers: NDQ_002133

answers: 1974

answers: NDQ_002134

answers: Newton's third law of motion states that Newton's third law of motion states that

answers: NDQ_002135

answers: 1974

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: a satellite that is launched into space

answers: NDQ_002138

answers: polar-orbiting

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: polar-orbiting

answers: NDQ_002097

answers: cosmological background radiation.

answers: NDQ_002099

answers: launched by either a Delta rocket

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: launched by either a Delta rocket or the Space Shuttle.

answers: NDQ_002108

answers: 1974,

answers: NDQ_002111

answers: rocket

answers: NDQ_002113

answers: COBE

answers: NDQ_002114

answers: COBE

answers: NDQ_002115

answers: Delta rocket or the Space Shuttle.

answers: NDQ_002116

answers: small- or medium-sized Explorer spacecraft.

answers: NDQ_002117

answers: launched by either a Delta rocket

answers: NDQ_002118

answers: 121

answers: NDQ_002119

answers: 1976,

answers: NDQ_002120

answers: COBE

answers: NDQ_002121

answers: polar-orbiting satellite

answers: NDQ_002122

answers: Delta rocket or the Space Shuttle.

answers: NDQ_002123

answers: polar-orbiting

answers: NDQ_002124

answers: COBE

answers: NDQ_002125

answers: COBE

answers: NDQ_002126

answers: polar-orbiting

answers: NDQ_002127

answers: Delta rocket or the Space Shuttle.

answers: NDQ_002128

answers: polar-orbiting satellite

answers: NDQ_002129

answers: polar-orbiting satellite called COBE

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: polar-orbiting

answers: NDQ_002132

answers: COBE

answers: NDQ_002133

answers: Space Shuttle.

answers: NDQ_002134

answers: polar-orbiting

answers: NDQ_002135

answers: Space Shuttle.

answers: NDQ_002136

answers: cosmological background radiation.

answers: NDQ_002137

answers: polar-orbiting satellite called COBE

answers: NDQ_002138

answers: polar-orbiting

answers: NDQ_002139

answers: Space Shuttle.

text: DIRECT advocated developing a single, high-commonality family of rockets named Jupiter, adapted closely from existing Space Shuttle systems. Each Jupiter launch vehicle would use a "common core stage" consisting of a tank structure based closely on the existing Space Shuttle External Tank with a pair of standard four-segment Solid Rocket Boosters (SRBs) mounted at the sides as on the Space Shuttle.  Up to four Space Shuttle Main Engines (SSMEs) from the Space Shuttle Orbiter would be attached to the bottom of the External Tank. The engines would be deorbited along with the expended tank to burn up in the Earth's atmosphere.

text: DIRECT advocated developing a single, high-commonality family of rockets named Jupiter, adapted closely from existing Space Shuttle systems. Each Jupiter launch vehicle would use a "common core stage" consisting of a tank structure based closely on the existing

text: Space Shuttle External Tank

text: with a pair of standard four-segment

text: Solid Rocket Boosters

text: (SRBs) mounted at the sides as on the

text: Space Shuttle

text: .  Up to four

text: Space Shuttle Main Engine

text: s (SSMEs) from the

text: Space Shuttle Orbiter

text: would be attached to the bottom of the External Tank. The engines would be deorbited along with the expended tank to burn up in the Earth's atmosphere.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: Space Shuttle

answers: NDQ_002108

answers: It's impossible to say

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space

answers: NDQ_002123

answers: How many Space Shuttle Main Engines would be attached to the bottom of the External Tank?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Solid Rocket Boosters

answers: NDQ_002128

answers: Jupiter

answers: NDQ_002129

answers: Jupiter

answers: NDQ_002130

answers: DIRECT

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: Jupiter

answers: NDQ_002133

answers: Space Shuttle

answers: NDQ_002134

answers: Solid Rocket Boosters (SRBs) mounted at the sides as on the Space Shuttle

answers: NDQ_002135

answers: Space Shuttle

answers: NDQ_002136

answers: Earth's atmosphere

answers: NDQ_002137

answers: solid rocket boosters

answers: NDQ_002138

answers: would be attached to the bottom

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Earth's atmosphere.

answers: NDQ_002097

answers: four-segment Solid Rocket Boosters

answers: NDQ_002099

answers: Up to four Space Shuttle Main Engines

answers: NDQ_002100

answers: DIRECT

answers: NDQ_002103

answers: Earth's atmosphere.

answers: NDQ_002108

answers: Space Shuttle Orbiter

answers: NDQ_002111

answers: four-segment Solid Rocket Boosters

answers: NDQ_002113

answers: Earth's atmosphere.

answers: NDQ_002114

answers: Jupiter, adapted closely from existing Space Shuttle systems.

answers: NDQ_002115

answers: Space Shuttle systems.

answers: NDQ_002116

answers: Orbiter

answers: NDQ_002117

answers: rockets named Jupiter, adapted closely from existing Space Shuttle systems.

answers: NDQ_002118

answers: Jupiter, adapted closely from existing Space Shuttle systems.

answers: NDQ_002119

answers: Space Shuttle systems.

answers: NDQ_002120

answers: Jupiter, adapted closely from existing Space Shuttle systems.

answers: NDQ_002121

answers: four-segment Solid Rocket Boosters

answers: NDQ_002122

answers: The engines would be deorbited

answers: NDQ_002123

answers: Earth's atmosphere.

answers: NDQ_002124

answers: Jupiter, adapted closely from existing Space Shuttle systems.

answers: NDQ_002125

answers: Jupiter, adapted closely from existing Space Shuttle systems.

answers: NDQ_002126

answers: Orbiter

answers: NDQ_002127

answers: Solid Rocket Boosters

answers: NDQ_002128

answers: Space Shuttle Orbiter

answers: NDQ_002129

answers: Jupiter,

answers: NDQ_002130

answers: DIRECT

answers: NDQ_002131

answers: four-segment Solid Rocket Boosters

answers: NDQ_002132

answers: Jupiter,

answers: NDQ_002133

answers: Space Shuttle Orbiter

answers: NDQ_002134

answers: burn up in the Earth's atmosphere.

answers: NDQ_002135

answers: Jupiter, adapted closely from existing Space Shuttle

answers: NDQ_002136

answers: Earth's atmosphere.

answers: NDQ_002137

answers: four-segment Solid Rocket Boosters

answers: NDQ_002138

answers: Earth's atmosphere.

answers: NDQ_002139

answers: Space Shuttle Orbiter

text: A space habitat (also called a space colony, space settlement, orbital habitat, orbital settlement or orbital colony) is a type of space station, intended as a permanent settlement rather than as a simple way-station or other specialized facility.  No space habitats have yet been constructed but many design proposals have been made, with varying degrees of realism, by both engineers and science fiction authors.

text: A space habitat (also called a space colony, space settlement, orbital habitat, orbital settlement or orbital colony) is a type of

text: space station

text: , intended as a

text: permanent settlement

text: rather than as a simple way-station or other specialized facility.  No space habitats have yet been constructed but many design proposals have been made, with varying degrees of realism, by both engineers and science fiction authors.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: unanswerable

answers: NDQ_002103

answers: Space habitat

answers: NDQ_002108

answers: It's impossible to say

answers: NDQ_002111

answers: No space habitats have yet been constructed

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: orbital habitat

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices

answers: NDQ_002119

answers: Neil Armstrong walked

answers: NDQ_002120

answers: What does Landsat satellites make detailed images of?

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: What is a type of space station?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: NDQ_002128

answers: orbital habitat

answers: NDQ_002129

answers: No space habitats

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: gravitational force is proportional to

answers: NDQ_002135

answers: unanswerable

answers: NDQ_002136

answers: orbital habitats

answers: NDQ_002137

answers: space habitats

answers: NDQ_002138

answers: orbital habitat

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: space habitat

answers: NDQ_002097

answers: A space habitat

answers: NDQ_002099

answers: varying degrees of realism,

answers: NDQ_002100

answers: A space habitat

answers: NDQ_002103

answers: A space habitat

answers: NDQ_002108

answers: No space habitats have yet been constructed

answers: NDQ_002111

answers: No space habitats have yet been constructed

answers: NDQ_002113

answers: No space habitats have yet been constructed

answers: NDQ_002114

answers: A space habitat

answers: NDQ_002115

answers: No space habitats have yet been constructed

answers: NDQ_002116

answers: space habitat

answers: NDQ_002117

answers: A space habitat

answers: NDQ_002118

answers: No space habitats have yet been constructed

answers: NDQ_002119

answers: No space habitats have yet been constructed

answers: NDQ_002120

answers: A space habitat

answers: NDQ_002121

answers: orbital habitat, orbital settlement or orbital colony)

answers: NDQ_002122

answers: space habitat

answers: NDQ_002123

answers: A space habitat

answers: NDQ_002124

answers: A space habitat

answers: NDQ_002125

answers: No space habitats have yet been constructed

answers: NDQ_002126

answers: way-station

answers: NDQ_002127

answers: engineers

answers: NDQ_002128

answers: orbital habitat,

answers: NDQ_002129

answers: orbital habitat,

answers: NDQ_002130

answers: A space habitat

answers: NDQ_002131

answers: space habitat

answers: NDQ_002132

answers: space habitat

answers: NDQ_002133

answers: A space habitat

answers: NDQ_002134

answers: A space habitat

answers: NDQ_002135

answers: A space habitat

answers: NDQ_002136

answers: space habitat

answers: NDQ_002137

answers: space habitat

answers: NDQ_002138

answers: orbital habitat, orbital settlement or orbital colony)

answers: NDQ_002139

answers: A space habitat

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_002095

answers: Venus

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: Soviet

answers: NDQ_002103

answers: in 1961

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: Which happened first, the Soviet Venera program or the United States' exploration of Venus?

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: how many satellites are in orbit around earth

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: Which happened first, the Soviet Venera program or the Mariner 2 mission?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: Which of the following is not a law: Newton's Third Law of Motion?

answers: NDQ_002123

answers: Which happened first, the first robotic space probe mission to Venus or the first successful interplanetary mission?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: NDQ_002128

answers: interplanetary

answers: NDQ_002129

answers: Mariner 2

answers: NDQ_002130

answers: Mariner 2

answers: NDQ_002131

answers: NDQ_002132

answers: robotic

answers: NDQ_002133

answers: 1961

answers: NDQ_002134

answers: the mass of an object is proportional to its velocity

answers: NDQ_002135

answers: the Soviet Venera program

answers: NDQ_002136

answers: atmospheric conditions

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: is a satellite in a low orbit.

answers: NDQ_002139

answers: Mariner 2

answers: NDQ_002095

answers: Venus,

answers: NDQ_002097

answers: atmosphere.

answers: NDQ_002099

answers: 1961.

answers: NDQ_002100

answers: Soviet

answers: NDQ_002103

answers: 1961.

answers: NDQ_002108

answers: 1961.

answers: NDQ_002111

answers: 1961.

answers: NDQ_002113

answers: 1961.

answers: NDQ_002114

answers: The United States'

answers: NDQ_002115

answers: Soviet Venera program in 1961.

answers: NDQ_002116

answers: 1961.

answers: NDQ_002117

answers: 1961.

answers: NDQ_002118

answers: The first robotic space probe mission to Venus,

answers: NDQ_002119

answers: 1961.

answers: NDQ_002120

answers: The first robotic space probe mission to Venus,

answers: NDQ_002121

answers: 1961.

answers: NDQ_002122

answers: 1961.

answers: NDQ_002123

answers: The first robotic space probe mission to Venus,

answers: NDQ_002124

answers: Mariner 2 mission on 14 December 1962,

answers: NDQ_002125

answers: Venus,

answers: NDQ_002126

answers: 1961.

answers: NDQ_002127

answers: Soviet Venera program in 1961.

answers: NDQ_002128

answers: interplanetary

answers: NDQ_002129

answers: Mariner 2

answers: NDQ_002130

answers: The United States'

answers: NDQ_002131

answers: Mariner 2

answers: NDQ_002132

answers: robotic

answers: NDQ_002133

answers: 1961.

answers: NDQ_002134

answers: The first robotic space probe mission to Venus,

answers: NDQ_002135

answers: Soviet Venera program

answers: NDQ_002136

answers: atmosphere.

answers: NDQ_002137

answers: The first robotic space probe mission to Venus,

answers: NDQ_002138

answers: Soviet Venera program in 1961.

answers: NDQ_002139

answers: Mariner 2

text: The Rover/NERVA program accumulated 17 hours of operating time with 6 hours above 2000 K. Although the engine, turbine and liquid hydrogen tank were never physically assembled together, the NERVA was deemed ready to design into a working vehicle by NASA, creating a small political crisis in Congress because of the danger a Mars exploration program presented to the national budget. Clinton P. Anderson, the New Mexico senator who had protected the program, had become severely ill. Lyndon B. Johnson, another powerful advocate of human space exploration, had decided not to run for a second term and was considerably weakened. NASA program funding was somewhat reduced by Congress for the 1969 budget, shutting down the Saturn rocket production line and cancelling Apollo missions after Apollo 17. Without the Saturn S-N rocket to carry the NERVA to orbit, Los Alamos continued the Rover Program for a few more years with Pewee and the Nuclear Furnace, but it was disbanded by 1972.

text: The Rover/NERVA program accumulated 17 hours of operating time with 6 hours above 2000 K. Although the engine, turbine and liquid hydrogen tank were never physically assembled together, the NERVA was deemed ready to design into a working vehicle by NASA, creating a small political crisis in Congress because of the danger a Mars exploration program presented to the national budget.

text: Clinton P. Anderson

text: , the New Mexico senator who had protected the program, had become severely ill. Lyndon B. Johnson, another powerful advocate of human space exploration, had decided not to run for a second term and was considerably weakened. NASA program funding was somewhat reduced by Congress for the 1969 budget, shutting down the Saturn rocket production line and cancelling Apollo missions after Apollo 17. Without the Saturn S-N rocket to carry the NERVA to orbit, Los Alamos continued the Rover Program for a few more years with Pewee and the Nuclear Furnace, but it was disbanded by 1972.

answers: NDQ_002095

answers: orbit

answers: NDQ_002097

answers: 6 hours above 2000 K

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: Saturn S-N rocket

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: How many hours above 2000 K was the Rover/NERVA program

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Apollo 17

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat or Apollo?

answers: NDQ_002121

answers: the law of conservation of momentum

answers: NDQ_002122

answers: What is the first law of motion mentioned?

answers: NDQ_002123

answers: Which happened first, the Rover/NERVA program accumulated 17 hours of operating time with 6 hours above 2000 K or NASA program funding was somewhat reduced by Congress for the 1969 budget?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: engine

answers: NDQ_002128

answers: NERVA

answers: NDQ_002129

answers: Apollo 17

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: The Rover/NERVA program

answers: NDQ_002132

answers: NERVA

answers: NDQ_002133

answers: Apollo 17

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: Apollo 17

answers: NDQ_002136

answers: NASA program funding

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: How many hours above 2000 K did the Rover/NERVA program accumulated?

answers: NDQ_002139

answers: Apollo 17

answers: NDQ_002095

answers: orbit,

answers: NDQ_002097

answers: 2000 K.

answers: NDQ_002099

answers: assembled together,

answers: NDQ_002100

answers: NASA,

answers: NDQ_002103

answers: Saturn S-N rocket

answers: NDQ_002108

answers: Apollo 17.

answers: NDQ_002111

answers: the engine, turbine and liquid hydrogen tank were never physically assembled together,

answers: NDQ_002113

answers: Apollo 17.

answers: NDQ_002114

answers: Apollo 17.

answers: NDQ_002115

answers: Apollo 17.

answers: NDQ_002116

answers: orbit,

answers: NDQ_002117

answers: Saturn S-N rocket

answers: NDQ_002118

answers: Apollo 17.

answers: NDQ_002119

answers: Apollo 17.

answers: NDQ_002120

answers: Apollo 17.

answers: NDQ_002121

answers: Saturn S-N rocket

answers: NDQ_002122

answers: 2000 K.

answers: NDQ_002123

answers: 2000 K.

answers: NDQ_002124

answers: Apollo 17.

answers: NDQ_002125

answers: Apollo 17.

answers: NDQ_002126

answers: orbit,

answers: NDQ_002127

answers: engine, turbine

answers: NDQ_002128

answers: Apollo missions after Apollo 17.

answers: NDQ_002129

answers: Apollo 17.

answers: NDQ_002130

answers: NASA,

answers: NDQ_002131

answers: Apollo 17.

answers: NDQ_002132

answers: Rover/NERVA

answers: NDQ_002133

answers: Apollo 17.

answers: NDQ_002134

answers: 2000 K.

answers: NDQ_002135

answers: Apollo 17.

answers: NDQ_002136

answers: NASA program funding was somewhat reduced by Congress

answers: NDQ_002137

answers: liquid hydrogen tank

answers: NDQ_002138

answers: Apollo 17.

answers: NDQ_002139

answers: Apollo 17.

text: A laser communication system was one of four science instruments launched with the NASA Lunar Atmosphere and Dust Environment Explorer (LADEE) mission on 7 Sept 2013.  After a month-long transit to the Moon, and a 40-day spacecraft checkout, the laser comm experiments were performed over three months during late 2013 to early 2014. Initial data returned from the Lunar Laser Communication Demonstration (LLCD) equipment on LADEE set a space communication bandwidth record in October 2013 when early tests using a pulsed laser beam to transmit data over the  between the Moon and Earth passed data at a "record-breaking download rate of 622 megabits per second (Mbps)", and also demonstrated an error-free data upload rate of 20 Mbps from an Earth ground station to LADEE in Lunar orbit.  The LLCD is NASA's first attempt at two-way space communication using an optical laser instead of radio waves, and is expected to lead to operational laser systems on NASA satellites in future years.

text: A laser communication system was one of four science instruments launched with the

text: NASA

entity_name: Lunar Atmosphere and Dust Environment Explorer

text: Lunar Atmosphere and Dust Environment Explorer

text: (LADEE) mission on 7 Sept 2013.  After a month-long transit to the Moon, and a 40-day spacecraft checkout, the laser comm experiments were performed over three months during late 2013 to early 2014. Initial data returned from the

text: Lunar Laser Communication Demonstration

text: (LLCD) equipment on LADEE set a space

text: communication bandwidth

text: record in October 2013 when early tests using a

text: pulsed laser beam

text: to transmit data over the  between the Moon and Earth passed data at a "record-breaking

text: download

text: rate of 622

text: megabit

text: s per second (Mbps)", and also demonstrated an error-free data

text: upload

text: rate of 20

text: Mbps

text: from an Earth ground station to LADEE in

text: Lunar orbit

text: .  The LLCD is NASA's first attempt at two-way

text: space communication

text: using an

text: optical laser

text: instead of

text: radio wave

text: s, and is expected to lead to operational laser systems on NASA satellites in future years.

answers: NDQ_002095

answers: Moon

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: with the NASA Lunar Atmosphere

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: It's impossible to say

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: None of the above choices

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: Which of the following is not a type of satellite: NASA Lunar Atmosphere and Dust Environment Explorer or NASA satellites?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Earth

answers: NDQ_002128

answers: the Moon

answers: NDQ_002129

answers: What is the largest artificial satellite?

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: LADEE

answers: NDQ_002132

answers: LADEE

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: gravitational force is proportional to

answers: NDQ_002135

answers: LADEE mission

answers: NDQ_002136

answers: Earth gravity

answers: NDQ_002137

answers: radio waves

answers: NDQ_002138

answers: Which is not a type of satellite?

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: the Moon,

answers: NDQ_002097

answers: Moon,

answers: NDQ_002099

answers: 40-day spacecraft

answers: NDQ_002100

answers: Earth

answers: NDQ_002103

answers: Earth ground station

answers: NDQ_002108

answers: Moon,

answers: NDQ_002111

answers: optical laser instead of radio waves,

answers: NDQ_002113

answers: 2013.

answers: NDQ_002114

answers: NASA Lunar Atmosphere and Dust Environment Explorer

answers: NDQ_002115

answers: Moon,

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: NASA Lunar Atmosphere and Dust Environment Explorer

answers: NDQ_002118

answers: NASA satellites

answers: NDQ_002119

answers: 2013.

answers: NDQ_002120

answers: NASA Lunar Atmosphere and Dust Environment Explorer (LADEE)

answers: NDQ_002121

answers: Lunar orbit.

answers: NDQ_002122

answers: Lunar orbit.

answers: NDQ_002123

answers: Lunar orbit.

answers: NDQ_002124

answers: 2013.

answers: NDQ_002125

answers: Moon,

answers: NDQ_002126

answers: orbit.

answers: NDQ_002127

answers: 2013.

answers: NDQ_002128

answers: Lunar orbit.

answers: NDQ_002129

answers: 622 megabits per second (Mbps)",

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Dust Environment Explorer

answers: NDQ_002132

answers: NASA Lunar Atmosphere and Dust Environment Explorer

answers: NDQ_002133

answers: 7 Sept 2013.

answers: NDQ_002134

answers: optical laser instead of radio waves,

answers: NDQ_002135

answers: 7 Sept 2013.

answers: NDQ_002136

answers: radio waves,

answers: NDQ_002137

answers: radio waves,

answers: NDQ_002138

answers: Lunar orbit.

answers: NDQ_002139

answers: 2013.

text: Amid this negative climate and seeing no future for themselves after the permanent shutdown of the space program or for the decadent future of humanity, a small team of scientists and astronauts must persuade NASA to fund a manned mission to Titan to confirm findings of life from the Cassini and to rejuvenate interest in space exploration to the world. They do so by recycling older spacecraft for several purposes: space shuttle Atlantis is refitted to carry cargo into orbit as well as a restored Saturn V for construction of the main ship (a heavily modified version of Discovery using ion drive propulsion and powered by a TOPAZ nuclear reactor), using habitat modules from the mothballed International Space Station, and Apollo re-entry capsules are adapted to become Titan landers. On the day of the last launch to begin the mission, with the shuttle Endeavour ready to carry the crew to space, an insane USAF general driven by shallow militarism and hatred for space exploration tries to shoot down the shuttle during lift off. Despite damage sustained from an anti-satellite missile fired from a restored X-15, Endeavour successfully makes it into orbit, and the five crew members begin their six-year journey to Saturn by following the gravity-assisted Interplanetary Transport Network.

text: Amid this negative climate and seeing no future for themselves after the permanent shutdown of the space program or for the decadent future of humanity, a small team of scientists and astronauts must persuade NASA to fund a manned mission to

text: Titan

text: to confirm findings of life from the

text: Cassini

text: and to rejuvenate interest in space exploration to the world. They do so by recycling older spacecraft for several purposes: space shuttle

text: Atlantis

text: is

text: refitted to carry cargo

text: into orbit as well as a restored

text: Saturn V

text: for construction of the main ship (a heavily modified version of

text: Discovery

text: using

text: ion drive

text: propulsion and powered by a

text: TOPAZ nuclear reactor

text: ), using habitat modules from the mothballed

text: International Space Station

text: , and

text: Apollo

text: re-entry capsules are adapted to become Titan landers. On the day of the last launch to begin the mission, with the shuttle

text: Endeavour

text: ready to carry the crew to space, an insane

text: USAF

text: general driven by shallow militarism and hatred for space exploration tries to shoot down the shuttle during lift off. Despite damage sustained from an

text: anti-satellite missile

text: fired from a restored

text: , Endeavour successfully makes it into orbit, and the five crew members begin their six-year journey to Saturn by following the gravity-assisted

text: Interplanetary Transport Network

answers: NDQ_002095

answers: Saturn

answers: NDQ_002097

answers: gravity

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: space shuttle Atlantis is refitted

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: What is the last launch to begin the mission?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S.

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Apollo

answers: NDQ_002120

answers: Which satellites make detailed images of continents and coasts?

answers: NDQ_002121

answers: gravity

answers: NDQ_002122

answers: What is the name of the main ship?

answers: NDQ_002123

answers: How many crew members begin their six-year journey to Saturn

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: ion drive

answers: NDQ_002128

answers: the International Space Station

answers: NDQ_002129

answers: International Space Station

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: gravity-assisted

answers: NDQ_002132

answers: mothballed International Space Station

answers: NDQ_002133

answers: space program

answers: NDQ_002134

answers: Gravity is a force

answers: NDQ_002135

answers: Cassini

answers: NDQ_002136

answers: gravity

answers: NDQ_002137

answers: Gravity

answers: NDQ_002138

answers: What does Endeavour successfully make it into?

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Titan

answers: NDQ_002097

answers: gravity-assisted

answers: NDQ_002099

answers: ion drive propulsion

answers: NDQ_002100

answers: USAF

answers: NDQ_002103

answers: lift off.

answers: NDQ_002108

answers: Apollo

answers: NDQ_002111

answers: ion drive propulsion

answers: NDQ_002113

answers: ion drive propulsion and powered by a TOPAZ nuclear reactor),

answers: NDQ_002114

answers: NASA to fund a manned mission to Titan

answers: NDQ_002115

answers: Apollo

answers: NDQ_002116

answers: orbit,

answers: NDQ_002117

answers: space shuttle Atlantis

answers: NDQ_002118

answers: anti-satellite missile fired from a restored X-15,

answers: NDQ_002119

answers: astronauts

answers: NDQ_002120

answers: Titan landers.

answers: NDQ_002121

answers: gravity-assisted

answers: NDQ_002122

answers: ion drive propulsion

answers: NDQ_002123

answers: anti-satellite

answers: NDQ_002124

answers: Titan to confirm findings of life from the Cassini

answers: NDQ_002125

answers: Titan

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: gravity-assisted

answers: NDQ_002128

answers: Interplanetary Transport Network.

answers: NDQ_002129

answers: Saturn V

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: gravity-assisted

answers: NDQ_002132

answers: Apollo re-entry capsules

answers: NDQ_002133

answers: Apollo

answers: NDQ_002134

answers: gravity-assisted

answers: NDQ_002135

answers: Apollo

answers: NDQ_002136

answers: gravity-assisted

answers: NDQ_002137

answers: gravity-assisted

answers: NDQ_002138

answers: X-15,

answers: NDQ_002139

answers: Apollo

text: Several satellites indirectly measure the energy absorbed and radiated by Earth and by inference the energy imbalance. The NASA Earth Radiation Budget Experiment (ERBE) project involves three such satellites: the Earth Radiation Budget Satellite (ERBS), launched October 1984; NOAA-9, launched December 1984; and NOAA-10, launched September 1986.

text: Several

text: satellite

text: s indirectly measure the energy absorbed and radiated by Earth and by inference the energy imbalance. The

text: NASA

text: Earth Radiation Budget Experiment

text: (ERBE) project involves three such satellites: the

text: Earth Radiation Budget Satellite

text: (ERBS), launched October 1984; NOAA-9, launched December 1984; and NOAA-10, launched September 1986.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: Earth Radiation Budget Experiment

answers: NDQ_002099

answers: can launch multiple satellites

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: October 1984

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: None of the above choices.

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: Which of the following is not a type of satellite: NOAA-9, launched December 1984, or NOAA-10?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: Earth

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: NOAA-10

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: NDQ_002132

answers: satellites

answers: NDQ_002133

answers: 1984

answers: NDQ_002134

answers: Earth Radiation Budget Experiment (ERBE)

answers: NDQ_002135

answers: NASA

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: NOAA-9

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: satellites indirectly measure the energy absorbed and radiated by Earth

answers: NDQ_002097

answers: energy absorbed and radiated by Earth

answers: NDQ_002099

answers: satellites indirectly measure the energy absorbed and radiated by Earth

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: launched October 1984;

answers: NDQ_002108

answers: 1984;

answers: NDQ_002111

answers: satellites

answers: NDQ_002113

answers: Several satellites

answers: NDQ_002114

answers: Earth Radiation Budget Satellite (ERBS), launched October 1984;

answers: NDQ_002115

answers: Earth Radiation Budget Satellite (ERBS), launched October 1984;

answers: NDQ_002116

answers: satellites indirectly measure the energy absorbed and radiated by Earth

answers: NDQ_002117

answers: Several satellites indirectly measure the energy absorbed and radiated by Earth

answers: NDQ_002118

answers: Several satellites

answers: NDQ_002119

answers: 1986.

answers: NDQ_002120

answers: Earth Radiation Budget Satellite (ERBS), launched October 1984;

answers: NDQ_002121

answers: Several satellites indirectly measure the energy absorbed and radiated by Earth

answers: NDQ_002122

answers: Several satellites indirectly measure the energy absorbed and radiated by Earth

answers: NDQ_002123

answers: Several satellites indirectly measure the energy absorbed and radiated by Earth

answers: NDQ_002124

answers: 1984;

answers: NDQ_002125

answers: Earth Radiation Budget Satellite (ERBS), launched October 1984;

answers: NDQ_002126

answers: radiated by Earth

answers: NDQ_002127

answers: energy absorbed and radiated by Earth

answers: NDQ_002128

answers: satellites

answers: NDQ_002129

answers: Earth Radiation Budget Satellite

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Several satellites indirectly measure the energy absorbed and radiated by Earth

answers: NDQ_002132

answers: satellites

answers: NDQ_002133

answers: 1984;

answers: NDQ_002134

answers: energy imbalance.

answers: NDQ_002135

answers: October 1984;

answers: NDQ_002136

answers: energy imbalance.

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: NOAA-9,

answers: NDQ_002139

answers: 1984;

text: For example, the existence of the Van Allen radiation belts was unknown until their discovery by the United States' first artificial satellite, Explorer 1. These belts contain radiation trapped by Earth's magnetic fields, which currently renders construction of habitable space stations above 1000 km impractical.Following this early unexpected discovery, a large number of Earth observation satellites have been deployed specifically to explore Earth from a space based perspective. These satellites have significantly contributed to the understanding of a variety of Earth-based phenomena. For instance, the hole in the ozone layer was found by an artificial satellite that was exploring Earth's atmosphere, and satellites have allowed for the discovery of archeological sites or geological formations that were difficult or impossible to otherwise identify.

text: For example, the existence of the

text: Van Allen radiation belt

text: s was unknown until their discovery by the United States' first artificial satellite,

text: Explorer 1

text: . These belts contain radiation trapped by Earth's magnetic fields, which currently renders construction of habitable space stations above 1000 km impractical.Following this early unexpected discovery, a large number of Earth observation satellites have been deployed specifically to explore Earth from a space based perspective. These satellites have significantly contributed to the understanding of a variety of Earth-based phenomena. For instance, the

text: hole in the ozone layer

text: was found by an artificial satellite that was exploring Earth's atmosphere, and satellites have allowed for the discovery of archeological sites or geological formations that were difficult or impossible to otherwise identify.

answers: NDQ_002095

answers: unanswer the above question

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: Earth observation satellites

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: It's impossible to say

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Which of the following is not a type of Earth observation satellite?

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: How are Earth observation satellites placed in high orbits over Earth?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: magnetic fields

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: Explorer 1

answers: NDQ_002130

answers: United States'

answers: NDQ_002131

answers: NDQ_002132

answers: artificial satellite

answers: NDQ_002133

answers: United States

answers: NDQ_002134

answers: Earth observation satellites have contributed to the understanding of what?

answers: NDQ_002135

answers: unanswerable

answers: NDQ_002136

answers: magnetic fields

answers: NDQ_002137

answers: Earth observation satellites

answers: NDQ_002138

answers: Earth observation satellites

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Van Allen radiation belts

answers: NDQ_002097

answers: magnetic fields,

answers: NDQ_002099

answers: habitable space stations above 1000 km impractical.Following

answers: NDQ_002100

answers: United States'

answers: NDQ_002103

answers: Earth observation satellites

answers: NDQ_002108

answers: artificial satellite, Explorer 1.

answers: NDQ_002111

answers: the existence of the Van Allen radiation belts

answers: NDQ_002113

answers: the existence of the Van Allen radiation belts

answers: NDQ_002114

answers: United States'

answers: NDQ_002115

answers: artificial satellite, Explorer 1.

answers: NDQ_002116

answers: satellite,

answers: NDQ_002117

answers: Earth observation satellites

answers: NDQ_002118

answers: a large number of Earth observation satellites

answers: NDQ_002119

answers: first artificial satellite, Explorer 1.

answers: NDQ_002120

answers: Earth observation satellites

answers: NDQ_002121

answers: Earth's magnetic fields,

answers: NDQ_002122

answers: magnetic fields,

answers: NDQ_002123

answers: Earth observation satellites

answers: NDQ_002124

answers: Explorer 1.

answers: NDQ_002125

answers: Explorer 1.

answers: NDQ_002126

answers: artificial satellite,

answers: NDQ_002127

answers: magnetic fields,

answers: NDQ_002128

answers: artificial satellite,

answers: NDQ_002129

answers: Explorer 1.

answers: NDQ_002130

answers: Earth observation satellites

answers: NDQ_002131

answers: 1.

answers: NDQ_002132

answers: Earth observation satellites

answers: NDQ_002133

answers: Explorer 1.

answers: NDQ_002134

answers: Earth's magnetic fields,

answers: NDQ_002135

answers: Explorer 1.

answers: NDQ_002136

answers: Earth's magnetic fields,

answers: NDQ_002137

answers: Earth observation satellites

answers: NDQ_002138

answers: Earth observation satellites

answers: NDQ_002139

answers: Explorer 1.

text: A robotic spacecraft is an uncrewed spacecraft, usually under telerobotic control. A robotic spacecraft designed to make scientific research measurements is often called a space probe. Many space missions are more suited to telerobotic rather than crewed operation, due to lower cost and lower risk factors.  In addition, some planetary destinations such as Venus or the vicinity of Jupiter are too hostile for human survival, given current technology. Outer planets such as Saturn, Uranus, and Neptune are too distant to reach with current crewed spaceflight technology, so telerobotic probes are the only way to explore them.

text: A robotic spacecraft is an

text: uncrewed spacecraft

text: , usually under

text: telerobotic

text: control. A robotic spacecraft designed to make scientific research measurements is often called a

text: space probe

text: . Many space missions are more suited to telerobotic rather than

text: crewed

text: operation, due to lower cost and lower risk factors.  In addition, some planetary destinations such as

text: Venus

text: or the vicinity of

text: Jupiter

text: are too hostile for human survival, given current technology. Outer planets such as

text: Saturn

text: Uranus

text: , and

text: Neptune

text: are too distant to reach with current crewed spaceflight technology, so telerobotic probes are the only way to explore them.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: telerobotic

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

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

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices.

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Which of the following is not a type of robotic spacecraft?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: Which of the following is not a type of spacecraft: imaging satellites or space probes?

answers: NDQ_002124

answers: Alan Shepherd

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: Jupiter

answers: NDQ_002129

answers: Uranus

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: a space probe

answers: NDQ_002132

answers: A robotic spacecraft

answers: NDQ_002133

answers: unanswerable

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: crewed operation

answers: NDQ_002136

answers: spaceflight technology

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: can make scientific research measurements

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Saturn, Uranus, and Neptune

answers: NDQ_002097

answers: A robotic spacecraft

answers: NDQ_002099

answers: robotic spacecraft

answers: NDQ_002100

answers: A robotic spacecraft

answers: NDQ_002103

answers: A robotic spacecraft

answers: NDQ_002108

answers: A robotic spacecraft

answers: NDQ_002111

answers: A robotic spacecraft

answers: NDQ_002113

answers: A robotic spacecraft

answers: NDQ_002114

answers: A robotic spacecraft

answers: NDQ_002115

answers: A robotic spacecraft

answers: NDQ_002116

answers: robotic spacecraft

answers: NDQ_002117

answers: robotic spacecraft

answers: NDQ_002118

answers: A robotic spacecraft

answers: NDQ_002119

answers: A robotic spacecraft

answers: NDQ_002120

answers: A robotic spacecraft

answers: NDQ_002121

answers: A robotic spacecraft

answers: NDQ_002122

answers: robotic spacecraft

answers: NDQ_002123

answers: robotic spacecraft

answers: NDQ_002124

answers: A robotic spacecraft

answers: NDQ_002125

answers: Venus

answers: NDQ_002126

answers: robotic spacecraft

answers: NDQ_002127

answers: telerobotic control.

answers: NDQ_002128

answers: spacecraft

answers: NDQ_002129

answers: Jupiter

answers: NDQ_002130

answers: robotic spacecraft

answers: NDQ_002131

answers: robotic spacecraft

answers: NDQ_002132

answers: robotic spacecraft

answers: NDQ_002133

answers: A robotic spacecraft

answers: NDQ_002134

answers: A robotic spacecraft

answers: NDQ_002135

answers: robotic spacecraft

answers: NDQ_002136

answers: technology.

answers: NDQ_002137

answers: robotic spacecraft

answers: NDQ_002138

answers: robotic spacecraft

answers: NDQ_002139

answers: A robotic spacecraft

text: The Space Race was a 20th-century competition between two Cold War rivals, the Soviet Union (USSR) and the United States (US), for supremacy in spaceflight capability. It had its origins in the missile-based nuclear arms race between the two nations that occurred following World War II, aided by captured German missile technology and personnel from the Aggregat program. The technological superiority required for such supremacy was seen as necessary for national security, and symbolic of ideological superiority. The Space Race spawned pioneering efforts to launch artificial satellites, unmanned space probes of the Moon, Venus, and Mars, and human spaceflight in low Earth orbit and to the Moon.

text: The Space Race was a 20th-century competition between two

text: Cold War

text: rivals, the

text: Soviet Union

text: (USSR) and the

text: United States

text: (US), for supremacy in

text: spaceflight

text: capability. It had its origins in the

text: missile

text: -based

text: nuclear arms race

text: between the two nations that occurred following

text: World War II

text: , aided by captured German missile technology and personnel from the

text: Aggregat program

text: . The technological superiority required for such supremacy was seen as necessary for national security, and symbolic of ideological superiority. The Space Race spawned pioneering efforts to launch

text: artificial satellites

text: , unmanned

text: space probe

text: s of the

text: Moon

text: Venus

text: , and

text: Mars

text: , and

text: human spaceflight

text: in

text: low Earth orbit

text: and to the Moon.

answers: NDQ_002095

answers: Mars

answers: NDQ_002097

answers: the Moon

answers: NDQ_002099

answers: can be launched

answers: NDQ_002100

answers: USSR and the United States

answers: NDQ_002103

answers: unmanned space probes

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: How many years did the Space Race last?

answers: NDQ_002113

answers: unmanned

answers: NDQ_002114

answers: The Space Race

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: What did the Space Race spawn?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: Which of the following is not a satellite: imaging satellites, unmanned space probes of the Moon, Venus, and Mars, or unmanned space probes of the Moon?

answers: NDQ_002124

answers: unmanned space probes of the Moon

answers: NDQ_002125

answers: yes

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Soviet Union (USSR)

answers: NDQ_002130

answers: The Space Race

answers: NDQ_002131

answers: Aggregat

answers: NDQ_002132

answers: unmanned space probes

answers: NDQ_002133

answers: World War II

answers: NDQ_002134

answers: unmanned space probes of the Moon Venus and Mars

answers: NDQ_002135

answers: The Space Race

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: artificial satellites

answers: NDQ_002138

answers: artificial satellites

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: the Moon.

answers: NDQ_002097

answers: Earth orbit and to the Moon.

answers: NDQ_002099

answers: launch artificial satellites,

answers: NDQ_002100

answers: the Soviet Union (USSR) and the United States (US),

answers: NDQ_002103

answers: The Space Race spawned pioneering efforts to launch artificial satellites,

answers: NDQ_002108

answers: low Earth orbit and to the Moon.

answers: NDQ_002111

answers: The Space Race spawned pioneering efforts to launch artificial satellites,

answers: NDQ_002113

answers: The Space Race

answers: NDQ_002114

answers: human spaceflight in low Earth orbit and to the Moon.

answers: NDQ_002115

answers: human spaceflight in low Earth orbit and to the Moon.

answers: NDQ_002116

answers: Earth orbit

answers: NDQ_002117

answers: artificial satellites,

answers: NDQ_002118

answers: The Space Race spawned pioneering efforts to launch artificial satellites,

answers: NDQ_002119

answers: The Space Race

answers: NDQ_002120

answers: The Space Race

answers: NDQ_002121

answers: low Earth orbit

answers: NDQ_002122

answers: low Earth orbit and to the Moon.

answers: NDQ_002123

answers: artificial satellites,

answers: NDQ_002124

answers: human spaceflight in low Earth orbit and to the Moon.

answers: NDQ_002125

answers: unmanned space probes of the Moon, Venus, and Mars,

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: missile-based

answers: NDQ_002128

answers: satellites,

answers: NDQ_002129

answers: Earth orbit

answers: NDQ_002130

answers: (US),

answers: NDQ_002131

answers: The Space Race

answers: NDQ_002132

answers: unmanned space probes

answers: NDQ_002133

answers: World War II,

answers: NDQ_002134

answers: human spaceflight in low Earth orbit and to the Moon.

answers: NDQ_002135

answers: The Space Race

answers: NDQ_002136

answers: The Space Race spawned pioneering efforts to launch artificial satellites,

answers: NDQ_002137

answers: Earth

answers: NDQ_002138

answers: artificial satellites,

answers: NDQ_002139

answers: human spaceflight in low Earth orbit and to the Moon.

text: Developed in the second-century BCE, by the ancient Chinese, fireworks are the oldest form of rockets and the most simplistic.  Originally fireworks had religious purposes but were later adapted for military purposes during the Middle Ages in the form of "flaming arrows."  During the tenth and thirteenth centuries the Mongols and the Arabs brought the major component of these early rockets to the West: gunpowder.  Although the cannon and gun became the major developments from the eastern introduction of gunpowder, a tickling of rockets also resulted.  These rockets were essentially enlarged fireworks which propelled, further than the long bow or cannon, packages of explosive gunpowder.  During the late eighteenth century imperialistic wars, Colonel Congreve, developed his famed rockets, which travel range distances of four miles.  The "rockets' red glare" in the American national anthem records the usage of rocket warfare, in its early form of military strategy, during the inspirational battle of Fort McHenry, where many soldiers were killed because of the rockets.

text: Developed in the second-century BCE, by the ancient Chinese, fireworks are the oldest form of rockets and the most simplistic.  Originally fireworks had religious purposes but were later adapted for military purposes during the Middle Ages in the form of "flaming arrows."  During the tenth and thirteenth centuries the Mongols and the Arabs brought the major component of these early rockets to the West:

text: gunpowder

text: .  Although the

text: cannon

text: and gun became the major developments from the eastern introduction of gunpowder, a tickling of rockets also resulted.  These rockets were essentially enlarged fireworks which propelled, further than the long bow or cannon, packages of explosive gunpowder.  During the late eighteenth century imperialistic wars, Colonel Congreve, developed his famed

text: rockets

text: , which travel range distances of four miles.  The "rockets' red glare" in the

text: American national anthem

text: records the usage of rocket warfare, in its early form of military strategy, during the inspirational battle of

text: Fort McHenry

text: , where many soldiers were killed because of the rockets.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: long bow or cannon

answers: NDQ_002099

answers: propelled packages of explosive gunpowder

answers: NDQ_002100

answers: American

answers: NDQ_002103

answers: during the second-century BCE

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: Yes

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

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

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: what is the first law of motion mentioned?

answers: NDQ_002123

answers: Which of the following is not a type of rocket: fireworks, fireworks or rockets?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: arc

answers: NDQ_002127

answers: propelled

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: Colonel Congreve

answers: NDQ_002130

answers: United States Space Agency

answers: NDQ_002131

answers: rockets' red glare

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: second century BCE

answers: NDQ_002134

answers: rockets travel range distances of four miles

answers: NDQ_002135

answers: the late eighteenth century imperialistic wars

answers: NDQ_002136

answers: rockets

answers: NDQ_002137

answers: gunpowder

answers: NDQ_002138

answers: cannon

answers: NDQ_002139

answers: Colonel Congreve

answers: NDQ_002095

answers: four miles.

answers: NDQ_002097

answers: long bow or cannon, packages of explosive gunpowder.

answers: NDQ_002099

answers: packages of explosive gunpowder.

answers: NDQ_002100

answers: American

answers: NDQ_002103

answers: packages of explosive gunpowder.

answers: NDQ_002108

answers: second-century BCE,

answers: NDQ_002111

answers: second-century BCE,

answers: NDQ_002113

answers: gunpowder.

answers: NDQ_002114

answers: Chinese,

answers: NDQ_002115

answers: "flaming arrows."

answers: NDQ_002116

answers: Developed in the second-century BCE,

answers: NDQ_002117

answers: rockets

answers: NDQ_002118

answers: fireworks are the oldest form of rockets

answers: NDQ_002119

answers: eighteenth century

answers: NDQ_002120

answers: rockets, which travel range distances of four miles.

answers: NDQ_002121

answers: gunpowder.

answers: NDQ_002122

answers: packages of explosive gunpowder.

answers: NDQ_002123

answers: rockets, which travel range distances of four miles.

answers: NDQ_002124

answers: Developed in the second-century BCE,

answers: NDQ_002125

answers: rockets, which travel range distances of four miles.

answers: NDQ_002126

answers: bow

answers: NDQ_002127

answers: enlarged fireworks

answers: NDQ_002128

answers: "rockets'

answers: NDQ_002129

answers: four miles.

answers: NDQ_002130

answers: "rockets'

answers: NDQ_002131

answers: fireworks

answers: NDQ_002132

answers: rockets

answers: NDQ_002133

answers: second-century BCE,

answers: NDQ_002134

answers: packages of explosive gunpowder.

answers: NDQ_002135

answers: late eighteenth century imperialistic wars,

answers: NDQ_002136

answers: gunpowder.

answers: NDQ_002137

answers: gunpowder.

answers: NDQ_002138

answers: rockets, which travel range distances of four miles.

answers: NDQ_002139

answers: Colonel Congreve,

text: Upon defeating The Beat, the Stranger is freed from the prison and is able to wander along the planet he was imprisoned from. He realizes that his mere presence destroys all physical structures on the planet, including living things. Upon further exploration of the planet, he meets The Voice, who claims to have designed the prison to protect the planet, but wished to escape it so that he could see his daughter again, who was outside the prison. Later exploring the planet more, the Stranger ventures into a structure which holds an attachable device he uses to fly off the planet and into space to meet The Star, the mothership who created him, and many other clones like him. She calls him Rider.

text: Upon defeating The Beat, the Stranger is freed from the prison and is able to wander along the planet he was imprisoned from. He realizes that his mere presence destroys all physical structures on the planet, including living things. Upon further exploration of the planet, he meets The Voice, who claims to have designed the prison to protect the planet, but wished to escape it so that he could see his daughter again, who was outside the prison. Later exploring the planet more, the Stranger ventures into a structure which holds an attachable device he uses to fly off the planet and into space to meet The Star, the mothership who created him, and many other clones like him. She calls him Rider.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: destruction of all physical structures on the planet

answers: NDQ_002099

answers: can go into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: into space

answers: NDQ_002108

answers: It's impossible to say

answers: NDQ_002111

answers: What does the Stranger use to fly off the planet?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: What does the Stranger use to fly off the planet?

answers: NDQ_002118

answers: how many satellites are in orbit around earth

answers: NDQ_002119

answers: space

answers: NDQ_002120

answers: What does the Stranger use to fly off the planet?

answers: NDQ_002121

answers: The law of conservation of momentum.

answers: NDQ_002122

answers: How does the Stranger travel in space?

answers: NDQ_002123

answers: What does The Voice claim to have designed to protect the planet?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: The Beat

answers: NDQ_002128

answers: The Star

answers: NDQ_002129

answers: The Star

answers: NDQ_002130

answers: The Star

answers: NDQ_002131

answers: The Stranger

answers: NDQ_002132

answers: The Star

answers: NDQ_002133

answers: Space Age

answers: NDQ_002134

answers: The force of gravity acting on a moving object is proportional to the mass of the object.

answers: NDQ_002135

answers: The Beat

answers: NDQ_002136

answers: The Beat

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: is destroyed by the Stranger

answers: NDQ_002139

answers: The Stranger

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: physical structures

answers: NDQ_002099

answers: attachable device he uses to fly off the planet and into space

answers: NDQ_002100

answers: Upon defeating The Beat,

answers: NDQ_002103

answers: attachable device he uses to fly off the planet and into space

answers: NDQ_002108

answers: space

answers: NDQ_002111

answers: attachable device

answers: NDQ_002113

answers: attachable device

answers: NDQ_002114

answers: Rider.

answers: NDQ_002115

answers: attachable device he uses to fly off the planet

answers: NDQ_002116

answers: attachable device

answers: NDQ_002117

answers: attachable device he uses to fly off the planet and into space

answers: NDQ_002118

answers: The Star,

answers: NDQ_002119

answers: Upon defeating The Beat,

answers: NDQ_002120

answers: living things.

answers: NDQ_002121

answers: attachable device he uses to fly off the planet and into space

answers: NDQ_002122

answers: attachable device

answers: NDQ_002123

answers: living things.

answers: NDQ_002124

answers: Upon defeating The Beat, the Stranger

answers: NDQ_002125

answers: Upon defeating The Beat,

answers: NDQ_002126

answers: planet

answers: NDQ_002127

answers: attachable device

answers: NDQ_002128

answers: The Star,

answers: NDQ_002129

answers: The Star,

answers: NDQ_002130

answers: The Star,

answers: NDQ_002131

answers: Rider.

answers: NDQ_002132

answers: clones

answers: NDQ_002133

answers: space

answers: NDQ_002134

answers: his mere presence destroys all physical structures on the planet, including living things.

answers: NDQ_002135

answers: The Star,

answers: NDQ_002136

answers: space to meet The Star, the mothership

answers: NDQ_002137

answers: attachable device

answers: NDQ_002138

answers: The Star,

answers: NDQ_002139

answers: The Star,

text: FC Sputnik Kimry () was a Russian football team from Kimry. It played professionally in 1991 and 1992, taking 15th place in Zone 4 of the Russian Second Division in 1992.

text: FC Sputnik Kimry () was a

text: Russia

text: n

text: football

text: team from

text: Kimry

text: . It played professionally in 1991 and 1992, taking 15th place in Zone 4 of the

text: Russian Second Division

text: in 1992.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: law of conservation of energy

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: Russia

answers: NDQ_002103

answers: in space

answers: NDQ_002108

answers: It's impossible to say

answers: NDQ_002111

answers: They were developed before scientists knew how they worked.

answers: NDQ_002113

answers: It's impossible to say

answers: NDQ_002114

answers: The United States

answers: NDQ_002115

answers: Space shuttles

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: Landsat satellites

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: Newtons Third Law of Motion helps explain how a rocket will travel in space.

answers: NDQ_002123

answers: What is the difference between the orbits over Earth and the orbits over the Moon?

answers: NDQ_002124

answers: Alan Shepherd

answers: NDQ_002125

answers: The U.S.

answers: NDQ_002126

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: What is the largest artificial satellite?

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: can be used to describe

answers: NDQ_002132

answers: Sputnik

answers: NDQ_002133

answers: Soviet Union

answers: NDQ_002134

answers: a force acting on an object causes that object to accelerate.

answers: NDQ_002135

answers: Sputnik

answers: NDQ_002136

answers: gravitational pull

answers: NDQ_002137

answers: GPS coordinates to locate objects.

answers: NDQ_002138

answers: is a satellite in a low orbit.

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: FC Sputnik Kimry

answers: NDQ_002097

answers: FC Sputnik Kimry

answers: NDQ_002099

answers: 15th place in Zone 4 of the Russian Second Division in 1992.

answers: NDQ_002100

answers: Russian

answers: NDQ_002103

answers: FC Sputnik Kimry

answers: NDQ_002108

answers: FC Sputnik Kimry

answers: NDQ_002111

answers: FC Sputnik Kimry

answers: NDQ_002113

answers: FC Sputnik Kimry

answers: NDQ_002114

answers: FC Sputnik Kimry

answers: NDQ_002115

answers: FC Sputnik Kimry

answers: NDQ_002116

answers: FC Sputnik Kimry

answers: NDQ_002117

answers: FC Sputnik Kimry

answers: NDQ_002118

answers: FC Sputnik Kimry

answers: NDQ_002119

answers: 1991 and 1992,

answers: NDQ_002120

answers: FC Sputnik Kimry

answers: NDQ_002121

answers: FC Sputnik Kimry

answers: NDQ_002122

answers: FC Sputnik Kimry

answers: NDQ_002123

answers: FC Sputnik Kimry

answers: NDQ_002124

answers: FC Sputnik Kimry

answers: NDQ_002125

answers: FC Sputnik Kimry

answers: NDQ_002126

answers: FC Sputnik Kimry

answers: NDQ_002127

answers: FC Sputnik Kimry

answers: NDQ_002128

answers: FC Sputnik Kimry

answers: NDQ_002129

answers: FC Sputnik Kimry

answers: NDQ_002130

answers: FC Sputnik Kimry

answers: NDQ_002131

answers: FC Sputnik Kimry

answers: NDQ_002132

answers: FC Sputnik

answers: NDQ_002133

answers: Russian Second Division in 1992.

answers: NDQ_002134

answers: FC Sputnik Kimry

answers: NDQ_002135

answers: FC Sputnik Kimry

answers: NDQ_002136

answers: FC Sputnik Kimry

answers: NDQ_002137

answers: FC Sputnik Kimry

answers: NDQ_002138

answers: FC Sputnik Kimry

answers: NDQ_002139

answers: FC Sputnik Kimry

text: The Space Shuttle was a partially reusable low Earth orbital spacecraft system operated by the U.S. National Aeronautics and Space Administration (NASA), as part of the Space Shuttle program.  Its official program name was Space Transportation System (STS), taken from a 1969 plan for a system of reusable spacecraft of which it was the only item funded for development. The first of four orbital test flights occurred in 1981, leading to operational flights beginning in 1982.  Five complete Shuttle systems were built and used on a total of 135 missions from 1981 to 2011, launched from the Kennedy Space Center (KSC) in Florida. Operational missions launched numerous satellites, interplanetary probes, and the Hubble Space Telescope (HST); conducted science experiments in orbit; and participated in construction and servicing of the International Space Station.  The Shuttle fleet's total mission time was 1322 days, 19 hours, 21 minutes and 23 seconds.

text: The Space Shuttle was a partially

text: reusable

text: low Earth orbit

text: al

text: spacecraft

text: system operated by the U.S.

text: National Aeronautics and Space Administration

text: (NASA), as part of the

text: Space Shuttle program

text: .  Its official program name was Space Transportation System (STS), taken from a 1969 plan for

text: a system of reusable spacecraft

text: of which it was the only item funded for development. The first of four orbital test flights occurred in 1981, leading to operational flights beginning in 1982.  Five complete Shuttle systems were built and used on a total of 135 missions from 1981 to 2011, launched from the

text: Kennedy Space Center

text: (KSC) in Florida. Operational missions launched numerous satellites, interplanetary probes, and the

text: Hubble Space Telescope

text: (HST); conducted science experiments in orbit; and participated in construction and servicing of the

text: International Space Station

text: .  The Shuttle fleet's total mission time was 1322 days, 19 hours, 21 minutes and 23 seconds.

answers: NDQ_002095

answers: orbit Earth

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be reused

answers: NDQ_002100

answers: U.S.

answers: NDQ_002103

answers: from the Kennedy Space Center

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: Neil Armstrong walked

answers: NDQ_002120

answers: Landsat satellites make detailed images of continents

answers: NDQ_002121

answers: It is not possible to tell

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: Which is not a type of spacecraft: low Earth orbital spacecraft system or interplanetary probes?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Earth

answers: NDQ_002128

answers: spacecraft

answers: NDQ_002129

answers: Hubble Space Telescope

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Hubble Space Telescope

answers: NDQ_002132

answers: reusable spacecraft

answers: NDQ_002133

answers: 1981

answers: NDQ_002134

answers: The Space Shuttle was partially reusable low Earth orbital spacecraft

answers: NDQ_002135

answers: Space Shuttle program

answers: NDQ_002136

answers: Space Shuttle

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Earth

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: interplanetary probes,

answers: NDQ_002097

answers: 1322 days, 19 hours, 21 minutes and 23 seconds.

answers: NDQ_002099

answers: reusable

answers: NDQ_002100

answers: U.S.

answers: NDQ_002103

answers: Kennedy Space Center

answers: NDQ_002108

answers: 1981,

answers: NDQ_002111

answers: orbital test flights occurred in 1981,

answers: NDQ_002113

answers: 1981,

answers: NDQ_002114

answers: U.S. National Aeronautics and Space Administration (NASA),

answers: NDQ_002115

answers: orbital test flights occurred in 1981,

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: Operational missions launched numerous satellites,

answers: NDQ_002118

answers: Operational missions launched numerous satellites,

answers: NDQ_002119

answers: 1981,

answers: NDQ_002120

answers: 135 missions from 1981 to 2011,

answers: NDQ_002121

answers: orbital test flights occurred in 1981,

answers: NDQ_002122

answers: 1322 days, 19 hours, 21 minutes and 23 seconds.

answers: NDQ_002123

answers: Hubble Space Telescope

answers: NDQ_002124

answers: 135 missions from 1981 to 2011,

answers: NDQ_002125

answers: interplanetary probes, and the Hubble Space Telescope

answers: NDQ_002126

answers: orbit;

answers: NDQ_002127

answers: Kennedy Space Center

answers: NDQ_002128

answers: satellites, interplanetary probes,

answers: NDQ_002129

answers: Hubble Space Telescope

answers: NDQ_002130

answers: National Aeronautics and Space Administration

answers: NDQ_002131

answers: The Space Shuttle

answers: NDQ_002132

answers: reusable spacecraft

answers: NDQ_002133

answers: 1981,

answers: NDQ_002134

answers: 1322 days, 19 hours, 21 minutes and 23 seconds.

answers: NDQ_002135

answers: 1981,

answers: NDQ_002136

answers: Operational missions launched numerous satellites,

answers: NDQ_002137

answers: The Space Shuttle

answers: NDQ_002138

answers: Operational missions launched numerous satellites,

answers: NDQ_002139

answers: 1981,

text: In 1939, H. F. Spitzer tested the effects of a type of spaced repetition on sixth-grade students in Iowa learning science facts. Spitzer tested over 3600 students in Iowa and showed that spaced repetition was effective. This early work went unnoticed, and the field was relatively quiet until the late 1960s when cognitive psychologists,  including  Melton and Landauer & Bjork, explored manipulation of repetition timing as a means to improve recall. Around the same time, Pimsleur language courses pioneered the practical application of spaced repetition theory to language learning, and in 1973 Sebastian Leitner devised his "Leitner system", an all-purpose spaced repetition learning system based on flashcards.

text: In 1939, H. F. Spitzer tested the effects of a type of spaced repetition on sixth-grade students in Iowa learning science facts. Spitzer tested over 3600 students in Iowa and showed that spaced repetition was effective. This early work went unnoticed, and the field was relatively quiet until the late 1960s when cognitive psychologists,  including  Melton and Landauer & Bjork, explored manipulation of repetition timing as a means to improve recall. Around the same time,

text: Pimsleur language courses

text: pioneered the practical application of spaced repetition theory to language learning, and in 1973

text: Sebastian Leitner

text: devised his "

text: Leitner system

text: ", an all-purpose spaced repetition learning system based on

text: flashcard

text: s.

answers: NDQ_002095

answers: spaced repetition

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: unanswerable

answers: NDQ_002103

answers: spaced repetition

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: Which happened first, the Leitner system or spaced repetition?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Which of the following is not a type of spaced repetition?

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: Newtons Third Law of Motion

answers: NDQ_002123

answers: Which of the following is not a type of spaced repetition?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: spaced repetition

answers: NDQ_002127

answers: spaced repetition

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: H. F. Spitzer

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: spaced repetition

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 1960s

answers: NDQ_002134

answers: spaced repetition was effective

answers: NDQ_002135

answers: the late 1960s

answers: NDQ_002136

answers: spaced repetition

answers: NDQ_002137

answers: spaced repetition

answers: NDQ_002138

answers: can be seen from Earth

answers: NDQ_002139

answers: Sebastian Leitner

answers: NDQ_002095

answers: In 1939,

answers: NDQ_002097

answers: timing

answers: NDQ_002099

answers: spaced repetition

answers: NDQ_002100

answers: 1939,

answers: NDQ_002103

answers: quiet until the late 1960s

answers: NDQ_002108

answers: late 1960s

answers: NDQ_002111

answers: late 1960s

answers: NDQ_002113

answers: In 1939,

answers: NDQ_002114

answers: In 1939,

answers: NDQ_002115

answers: In 1939,

answers: NDQ_002116

answers: In 1939,

answers: NDQ_002117

answers: flashcards.

answers: NDQ_002118

answers: 3600

answers: NDQ_002119

answers: 1939,

answers: NDQ_002120

answers: flashcards.

answers: NDQ_002121

answers: spaced repetition was effective. This early work went unnoticed,

answers: NDQ_002122

answers: flashcards.

answers: NDQ_002123

answers: flashcards.

answers: NDQ_002124

answers: In 1939,

answers: NDQ_002125

answers: In 1939,

answers: NDQ_002126

answers: spaced repetition

answers: NDQ_002127

answers: H. F. Spitzer

answers: NDQ_002128

answers: spaced repetition was effective. This early work went unnoticed,

answers: NDQ_002129

answers: 3600

answers: NDQ_002130

answers: H. F. Spitzer

answers: NDQ_002131

answers: In 1939,

answers: NDQ_002132

answers: flashcards.

answers: NDQ_002133

answers: 1960s

answers: NDQ_002134

answers: manipulation of repetition timing

answers: NDQ_002135

answers: 1939,

answers: NDQ_002136

answers: spaced repetition

answers: NDQ_002137

answers: spaced repetition

answers: NDQ_002138

answers: spaced repetition was effective. This early work went unnoticed,

answers: NDQ_002139

answers: H. F. Spitzer

text: Saula is a fictional planet described in "An Attempt to Escape" ("Попытка к бегству") by Boris and Arkady Strugatsky. This planet is a part of the so-called Noon Universe and presents a world in an early feudalistic stage (opposite to e.g. late feudalism of Arkanar). The planet was named after Saul (Savel) Repnin, one of the space explorers who discovered it in 2141 AD.

text: Saula is a fictional planet described in "

text: An Attempt to Escape

text: " ("Попытка к бегству") by

text: Boris and Arkady Strugatsky

text: . This planet is a part of the so-called

text: Noon Universe

text: and presents a world in an early

text: feudalistic

text: stage (opposite to e.g. late feudalism of

text: Arkanar

text: ). The planet was named after

text: Saul (Savel) Repnin

text: , one of the space explorers who discovered it in 2141 AD.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: Russia

answers: NDQ_002103

answers: in 2141 AD

answers: NDQ_002108

answers: No

answers: NDQ_002111

answers: How many years after Saul (Savel) Repnin discovered Saula did scientists know how they worked?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: how many satellites are in orbit around earth

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: What does Landsat satellites make detailed images of?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: How many orbits are placed over Earth?

answers: NDQ_002124

answers: Who was the first astronaut to walk on the Moon

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: gravity

answers: NDQ_002128

answers: planet

answers: NDQ_002129

answers: Saul

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: Noon Universe

answers: NDQ_002134

answers: gravitational force is equal to

answers: NDQ_002135

answers: Noon Universe

answers: NDQ_002136

answers: gravitational force

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: can be described as

answers: NDQ_002139

answers: Saul (Savel) Repnin

answers: NDQ_002095

answers: space explorers who discovered it in 2141 AD.

answers: NDQ_002097

answers: Escape"

answers: NDQ_002099

answers: early feudalistic stage

answers: NDQ_002100

answers: Boris and Arkady Strugatsky.

answers: NDQ_002103

answers: 2141 AD.

answers: NDQ_002108

answers: 2141 AD.

answers: NDQ_002111

answers: space explorers who discovered it in 2141 AD.

answers: NDQ_002113

answers: 2141 AD.

answers: NDQ_002114

answers: space explorers who discovered it in 2141 AD.

answers: NDQ_002115

answers: 2141 AD.

answers: NDQ_002116

answers: Noon Universe

answers: NDQ_002117

answers: 2141 AD.

answers: NDQ_002118

answers: Saula

answers: NDQ_002119

answers: 2141

answers: NDQ_002120

answers: 2141 AD.

answers: NDQ_002121

answers: space explorers who discovered it in 2141 AD.

answers: NDQ_002122

answers: 2141 AD.

answers: NDQ_002123

answers: Noon Universe

answers: NDQ_002124

answers: 2141 AD.

answers: NDQ_002125

answers: 2141 AD.

answers: NDQ_002126

answers: Escape"

answers: NDQ_002127

answers: Arkady Strugatsky.

answers: NDQ_002128

answers: Noon Universe

answers: NDQ_002129

answers: (Savel) Repnin,

answers: NDQ_002130

answers: (Savel) Repnin,

answers: NDQ_002131

answers: Escape"

answers: NDQ_002132

answers: Noon Universe

answers: NDQ_002133

answers: 2141 AD.

answers: NDQ_002134

answers: Noon Universe

answers: NDQ_002135

answers: 2141 AD.

answers: NDQ_002136

answers: Noon Universe

answers: NDQ_002137

answers: Noon Universe

answers: NDQ_002138

answers: late feudalism of Arkanar).

answers: NDQ_002139

answers: Saul (Savel) Repnin,

text: Proba-V is a small satellite, assuring the succession of the Vegetation instruments  on board the French SPOT-4 and SPOT-5 Earth observation missions. Proba-V was initiated by the Space- and Aeronautics department of the BELgian Science Policy Office. It is built by QinetiQ Space N.V. and operated by ESA and uses a PROBA platform. Proba-V will support applications such as land use, worldwide vegetation classification, crop monitoring, famine prediction, food security, disaster monitoring and biosphere studies. The mission was originally conceived as a "gap filler" between the SPOT-5 end-of-life (foreseen mid-2014) and the launch of the constellation of the Sentinel-3A and -3B satellites. Due to delays of the Sentinel programme and because some instrument specifications of the Sentinel3 satellites have meanwhile changed, Proba-V no longer is a gap filler mission but will assure the continuation of the Vegetation programme as such. The Vegetation, International User Committee (IUC, an independent body consisting of Vegetation users, that provides user feedback and recommendations to the Vegetation Steering Committee) has recommended to foresee a successor mission for Proba-V, because the current specifications of the Sentinel3 satellites no longer allow the continuation of the Vegetation products in the long run. This mission is the first full application mission with a PROBA platform and had a very tight development schedule.

text: Proba-V is a small

text: satellite

text: , assuring the succession of the Vegetation instruments  on board the French

text: SPOT-4 and SPOT-5

text: Earth observation missions. Proba-V was initiated by the Space- and Aeronautics department of the

text: BELgian Science Policy Office

text: . It is built by QinetiQ Space N.V. and operated by

text: ESA

text: and uses a

text: PROBA

text: platform. Proba-V will support applications such as land use, worldwide vegetation classification, crop monitoring, famine prediction, food security, disaster monitoring and biosphere studies. The mission was originally conceived as a "gap filler" between the

text: end-of-life (foreseen mid-2014) and the launch of the constellation of the

text: and -3B satellites. Due to delays of the

text: Sentinel

text: programme and because some instrument specifications of the Sentinel3 satellites have meanwhile changed, Proba-V no longer is a gap filler mission but will assure the continuation of the Vegetation programme as such. The Vegetation, International User Committee (IUC, an independent body consisting of Vegetation users, that provides user feedback and recommendations to the Vegetation Steering Committee) has recommended to foresee a successor mission for Proba-V, because the current specifications of the Sentinel3 satellites no longer allow the continuation of the Vegetation products in the long run. This mission is the first full application mission with a PROBA platform and had a very tight development schedule.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: Earth

answers: NDQ_002099

answers: can launch satellites

answers: NDQ_002100

answers: French

answers: NDQ_002103

answers: Satellites

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: How many years ago was Proba-V launched?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: How does Proba-V get into orbit?

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Neil Armstrong walked

answers: NDQ_002120

answers: Landsat satellites

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: What is the mission of Proba-V?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: Earth

answers: NDQ_002127

answers: propulsion

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Proba-V

answers: NDQ_002130

answers: Space- and Aeronautics

answers: NDQ_002131

answers: Proba-V

answers: NDQ_002132

answers: spacecraft

answers: NDQ_002133

answers: space program

answers: NDQ_002134

answers: Proba-V will support applications such as land use, worldwide vegetation classification, crop monitoring, famine prediction

answers: NDQ_002135

answers: Proba-V

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Proba-V

answers: NDQ_002138

answers: Proba-V

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: full application mission with a PROBA platform

answers: NDQ_002097

answers: famine prediction,

answers: NDQ_002099

answers: "gap filler"

answers: NDQ_002100

answers: French

answers: NDQ_002103

answers: Sentinel-3A and -3B satellites.

answers: NDQ_002108

answers: Proba-V

answers: NDQ_002111

answers: Space- and Aeronautics

answers: NDQ_002113

answers: Proba-V

answers: NDQ_002114

answers: Proba-V

answers: NDQ_002115

answers: first full application mission

answers: NDQ_002116

answers: satellite,

answers: NDQ_002117

answers: Proba-V

answers: NDQ_002118

answers: Proba-V

answers: NDQ_002119

answers: Proba-V

answers: NDQ_002120

answers: Proba-V

answers: NDQ_002121

answers: Proba-V

answers: NDQ_002122

answers: Proba-V

answers: NDQ_002123

answers: Earth observation missions.

answers: NDQ_002124

answers: Proba-V

answers: NDQ_002125

answers: Proba-V

answers: NDQ_002126

answers: constellation

answers: NDQ_002127

answers: Space- and Aeronautics

answers: NDQ_002128

answers: satellite,

answers: NDQ_002129

answers: Proba-V is a small satellite,

answers: NDQ_002130

answers: BELgian Science Policy Office.

answers: NDQ_002131

answers: Proba-V

answers: NDQ_002132

answers: satellite,

answers: NDQ_002133

answers: SPOT-4

answers: NDQ_002134

answers: famine prediction, food security, disaster monitoring and biosphere studies.

answers: NDQ_002135

answers: Proba-V

answers: NDQ_002136

answers: delays

answers: NDQ_002137

answers: PROBA platform.

answers: NDQ_002138

answers: small satellite,

answers: NDQ_002139

answers: Proba-V

text: Due to later problems with Vanguard it was not the first rocket to into orbit an unmanned  satellite. The first small-lift launch vehicle was the Sputnik rocket, it put into orbit an unmanned orbital carrier rocket designed by Sergey Korolyov in the Soviet Union, derived from the R-7 Semyorka ICBM. On 4 October 1957, the Sputnik rocket was used to perform the world's first satellite launch, placing Sputnik 1 satellite into a low Earth orbit.The USA responded by launching the Vanguard rocket, that was intended to be the first launch vehicle the United States would use to place a satellite into orbit. Instead, the Sputnik crisis caused by the surprise launch of Sputnik 1 led the U.S., after the failure of Vanguard TV3, to quickly orbit the Explorer 1 satellite using a Juno I rocket launched on January 31, 1958. Thus Vanguard I was the second successful U.S. orbital launch. Thus started the space race, that gave the drive to put men on the moon with the USA's Apollo program.

text: Due to later problems with Vanguard it was not the first rocket to into orbit an unmanned

text: satellite

text: . The first

text: small-lift launch vehicle

text: was the

text: Sputnik

text: rocket, it put into orbit an unmanned

text: orbit

text: al

text: carrier rocket

text: designed by

text: Sergey Korolyov

text: in the Soviet Union, derived from the

text: R-7 Semyorka

text: ICBM

text: . On 4 October 1957, the Sputnik rocket was used to perform the world's first satellite launch, placing

text: Sputnik 1

text: satellite into a

text: low Earth orbit

text: .The USA responded by launching the

text: Vanguard rocket

text: , that was intended to be the first launch vehicle the

text: United States

text: would use to place a satellite into orbit. Instead, the

text: Sputnik crisis

text: caused by the surprise launch of

text: Sputnik 1

text: led the U.S., after the failure of

text: Vanguard TV3

text: , to quickly orbit the

text: Explorer 1

text: satellite using a

text: Juno I

text: rocket launched on January 31, 1958. Thus

text: Vanguard I

text: was the second successful U.S. orbital launch. Thus started the space race, that gave the drive to put men on the

text: moon

text: with the USA's

text: Apollo program

answers: NDQ_002095

answers: orbit the Moon

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: Soviet Union

answers: NDQ_002103

answers: The first small-lift launch vehicle

answers: NDQ_002108

answers: Yes

answers: NDQ_002111

answers: How many years after the Sputnik rocket was used to perform the world's first satellite launch?

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: The United States

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: How did the Sputnik rocket put into orbit an unmanned satellite?

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: The first artificial satellite was launched

answers: NDQ_002120

answers: What did the Sputnik 1 satellite do?

answers: NDQ_002121

answers: It is not possible to tell

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: Which happened first, the Sputnik rocket was used to perform the world's first satellite launch, placing Sputnik 1 satellite into a low Earth orbit?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: lift

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Explorer 1 satellite

answers: NDQ_002130

answers: Apollo program

answers: NDQ_002131

answers: Sputnik rocket

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: Space Race

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: Sputnik crisis

answers: NDQ_002136

answers: Space Race

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: Sputnik 1

answers: NDQ_002139

answers: Apollo

answers: NDQ_002095

answers: unmanned satellite.

answers: NDQ_002097

answers: Earth orbit.The

answers: NDQ_002099

answers: small-lift

answers: NDQ_002100

answers: U.S.,

answers: NDQ_002103

answers: small-lift launch vehicle was the Sputnik rocket,

answers: NDQ_002108

answers: 1957,

answers: NDQ_002111

answers: Sputnik rocket,

answers: NDQ_002113

answers: Sputnik rocket,

answers: NDQ_002114

answers: USA's Apollo program.

answers: NDQ_002115

answers: Apollo program.

answers: NDQ_002116

answers: Earth orbit.The

answers: NDQ_002117

answers: unmanned

answers: NDQ_002118

answers: world's first satellite launch, placing Sputnik 1

answers: NDQ_002119

answers: Apollo program.

answers: NDQ_002120

answers: Sputnik rocket,

answers: NDQ_002121

answers: Earth orbit.The

answers: NDQ_002122

answers: small-lift launch vehicle was the Sputnik rocket,

answers: NDQ_002123

answers: low Earth orbit.The

answers: NDQ_002124

answers: Apollo program.

answers: NDQ_002125

answers: men on the moon

answers: NDQ_002126

answers: orbit.The

answers: NDQ_002127

answers: small-lift

answers: NDQ_002128

answers: Earth orbit.The

answers: NDQ_002129

answers: Sputnik 1

answers: NDQ_002130

answers: Apollo program.

answers: NDQ_002131

answers: R-7 Semyorka ICBM.

answers: NDQ_002132

answers: unmanned satellite.

answers: NDQ_002133

answers: Sputnik rocket,

answers: NDQ_002134

answers: men on the moon

answers: NDQ_002135

answers: Sputnik rocket,

answers: NDQ_002136

answers: space race,

answers: NDQ_002137

answers: R-7 Semyorka ICBM.

answers: NDQ_002138

answers: Sputnik 1

answers: NDQ_002139

answers: Explorer 1

text: Space exploration has been an interest since his fascination with the United States/Soviet Union Space Race during his teenage years. Gingrich wants the U.S. to pursue new achievements in space, such as sustaining civilizations beyond Earth, but advocates relying more on the private sector and less on the publicly funded NASA to drive progress.

text: Space exploration

text: has been an interest since his fascination with the United States/Soviet Union

text: Space Race

text: during his teenage years. Gingrich wants the U.S. to pursue new achievements in space, such as sustaining civilizations beyond Earth, but advocates relying more on the private sector and less on the publicly funded

text: NASA

text: to drive progress.

answers: NDQ_002095

answers: Earth

answers: NDQ_002097

answers: sustaining civilizations beyond Earth

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: United States/Soviet Union

answers: NDQ_002103

answers: Space exploration

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: None of the above choices.

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: Earth

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: None of the above choices.

answers: NDQ_002122

answers: Which of the following is not a law: Newton's Third Law of Motion?

answers: NDQ_002123

answers: None of the above choices.

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Gingrich

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: Gingrich

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: can not be

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: Soviet Union

answers: NDQ_002134

answers: gravitational force is inversely proportional to mass

answers: NDQ_002135

answers: Gingrich's teenage years

answers: NDQ_002136

answers: Space Race

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: Earth

answers: NDQ_002139

answers: Gingrich

answers: NDQ_002095

answers: Earth,

answers: NDQ_002097

answers: sustaining civilizations beyond Earth,

answers: NDQ_002099

answers: sustaining civilizations beyond Earth,

answers: NDQ_002100

answers: United States/Soviet Union

answers: NDQ_002103

answers: Gingrich

answers: NDQ_002108

answers: States/Soviet Union Space Race

answers: NDQ_002111

answers: Gingrich

answers: NDQ_002113

answers: Gingrich

answers: NDQ_002114

answers: United States/Soviet Union Space Race

answers: NDQ_002115

answers: Gingrich

answers: NDQ_002116

answers: Earth,

answers: NDQ_002117

answers: NASA

answers: NDQ_002118

answers: Gingrich

answers: NDQ_002119

answers: teenage years.

answers: NDQ_002120

answers: Gingrich

answers: NDQ_002121

answers: Gingrich

answers: NDQ_002122

answers: Gingrich

answers: NDQ_002123

answers: Gingrich

answers: NDQ_002124

answers: Gingrich

answers: NDQ_002125

answers: Gingrich

answers: NDQ_002126

answers: Gingrich

answers: NDQ_002127

answers: States/Soviet Union Space Race

answers: NDQ_002128

answers: Earth,

answers: NDQ_002129

answers: States/Soviet Union Space Race

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: States/Soviet Union Space Race

answers: NDQ_002132

answers: sustaining civilizations

answers: NDQ_002133

answers: teenage years.

answers: NDQ_002134

answers: sustaining civilizations beyond Earth,

answers: NDQ_002135

answers: United States/Soviet Union Space Race

answers: NDQ_002136

answers: private sector and less on the publicly funded NASA

answers: NDQ_002137

answers: Earth,

answers: NDQ_002138

answers: Earth,

answers: NDQ_002139

answers: Gingrich

text: The Exploration Systems Architecture Study that followed the Vision for Space Exploration of 2004 recommended the development of a new class of vehicles that have similar capabilities to their Apollo predecessors with several key differences.  In part to retain some of the Space Shuttle program workforce and ground infrastructure, the launch vehicles were to use Shuttle-derived technologies.  Secondly, rather than launching the crew and cargo on the same rocket, the smaller Ares I was to launch the crew with the larger Ares V to handle the heavier cargo.  The two payloads were to rendezvous in low Earth orbit and then head to the Moon from there.   The Apollo Lunar Module could not carry enough fuel to reach the polar regions of the Moon but the Altair lunar lander was intended to access any part of the Moon.  While the Altair and surface systems would have been equally necessary for Project Constellation to reach fruition, the focus was on developing the Orion spacecraft to shorten the gap in US access to orbit following the retirement of the Space Shuttle in 2010.

text: The

text: Exploration Systems Architecture Study

text: that followed the

text: Vision for Space Exploration

text: of 2004 recommended the development of a new class of vehicles that have similar capabilities to their Apollo predecessors with several key differences.  In part to retain some of the Space Shuttle program workforce and ground infrastructure, the launch vehicles were to use

text: Shuttle-derived

text: technologies.  Secondly, rather than launching the crew and cargo on the same rocket, the smaller

text: Ares I

text: was to launch the crew with the larger

text: Ares V

text: to handle the heavier cargo.  The two payloads were to

text: rendezvous in low Earth orbit

text: and then head to the Moon from there.   The Apollo Lunar Module could not carry enough fuel to reach the polar regions of the Moon but the

text: Altair lunar lander

text: was intended to access any part of the Moon.  While the Altair and surface systems would have been equally necessary for

text: Project Constellation

text: to reach fruition, the focus was on developing the

text: Orion spacecraft

text: to shorten the gap in US access to orbit following the retirement of the Space Shuttle in 2010.

answers: NDQ_002095

answers: orbit Earth

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: launch the crew and cargo

answers: NDQ_002100

answers: US

answers: NDQ_002103

answers: Space Shuttle

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: None of the above choices.

answers: NDQ_002119

answers: Apollo

answers: NDQ_002120

answers: What does Landsat do?

answers: NDQ_002121

answers: The two payloads were to rendezvous in low Earth orbit

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: What are the two payloads to rendezvous in low Earth orbit?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: ares I

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: The Apollo Lunar Module

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: Orion

answers: NDQ_002133

answers: Space Shuttle program

answers: NDQ_002134

answers: Newtons third law of motion states that Newtons third law of motion states that

answers: NDQ_002135

answers: Apollo

answers: NDQ_002136

answers: fuel

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: ares v

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: the Moon

answers: NDQ_002097

answers: polar regions of the Moon

answers: NDQ_002099

answers: launching the crew and cargo

answers: NDQ_002100

answers: US

answers: NDQ_002103

answers: low Earth orbit

answers: NDQ_002108

answers: Moon

answers: NDQ_002111

answers: The Exploration Systems Architecture Study that followed the Vision for Space Exploration

answers: NDQ_002113

answers: The Exploration Systems Architecture Study that followed the Vision for Space Exploration

answers: NDQ_002114

answers: Apollo

answers: NDQ_002115

answers: Apollo Lunar Module

answers: NDQ_002116

answers: Earth orbit

answers: NDQ_002117

answers: launching the crew and cargo on the same rocket,

answers: NDQ_002118

answers: Earth orbit

answers: NDQ_002119

answers: 2004

answers: NDQ_002120

answers: polar regions of the Moon

answers: NDQ_002121

answers: low Earth orbit

answers: NDQ_002122

answers: low Earth orbit

answers: NDQ_002123

answers: low Earth orbit

answers: NDQ_002124

answers: Apollo Lunar Module

answers: NDQ_002125

answers: Moon

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: ground infrastructure,

answers: NDQ_002128

answers: Earth orbit

answers: NDQ_002129

answers: Ares V

answers: NDQ_002130

answers: The Exploration Systems Architecture Study that followed the Vision for Space Exploration

answers: NDQ_002131

answers: Apollo Lunar Module

answers: NDQ_002132

answers: Orion

answers: NDQ_002133

answers: Apollo

answers: NDQ_002134

answers: polar regions of the Moon

answers: NDQ_002135

answers: Apollo

answers: NDQ_002136

answers: fuel

answers: NDQ_002137

answers: Earth orbit

answers: NDQ_002138

answers: Earth orbit

answers: NDQ_002139

answers: Apollo

text: The forward rockets of the Reaction Control System, located near the nose of the Space Shuttle orbiter, included 14 primary and two vernier RCS rockets. The aft RCS engines were located in the two Orbital Maneuvering System (OMS) pods at the rear of the orbiter, and these included 12 primary (PRCS) and two vernier (VRCS) engines in each pod. The PRCS system provided the pointing control of the Orbiter, and the VRCS was used for fine maneuvering during the rendezvous, docking, and undocking maneuvers with the International Space Station, or formerly with the Russian Mir space station. The RCS also controlled the attitude of the orbiter during most of its re-entry into the Earth's atmosphere – until the air became dense enough that the rudder, elevons and body flap became effective.

text: The forward rockets of the Reaction Control System, located near the nose of the Space Shuttle orbiter, included 14 primary and two

text: vernier

text: RCS rockets. The aft RCS engines were located in the two

entity_name: Space Shuttle Orbital Maneuvering System

text: Orbital Maneuvering System

text: (OMS) pods at the rear of the orbiter, and these included 12 primary (PRCS) and two vernier (VRCS) engines in each pod. The PRCS system provided the pointing control of the Orbiter, and the VRCS was used for fine maneuvering during the rendezvous, docking, and undocking maneuvers with the

text: International Space Station

text: , or formerly with the Russian

text: Mir space station

text: . The RCS also controlled the attitude of the orbiter during most of its re-entry into the Earth's atmosphere – until the air became dense enough that the rudder, elevons and body flap became effective.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: the rudder, elevons and body flap became effective

answers: NDQ_002099

answers: is able to take off

answers: NDQ_002100

answers: Russian

answers: NDQ_002103

answers: Earth's atmosphere

answers: NDQ_002108

answers: It's impossible to say

answers: NDQ_002111

answers: How many primary and two vernier RCS rockets did the Space Shuttle orbiter have?

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: orbiter

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Neil Armstrong walked

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How many primary and two vernier RCS rockets did the Space Shuttle orbiter have?

answers: NDQ_002123

answers: How many primary and two vernier RCS rockets were used?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: engines

answers: NDQ_002128

answers: orbiter

answers: NDQ_002129

answers: International Space Station

answers: NDQ_002130

answers: Space Shuttle

answers: NDQ_002131

answers: Space Shuttle orbiter

answers: NDQ_002132

answers: Space Shuttle orbiter

answers: NDQ_002133

answers: Space Shuttle

answers: NDQ_002134

answers: the rudder, elevons and body flap became effective

answers: NDQ_002135

answers: Space Shuttle orbiter

answers: NDQ_002136

answers: Earth's atmosphere

answers: NDQ_002137

answers: RCS rockets

answers: NDQ_002138

answers: Earth's atmosphere

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: re-entry into the Earth's atmosphere

answers: NDQ_002097

answers: attitude

answers: NDQ_002099

answers: fine maneuvering

answers: NDQ_002100

answers: Russian

answers: NDQ_002103

answers: Earth's atmosphere

answers: NDQ_002108

answers: Russian Mir space station.

answers: NDQ_002111

answers: rudder, elevons and body flap became effective.

answers: NDQ_002113

answers: Reaction Control System,

answers: NDQ_002114

answers: Russian Mir space station.

answers: NDQ_002115

answers: International Space Station,

answers: NDQ_002116

answers: International Space Station,

answers: NDQ_002117

answers: Space Shuttle orbiter,

answers: NDQ_002118

answers: International Space Station,

answers: NDQ_002119

answers: Space Shuttle orbiter,

answers: NDQ_002120

answers: 14 primary and two vernier RCS rockets.

answers: NDQ_002121

answers: re-entry into the Earth's atmosphere

answers: NDQ_002122

answers: re-entry into the Earth's atmosphere

answers: NDQ_002123

answers: Russian Mir space station.

answers: NDQ_002124

answers: International Space Station,

answers: NDQ_002125

answers: International Space Station,

answers: NDQ_002126

answers: pointing

answers: NDQ_002127

answers: engines

answers: NDQ_002128

answers: Space Shuttle orbiter,

answers: NDQ_002129

answers: Russian Mir

answers: NDQ_002130

answers: Space Shuttle

answers: NDQ_002131

answers: pointing control of the Orbiter,

answers: NDQ_002132

answers: Space Shuttle orbiter,

answers: NDQ_002133

answers: Russian Mir space station.

answers: NDQ_002134

answers: until the air became dense

answers: NDQ_002135

answers: Space Shuttle

answers: NDQ_002136

answers: Space Shuttle orbiter,

answers: NDQ_002137

answers: PRCS

answers: NDQ_002138

answers: Russian Mir space station.

answers: NDQ_002139

answers: Space Shuttle

text: Hobbyists build and fly a wide variety of model rockets. Many companies produce model rocket kits and parts but due to their inherent simplicity some hobbyists have been known to make rockets out of almost anything. Rockets are also used in some types of consumer and professional fireworks. A Water Powered Rocket is a type of model rocket using water as its reaction mass. The pressure vessel (the engine of the rocket) is usually a used plastic soft drink bottle. The water is forced out by a pressurized gas, typically compressed air. It is an example of Newton's third law of motion.

text: Hobbyists build and fly a wide variety of

text: model rocket

text: s. Many companies produce model rocket kits and parts but due to their inherent simplicity some hobbyists have been known to make rockets out of almost anything. Rockets are also used in some types of consumer and professional

text: fireworks

text: A Water Powered Rocket

text: is a type of model rocket using water as its reaction mass. The pressure vessel (the engine of the rocket) is usually a used plastic soft drink bottle. The water is forced out by a pressurized gas, typically compressed air. It is an example of Newton's third law of motion.

answers: NDQ_002095

answers: fly

answers: NDQ_002097

answers: third

answers: NDQ_002099

answers: can be flown

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: It must be launched

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Which of the following is not a type of model rocket?

answers: NDQ_002121

answers: Newton's third law of motion

answers: NDQ_002122

answers: Yes

answers: NDQ_002123

answers: Which of the following is not a type of model rocket?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: Newton's third law

answers: NDQ_002127

answers: pressurized gas, typically compressed air

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: The Space Shuttle

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: A Water Powered Rocket

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: unanswerable

answers: NDQ_002134

answers: A water Powered Rocket is an example of what?

answers: NDQ_002135

answers: unanswerable

answers: NDQ_002136

answers: gravitational force

answers: NDQ_002137

answers: radio waves to determine the location of objects.

answers: NDQ_002138

answers: can be powered by a model rocket

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: fly

answers: NDQ_002097

answers: third

answers: NDQ_002099

answers: Newton's third law of motion.

answers: NDQ_002100

answers: Hobbyists

answers: NDQ_002103

answers: model rockets. Many companies produce model rocket kits

answers: NDQ_002108

answers: model rockets.

answers: NDQ_002111

answers: Newton's third law of motion.

answers: NDQ_002113

answers: Water Powered Rocket

answers: NDQ_002114

answers: Water Powered Rocket

answers: NDQ_002115

answers: Water Powered Rocket

answers: NDQ_002116

answers: Water Powered Rocket

answers: NDQ_002117

answers: model rockets.

answers: NDQ_002118

answers: model rockets.

answers: NDQ_002119

answers: model rockets.

answers: NDQ_002120

answers: Water Powered Rocket

answers: NDQ_002121

answers: Newton's third law of motion.

answers: NDQ_002122

answers: A Water Powered Rocket

answers: NDQ_002123

answers: Water Powered Rocket

answers: NDQ_002124

answers: Water Powered Rocket

answers: NDQ_002125

answers: model rockets.

answers: NDQ_002126

answers: Newton's third law of motion.

answers: NDQ_002127

answers: pressurized gas, typically compressed air.

answers: NDQ_002128

answers: Newton's third law of motion.

answers: NDQ_002129

answers: Water Powered Rocket

answers: NDQ_002130

answers: model rockets.

answers: NDQ_002131

answers: Newton's third law of motion.

answers: NDQ_002132

answers: model rockets.

answers: NDQ_002133

answers: consumer and professional fireworks.

answers: NDQ_002134

answers: The water is forced out by a pressurized gas,

answers: NDQ_002135

answers: fireworks. A Water Powered Rocket

answers: NDQ_002136

answers: Newton's third law of motion.

answers: NDQ_002137

answers: water as its reaction mass.

answers: NDQ_002138

answers: Water Powered Rocket

answers: NDQ_002139

answers: Water Powered Rocket

text: the number of orbital revolutions possible for each type, latitudes included, is unlimited.  For the first and third types the number rises to infinity as

text: the number of orbital revolutions possible for each type, latitudes included, is unlimited.  For the first and third types the number rises to infinity as

answers: NDQ_002095

answers: orbit the sun

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can travel faster.

answers: NDQ_002100

answers: United States and Soviet Union

answers: NDQ_002103

answers: at a high altitude

answers: NDQ_002108

answers: it is not possible to tell

answers: NDQ_002111

answers: It took a long time.

answers: NDQ_002113

answers: the number of orbital revolutions is infinite

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: it is not possible to tell

answers: NDQ_002116

answers: a planet

answers: NDQ_002117

answers: the number of orbital revolutions

answers: NDQ_002118

answers: the number of orbital revolutions is infinite

answers: NDQ_002119

answers: in space

answers: NDQ_002120

answers: satellites make detailed images of continents and coasts

answers: NDQ_002121

answers: it is moving at a constant speed

answers: NDQ_002122

answers: The rocket will travel at a constant speed

answers: NDQ_002123

answers: The number of orbital revolutions is infinity.

answers: NDQ_002124

answers: Alan Shepherd was the first astronaut to walk on the Moon

answers: NDQ_002125

answers: it is a planet

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: kinetic energy

answers: NDQ_002128

answers: is a planet

answers: NDQ_002129

answers: could be a nebula

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: can be driven by a person

answers: NDQ_002132

answers: unmanned spacecraft

answers: NDQ_002133

answers: third type

answers: NDQ_002134

answers: gravitational force causes objects to move in the same direction

answers: NDQ_002135

answers: the 1950s

answers: NDQ_002136

answers: gravitational force

answers: NDQ_002137

answers: orbital revolutions

answers: NDQ_002138

answers: can be seen from Earth.

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: unlimited. For the first and third types the number rises to infinity

answers: NDQ_002097

answers: unlimited.

answers: NDQ_002099

answers: unlimited. For the first and third types the number rises to infinity

answers: NDQ_002100

answers: first and third

answers: NDQ_002103

answers: unlimited. For the first and third types the number rises to infinity

answers: NDQ_002108

answers: first and third types the number rises to infinity

answers: NDQ_002111

answers: unlimited. For the first and third types the number rises to infinity

answers: NDQ_002113

answers: unlimited. For the first and third types the number rises to infinity

answers: NDQ_002114

answers: unlimited. For the first and third types the number rises to infinity

answers: NDQ_002115

answers: unlimited. For the first and third types the number rises to infinity

answers: NDQ_002116

answers: unlimited. For the first and third types the number rises to infinity

answers: NDQ_002117

answers: unlimited. For the first and third types the number rises to infinity

answers: NDQ_002118

answers: unlimited. For the first and third types the number rises to infinity

answers: NDQ_002119

answers: first and third types the number rises to infinity

answers: NDQ_002120

answers: unlimited. For the first and third types the number rises to infinity

answers: NDQ_002121

answers: unlimited.

answers: NDQ_002122

answers: unlimited. For the first and third types the number rises to infinity

answers: NDQ_002123

answers: unlimited.

answers: NDQ_002124

answers: first and third types the number rises to infinity

answers: NDQ_002125

answers: unlimited. For the first and third types the number rises to infinity

answers: NDQ_002126

answers: orbital revolutions

answers: NDQ_002127

answers: unlimited. For the first and third types the number rises to infinity

answers: NDQ_002128

answers: orbital revolutions

answers: NDQ_002129

answers: infinity

answers: NDQ_002130

answers: first and third types the number rises to infinity

answers: NDQ_002131

answers: first and third types the number rises to infinity

answers: NDQ_002132

answers: unlimited. For the first and third types the number rises to infinity

answers: NDQ_002133

answers: third types the number rises to infinity

answers: NDQ_002134

answers: unlimited.

answers: NDQ_002135

answers: unlimited. For the first and third types the number rises to infinity

answers: NDQ_002136

answers: unlimited.

answers: NDQ_002137

answers: orbital revolutions

answers: NDQ_002138

answers: first and third types the number rises to infinity

answers: NDQ_002139

answers: unlimited. For the first and third types the number rises to infinity

text: ABC can be used to infer problems in high-dimensional parameter spaces, although one should account for the possibility of overfitting (e.g., see the model selection methods in  and ). However, the probability of accepting the simulated values for the parameters under a given tolerance with the ABC rejection algorithm typically decreases exponentially with increasing dimensionality of the parameter space (due to the global acceptance criterion). Although no computational method (based on ABC or not) seems to be able to break the curse-of-dimensionality, methods have recently been developed to handle high-dimensional parameter spaces under certain assumptions (e.g., based on polynomial approximation on sparse grids, which could potentially heavily reduce the simulation times for ABC). However, the applicability of such methods is problem dependent, and the difficulty of exploring parameter spaces should in general not be underestimated. For example, the introduction of deterministic global parameter estimation led to reports that the global optima obtained in several previous studies of low-dimensional problems were incorrect. For certain problems, it might therefore be difficult to know whether the model is incorrect or, as discussed above, whether the explored region of the parameter space is inappropriate. A more pragmatic approach is to cut the scope of the problem through model reduction.

text: as discussed above

text: , whether the explored region of the parameter space is inappropriate. A more pragmatic approach is to cut the scope of the problem through model reduction.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: global acceptance criterion

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: Context: For a rocket to enter Earth orbit, it must be launched

answers: NDQ_002108

answers: NDQ_002111

answers: context: Rockets were developed before scientists knew how they worked

answers: NDQ_002113

answers: Context:

answers: NDQ_002114

answers: context:

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: context:

answers: NDQ_002117

answers: context:

answers: NDQ_002118

answers: satellites

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: context: Landsat satellites make detailed images

answers: NDQ_002121

answers: context:

answers: NDQ_002122

answers: Newtons Third Law of Motion helps explain how a rocket will travel in space.

answers: NDQ_002123

answers: context:

answers: NDQ_002124

answers: context:

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: a

answers: NDQ_002127

answers: ABC

answers: NDQ_002128

answers: a smaller object

answers: NDQ_002129

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: Newtons third law of motion states that Newtons third law of motion states that

answers: NDQ_002135

answers: Convergence

answers: NDQ_002136

answers: gravity.

answers: NDQ_002137

answers: ABC to estimate the position of the Earth.

answers: NDQ_002138

answers: can be detected by a satellite in a high orbit

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: ABC can be used to infer problems in high-dimensional parameter spaces,

answers: NDQ_002097

answers: global acceptance criterion).

answers: NDQ_002099

answers: ABC can be used to infer problems in high-dimensional parameter spaces,

answers: NDQ_002100

answers: NDQ_002103

answers: ABC can be used to infer problems in high-dimensional parameter spaces,

answers: NDQ_002108

answers: ABC can be used to infer problems in high-dimensional parameter spaces,

answers: NDQ_002111

answers: ABC can be used to infer problems in high-dimensional parameter spaces,

answers: NDQ_002113

answers: ABC can be used to infer problems in high-dimensional parameter spaces,

answers: NDQ_002114

answers: ABC can be used to infer problems in high-dimensional parameter spaces,

answers: NDQ_002115

answers: ABC can be used to infer problems in high-dimensional parameter spaces,

answers: NDQ_002116

answers: ABC can be used to infer problems in high-dimensional parameter spaces,

answers: NDQ_002117

answers: ABC can be used to infer problems in high-dimensional parameter spaces,

answers: NDQ_002118

answers: ABC

answers: NDQ_002119

answers: ABC can be used to infer problems in high-dimensional parameter spaces,

answers: NDQ_002120

answers: ABC can be used to infer problems in high-dimensional parameter spaces,

answers: NDQ_002121

answers: ABC can be used to infer problems in high-dimensional parameter spaces,

answers: NDQ_002122

answers: ABC

answers: NDQ_002123

answers: ABC

answers: NDQ_002124

answers: ABC can be used to infer problems in high-dimensional parameter spaces,

answers: NDQ_002125

answers: ABC can be used to infer problems in high-dimensional parameter spaces,

answers: NDQ_002126

answers: ABC

answers: NDQ_002127

answers: ABC can be used to infer problems in high-dimensional parameter spaces,

answers: NDQ_002128

answers: ABC can be used to infer problems in high-dimensional parameter spaces,

answers: NDQ_002129

answers: ABC can be used to infer problems in high-dimensional parameter spaces,

answers: NDQ_002130

answers: ABC

answers: NDQ_002131

answers: ABC can be used to infer problems in high-dimensional parameter spaces,

answers: NDQ_002132

answers: ABC can be used to infer problems in high-dimensional parameter spaces,

answers: NDQ_002133

answers: ABC can be used to infer problems in high-dimensional parameter spaces,

answers: NDQ_002134

answers: ABC rejection algorithm typically decreases exponentially with increasing dimensionality

answers: NDQ_002135

answers: ABC can be used to infer problems in high-dimensional parameter spaces,

answers: NDQ_002136

answers: curse-of-dimensionality,

answers: NDQ_002137

answers: ABC

answers: NDQ_002138

answers: ABC can be used to infer problems in high-dimensional parameter spaces,

answers: NDQ_002139

answers: ABC can be used to infer problems in high-dimensional parameter spaces,

text: WISE J004945.61+215120.0 was discovered in 2012 by Mace et al. from data, collected by Wide-field Infrared Survey Explorer (WISE) Earth-orbiting satellite — NASA infrared-wavelength 40 cm (16 in) space telescope, which mission lasted from December 2009 to February 2011. The discovery paper in not yet published.

text: WISE J004945.61+215120.0 was discovered in 2012 by Mace et al. from data, collected by

text: Wide-field Infrared Survey Explorer (WISE)

text: Earth-orbit

text: ing

text: satellite

text: NASA

text: infrared-wavelength

text: cm

text: in

text: space telescope

text: , which mission lasted from December 2009 to February 2011. The discovery paper in not yet published.

answers: NDQ_002095

answers: Earth

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: lifts off

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: Earth

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: no

answers: NDQ_002121

answers: no

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: Yes

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: gravity

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: Earth-orbiting satellite

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: unanswerable

answers: NDQ_002133

answers: unanswerable

answers: NDQ_002134

answers: gravitational force is proportional to the mass of an object

answers: NDQ_002135

answers: NASA

answers: NDQ_002136

answers: Earth

answers: NDQ_002137

answers: Earth-orbiting satellite

answers: NDQ_002138

answers: Earth-orbiting

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Earth-orbiting satellite

answers: NDQ_002097

answers: Earth-orbiting

answers: NDQ_002099

answers: Earth-orbiting satellite

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: Earth-orbiting satellite

answers: NDQ_002108

answers: Earth-orbiting satellite

answers: NDQ_002111

answers: WISE J004945.61+215120.0

answers: NDQ_002113

answers: 2011.

answers: NDQ_002114

answers: NASA

answers: NDQ_002115

answers: 2011.

answers: NDQ_002116

answers: Earth-orbiting satellite

answers: NDQ_002117

answers: Earth-orbiting satellite

answers: NDQ_002118

answers: Earth-orbiting satellite

answers: NDQ_002119

answers: 2009 to February 2011.

answers: NDQ_002120

answers: (WISE) Earth-orbiting satellite

answers: NDQ_002121

answers: Earth-orbiting satellite

answers: NDQ_002122

answers: Earth-orbiting satellite

answers: NDQ_002123

answers: Earth-orbiting satellite

answers: NDQ_002124

answers: WISE J004945.61+215120.0

answers: NDQ_002125

answers: NASA

answers: NDQ_002126

answers: Earth-orbiting

answers: NDQ_002127

answers: Earth-orbiting satellite

answers: NDQ_002128

answers: Earth-orbiting satellite

answers: NDQ_002129

answers: (16 in)

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: WISE J004945.61+215120.0

answers: NDQ_002132

answers: Earth-orbiting satellite

answers: NDQ_002133

answers: Earth-orbiting satellite

answers: NDQ_002134

answers: Earth-orbiting satellite

answers: NDQ_002135

answers: December 2009 to February 2011.

answers: NDQ_002136

answers: Earth-orbiting satellite — NASA infrared-wavelength

answers: NDQ_002137

answers: infrared-wavelength 40 cm (16 in) space telescope,

answers: NDQ_002138

answers: Earth-orbiting

answers: NDQ_002139

answers: NASA

text: Beyond: Our Future in Space is a non-fiction book by astronomy professor Chris Impey on the history and future of human exploration of space. The book starts with a discussion of the human urge to explore, which led us to fan out over the Earth soon after leaving Africa. This urge may have a gene associated with it. This is followed by a recounting of the Space Race of the middle of the 20th century, driven by fierce superpower rivalry between the United States and the former Soviet Union. Early milestones in the history of space travel are summarized, along with the feats and tribulations of human (and animal) space explorers. The "club" of those who have been in Earth orbit is still very select, less than 550, compared to ten times more people who have stood on the summit of Mount Everest.

text: Beyond: Our Future in Space is a

text: non-fiction

text: book by astronomy professor Chris Impey on the history and future of human exploration of space. The book starts with a discussion of the human urge to explore, which led us to fan out over the

text: Earth

text: soon after leaving

text: Africa

text: . This urge may have a gene associated with it. This is followed by a recounting of the

text: Space Race

text: of the middle of the 20th century, driven by fierce superpower rivalry between the

text: United States

text: and the former

text: Soviet Union

text: . Early milestones in the history of space travel are summarized, along with the feats and tribulations of human (and animal) space explorers. The "club" of those who have been in Earth orbit is still very select, less than 550, compared to ten times more people who have stood on the summit of

text: Mount Everest

answers: NDQ_002095

answers: Earth orbit

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States and the Soviet Union

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: How many times more people have stood on the summit of Mount Everest?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S.

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: Mount Everest

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat or Earthsat?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: How many people have stood on the summit of Mount Everest?

answers: NDQ_002124

answers: Who was the first astronaut to walk on the Moon?

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: human urge

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: the Soviet Union

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: animal

answers: NDQ_002133

answers: 20th century

answers: NDQ_002134

answers: Newton's third law of motion states that Newton's third law of motion states that

answers: NDQ_002135

answers: Space Race

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: Earth

answers: NDQ_002139

answers: Chris Impey

answers: NDQ_002095

answers: Earth orbit

answers: NDQ_002097

answers: Earth

answers: NDQ_002099

answers: 550,

answers: NDQ_002100

answers: United States and the former Soviet Union.

answers: NDQ_002103

answers: 550,

answers: NDQ_002108

answers: Africa.

answers: NDQ_002111

answers: ten times more people who have stood on the summit of Mount Everest.

answers: NDQ_002113

answers: 550,

answers: NDQ_002114

answers: 550,

answers: NDQ_002115

answers: 550,

answers: NDQ_002116

answers: Earth orbit

answers: NDQ_002117

answers: 550,

answers: NDQ_002118

answers: 550,

answers: NDQ_002119

answers: ten times more people who have stood on the summit of Mount Everest.

answers: NDQ_002120

answers: 550,

answers: NDQ_002121

answers: 550,

answers: NDQ_002122

answers: 550,

answers: NDQ_002123

answers: 550,

answers: NDQ_002124

answers: 550,

answers: NDQ_002125

answers: 550,

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: superpower rivalry

answers: NDQ_002128

answers: Earth orbit

answers: NDQ_002129

answers: 550,

answers: NDQ_002130

answers: Space Race

answers: NDQ_002131

answers: ten times more people who have stood on the summit of Mount Everest.

answers: NDQ_002132

answers: animal)

answers: NDQ_002133

answers: Africa.

answers: NDQ_002134

answers: ten times more people who have stood on the summit of Mount Everest.

answers: NDQ_002135

answers: Space Race

answers: NDQ_002136

answers: fierce superpower rivalry

answers: NDQ_002137

answers: Earth

answers: NDQ_002138

answers: 550,

answers: NDQ_002139

answers: 550,

text: On January 14, 2004, U.S. President George W. Bush announced the Crew Exploration Vehicle (CEV) as part of the Vision for Space Exploration. The CEV was partly a reaction to the Space Shuttle Columbia accident, the subsequent findings and report by the Columbia Accident Investigation Board (CAIB), and the White House's review of the American space program. The CEV effectively replaced the conceptual Orbital Space Plane (OSP), which was proposed after the cancellation of the Lockheed Martin X-33 program to produce a replacement for the space shuttle. As the Vision for Space Exploration was developed into the Constellation program under NASA administrator Sean O'Keefe, the Crew Exploration Vehicle was renamed the Orion Crew Exploration Vehicle, after the constellation of the same name.

text: On January 14, 2004, U.S. President

text: George W. Bush

text: announced the

text: Crew Exploration Vehicle

text: (CEV) as part of the

text: Vision for Space Exploration

text: . The CEV was partly a reaction to the

text: Space Shuttle Columbia accident

text: , the subsequent findings and report by the

text: Columbia Accident Investigation Board

text: (CAIB), and the

text: White House

text: 's review of the American space program. The CEV effectively replaced the conceptual

text: Orbital Space Plane

text: (OSP), which was proposed after the cancellation of the

text: Lockheed Martin X-33

text: program to produce a replacement for the space shuttle. As the Vision for Space Exploration was developed into the

text: Constellation program

text: under NASA administrator

text: Sean O'Keefe

text: , the Crew Exploration Vehicle was renamed the Orion Crew Exploration Vehicle, after the

text: constellation of the same name

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: Space Exploration

answers: NDQ_002100

answers: American

answers: NDQ_002103

answers: Space Exploration Vehicle

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: What happened to the Space Shuttle Columbia?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Neil Armstrong walked

answers: NDQ_002120

answers: What does Landsat stand for?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What is the last law of motion mentioned?

answers: NDQ_002123

answers: Which is not a type of satellite: Imaging satellites or Orbital Space Plane?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Space Exploration

answers: NDQ_002128

answers: Orbital

answers: NDQ_002129

answers: Orbital Space Plane

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: unanswerable

answers: NDQ_002133

answers: Space Shuttle

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: Space Shuttle Columbia accident

answers: NDQ_002136

answers: Space Shuttle Columbia accident

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: Orbital Space Plane

answers: NDQ_002139

answers: George W. Bush

answers: NDQ_002095

answers: Crew Exploration Vehicle

answers: NDQ_002097

answers: On January 14, 2004,

answers: NDQ_002099

answers: Orbital Space Plane

answers: NDQ_002100

answers: U.S.

answers: NDQ_002103

answers: Orbital Space Plane

answers: NDQ_002108

answers: 2004,

answers: NDQ_002111

answers: Orbital Space Plane

answers: NDQ_002113

answers: Orbital Space Plane

answers: NDQ_002114

answers: U.S.

answers: NDQ_002115

answers: Orbital Space Plane

answers: NDQ_002116

answers: Orbital Space Plane

answers: NDQ_002117

answers: Orbital Space Plane

answers: NDQ_002118

answers: 2004,

answers: NDQ_002119

answers: 2004,

answers: NDQ_002120

answers: On January 14, 2004,

answers: NDQ_002121

answers: Orbital Space Plane

answers: NDQ_002122

answers: Orbital Space Plane

answers: NDQ_002123

answers: Orbital Space Plane

answers: NDQ_002124

answers: 2004,

answers: NDQ_002125

answers: Crew Exploration Vehicle

answers: NDQ_002126

answers: constellation

answers: NDQ_002127

answers: Orbital Space Plane

answers: NDQ_002128

answers: Orbital Space Plane

answers: NDQ_002129

answers: Orbital Space Plane

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Space Shuttle Columbia

answers: NDQ_002132

answers: Orbital Space Plane

answers: NDQ_002133

answers: X-33

answers: NDQ_002134

answers: Orbital Space Plane

answers: NDQ_002135

answers: Space Shuttle Columbia

answers: NDQ_002136

answers: Space Shuttle Columbia accident,

answers: NDQ_002137

answers: constellation

answers: NDQ_002138

answers: Orbital Space Plane

answers: NDQ_002139

answers: Space Shuttle Columbia

text: The first images from space were taken on sub-orbital flights. The U.S-launched V-2 flight on October 24, 1946 took one image every 1.5 seconds. With an apogee of 65 miles (105 km), these photos were from five times higher than the previous record, the 13.7 miles (22 km) by the Explorer II balloon mission in 1935. The first satellite (orbital) photographs of Earth were made on August 14, 1959 by the U.S. Explorer 6. The first satellite photographs of the Moon might have been made on October 6, 1959 by the Soviet satellite Luna 3, on a mission to photograph the far side of the Moon. The Blue Marble photograph was taken from space in 1972, and has become very popular in the media and among the public. Also in 1972 the United States started the Landsat program, the largest program for acquisition of imagery of Earth from space. Landsat Data Continuity Mission, the most recent Landsat satellite, was launched on 11 February 2013. In 1977, the first real time satellite imagery was acquired by the United States's KH-11 satellite system.

text: The first images from space were taken on

text: sub-orbital flights

text: . The U.S-launched

text: flight on October 24, 1946 took one image every 1.5 seconds. With an apogee of 65 miles (105 km), these photos were from five times higher than the previous record, the 13.7 miles (22 km) by the Explorer II balloon mission in 1935. The first satellite (orbital) photographs of Earth were made on August 14, 1959 by the U.S.

text: Explorer 6

text: . The first satellite photographs of the

text: Moon

text: might have been made on October 6, 1959 by the Soviet satellite

text: Luna 3

text: , on a mission to photograph the far side of the Moon.

text: The Blue Marble

text: photograph was taken from space in 1972, and has become very popular in the media and among the public. Also in 1972 the United States started the

text: Landsat program

text: , the largest program for acquisition of imagery of Earth from space.

text: Landsat Data Continuity Mission

text: , the most recent Landsat satellite, was launched on 11 February 2013. In 1977, the first real time satellite imagery was acquired by the United States's

text: satellite system.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: Soviet

answers: NDQ_002103

answers: sub-orbital

answers: NDQ_002108

answers: yes

answers: NDQ_002111

answers: Which happened first, the U.S.-launched V-2 flight on October 24, 1946 or the Soviet satellite Luna 3 on a mission to photograph the far side of the Moon?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: Which happened first, the U.S-launched V-2 flight on October 24, 1946 or the Soviet satellite Luna 3 on a mission to photograph the far side of the Moon?

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Neil Armstrong walked

answers: NDQ_002120

answers: Which satellites make detailed images of continents and coasts?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: How many years after the first satellite photographs of the Moon might have been made by the Soviet satellite Luna 3, on a mission to photograph the far side of the Moon?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: apogee

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Soviet satellite Luna 3

answers: NDQ_002130

answers: United States's KH-11 satellite system

answers: NDQ_002131

answers: sub-orbital

answers: NDQ_002132

answers: V-2 flight

answers: NDQ_002133

answers: 1935

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: The U.S-launched V-2 flight

answers: NDQ_002136

answers: gravity

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: sub-orbital

answers: NDQ_002139

answers: Who was the first American to orbit Earth?

answers: NDQ_002095

answers: 65 miles

answers: NDQ_002097

answers: one image every 1.5 seconds.

answers: NDQ_002099

answers: sub-orbital flights.

answers: NDQ_002100

answers: U.S-launched

answers: NDQ_002103

answers: U.S-launched V-2 flight on October 24, 1946

answers: NDQ_002108

answers: 1946

answers: NDQ_002111

answers: The first images from space were taken on sub-orbital flights.

answers: NDQ_002113

answers: The first images from space were taken on sub-orbital flights.

answers: NDQ_002114

answers: Soviet satellite Luna 3,

answers: NDQ_002115

answers: Soviet satellite Luna 3,

answers: NDQ_002116

answers: (orbital) photographs of Earth

answers: NDQ_002117

answers: sub-orbital flights.

answers: NDQ_002118

answers: U.S. Explorer 6.

answers: NDQ_002119

answers: 1959

answers: NDQ_002120

answers: Landsat program, the largest program for acquisition of imagery of Earth

answers: NDQ_002121

answers: sub-orbital flights.

answers: NDQ_002122

answers: 65 miles

answers: NDQ_002123

answers: (orbital)

answers: NDQ_002124

answers: 1959 by the Soviet satellite Luna 3,

answers: NDQ_002125

answers: The U.S-launched V-2 flight

answers: NDQ_002126

answers: apogee

answers: NDQ_002127

answers: 1946 took one image every 1.5 seconds.

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Landsat

answers: NDQ_002130

answers: Landsat program,

answers: NDQ_002131

answers: V-2 flight

answers: NDQ_002132

answers: sub-orbital flights.

answers: NDQ_002133

answers: October 24, 1946

answers: NDQ_002134

answers: one image every 1.5 seconds.

answers: NDQ_002135

answers: The U.S-launched V-2 flight on October 24, 1946

answers: NDQ_002136

answers: apogee

answers: NDQ_002137

answers: one image every 1.5 seconds.

answers: NDQ_002138

answers: sub-orbital flights.

answers: NDQ_002139

answers: V-2

text: CCAFS houses the Air Force Space & Missile Museum as Launch Complex 26,where many unmanned rockets were launched early in the U.S. space program, including Explorer 1, the first US spacecraft placed in earth orbit.

text: CCAFS houses the

text: Air Force Space & Missile Museum

text: as

entity_name: Cape Canaveral Air Force Station Launch Complex 26

text: Launch Complex 26

text: ,where many unmanned rockets were launched early in the U.S. space program, including

text: Explorer 1

text: , the first US spacecraft placed in earth orbit.

answers: NDQ_002095

answers: Earth orbit

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched

answers: NDQ_002100

answers: U.S

answers: NDQ_002103

answers: unmanned

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: Yes

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: it is not possible to tell

answers: NDQ_002122

answers: None of the above choices.

answers: NDQ_002123

answers: what is the first US spacecraft placed in earth orbit?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: Explorer 1

answers: NDQ_002130

answers: Air Force

answers: NDQ_002131

answers: can be described as

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: U.S. space program

answers: NDQ_002134

answers: gravitational force causes the speed of an object to increase

answers: NDQ_002135

answers: U.S. space program

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: Explorer 1

answers: NDQ_002139

answers: Explorer 1

answers: NDQ_002095

answers: earth orbit.

answers: NDQ_002097

answers: earth orbit.

answers: NDQ_002099

answers: unmanned

answers: NDQ_002100

answers: U.S.

answers: NDQ_002103

answers: launched

answers: NDQ_002108

answers: Explorer 1,

answers: NDQ_002111

answers: rockets were launched early in the U.S. space program,

answers: NDQ_002113

answers: unmanned rockets were launched early in the U.S. space program,

answers: NDQ_002114

answers: US spacecraft placed in earth orbit.

answers: NDQ_002115

answers: Explorer 1, the first US spacecraft placed in earth orbit.

answers: NDQ_002116

answers: earth

answers: NDQ_002117

answers: unmanned rockets

answers: NDQ_002118

answers: earth orbit.

answers: NDQ_002119

answers: Explorer 1,

answers: NDQ_002120

answers: Explorer 1,

answers: NDQ_002121

answers: earth orbit.

answers: NDQ_002122

answers: Launch Complex 26,where

answers: NDQ_002123

answers: earth orbit.

answers: NDQ_002124

answers: Explorer 1,

answers: NDQ_002125

answers: Explorer 1, the first US spacecraft placed in earth orbit.

answers: NDQ_002126

answers: orbit.

answers: NDQ_002127

answers: Air Force

answers: NDQ_002128

answers: earth orbit.

answers: NDQ_002129

answers: Explorer 1,

answers: NDQ_002130

answers: Air Force

answers: NDQ_002131

answers: Launch Complex 26,where

answers: NDQ_002132

answers: unmanned rockets

answers: NDQ_002133

answers: Explorer 1,

answers: NDQ_002134

answers: earth orbit.

answers: NDQ_002135

answers: U.S. space program,

answers: NDQ_002136

answers: unmanned

answers: NDQ_002137

answers: earth orbit.

answers: NDQ_002138

answers: earth

answers: NDQ_002139

answers: Explorer 1,

text: , there were 1,419 operational, human-made satellites orbiting Earth. There are also inoperative satellites, including Vanguard 1, the oldest satellite currently in orbit, and over 16,000 pieces of tracked space debris. Earth's largest artificial satellite is the International Space Station.

text: , there were 1,419 operational, human-made

text: satellite

text: s orbiting Earth. There are also inoperative satellites, including

text: Vanguard 1

text: , the oldest satellite currently in orbit, and over 16,000 pieces of tracked

text: space debris

text: . Earth's largest artificial satellite is the International Space Station.

answers: NDQ_002095

answers: orbit Earth

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: orbits the Earth

answers: NDQ_002100

answers: United States and Russia

answers: NDQ_002103

answers: It must be launched

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: No

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: Which satellites make detailed images of continents and coasts?

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: Which of the following is not a type of satellite: imaging satellites or satellites?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: the International Space Station

answers: NDQ_002130

answers: The International Space Station

answers: NDQ_002131

answers: space debris

answers: NDQ_002132

answers: inoperative satellites

answers: NDQ_002133

answers: Earth's

answers: NDQ_002134

answers: gravitational force is proportional to

answers: NDQ_002135

answers: Vanguard 1

answers: NDQ_002136

answers: space debris

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: inoperable

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: orbiting Earth.

answers: NDQ_002097

answers: Earth.

answers: NDQ_002099

answers: 1,419

answers: NDQ_002100

answers: Earth.

answers: NDQ_002103

answers: 1,419

answers: NDQ_002108

answers: 1,419

answers: NDQ_002111

answers: 1,419

answers: NDQ_002113

answers: 1,419

answers: NDQ_002114

answers: 1,419

answers: NDQ_002115

answers: 1,419 operational, human-made satellites orbiting Earth.

answers: NDQ_002116

answers: satellites orbiting Earth.

answers: NDQ_002117

answers: human-made

answers: NDQ_002118

answers: 1,419

answers: NDQ_002119

answers: 1,419

answers: NDQ_002120

answers: 1,419

answers: NDQ_002121

answers: human-made satellites orbiting Earth.

answers: NDQ_002122

answers: 1,419

answers: NDQ_002123

answers: 1,419

answers: NDQ_002124

answers: 1,419

answers: NDQ_002125

answers: 1,419 operational, human-made satellites orbiting Earth.

answers: NDQ_002126

answers: orbiting Earth.

answers: NDQ_002127

answers: human-made satellites orbiting Earth.

answers: NDQ_002128

answers: satellites

answers: NDQ_002129

answers: International Space Station.

answers: NDQ_002130

answers: International Space Station.

answers: NDQ_002131

answers: space debris.

answers: NDQ_002132

answers: inoperative satellites,

answers: NDQ_002133

answers: human-made satellites orbiting Earth.

answers: NDQ_002134

answers: human-made satellites orbiting Earth.

answers: NDQ_002135

answers: human-made satellites orbiting Earth.

answers: NDQ_002136

answers: space debris.

answers: NDQ_002137

answers: human-made satellites

answers: NDQ_002138

answers: inoperative satellites, including Vanguard 1,

answers: NDQ_002139

answers: Vanguard 1,

text: Winston Science Fiction was a series of 37 juvenile science fiction books published by the John C. Winston Company of Philadelphia from 1952 to 1960 and by its successor Holt, Rinehart & Winston in 1960 and 1961. It included 35 novels by various writers, including many who became famous in the SF field, such as Poul Anderson, Arthur C. Clarke, Ben Bova, and Lester del Rey. There was also one anthology, The Year After Tomorrow, edited by del Rey and others. There was one non-fiction book Rockets through Space: The Story of Man's Preparations to Explore the Universe by del Rey which details the factual science and technology of rocket flight. Many of the dust jackets became science fiction classics; the artists included Hugo Award winners Ed Emshwiller and Virgil Finlay along with Hugo nominees such as Mel Hunter and Alex Schomburg.

text: Winston Science Fiction was a series of 37 juvenile

text: science fiction

text: books published by the

text: John C. Winston Company

text: of Philadelphia from 1952 to 1960 and by its successor

text: Holt, Rinehart & Winston

text: in 1960 and 1961. It included 35 novels by various writers, including many who became famous in the SF field, such as

text: Poul Anderson

text: Arthur C. Clarke

text: Ben Bova

text: , and

text: Lester del Rey

text: . There was also one anthology, The Year After Tomorrow, edited by del Rey and others. There was one non-fiction book Rockets through Space: The Story of Man's Preparations to Explore the Universe by del Rey which details the factual science and technology of rocket flight. Many of the dust jackets became science fiction classics; the artists included

text: Hugo Award

text: winners

text: Ed Emshwiller

text: and

text: Virgil Finlay

text: along with Hugo nominees such as

text: Mel Hunter

text: and

text: Alex Schomburg

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: explore the universe

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: Rockets through Space

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: Rockets

answers: NDQ_002118

answers: How many non-fiction books have been published in the series?

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Landsat satellites

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: Which of the following is not a law: Newton's Third Law of Motion?

answers: NDQ_002123

answers: How many non-fiction books have been published by the John C. Winston Company of Philadelphia?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: del Rey

answers: NDQ_002128

answers: unanswerable

answers: NDQ_002129

answers: The Year After Tomorrow

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: NDQ_002132

answers: unanswerable

answers: NDQ_002133

answers: 1960s

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: Winston Science Fiction

answers: NDQ_002136

answers: gravity

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Rockets through Space

answers: NDQ_002139

answers: Arthur C. Clarke

answers: NDQ_002095

answers: Space:

answers: NDQ_002097

answers: Universe

answers: NDQ_002099

answers: flight.

answers: NDQ_002100

answers: 1960

answers: NDQ_002103

answers: Rockets through Space:

answers: NDQ_002108

answers: 1952 to 1960

answers: NDQ_002111

answers: rocket flight.

answers: NDQ_002113

answers: Rockets through Space:

answers: NDQ_002114

answers: Winston Science Fiction

answers: NDQ_002115

answers: Rockets through Space:

answers: NDQ_002116

answers: Winston Science Fiction

answers: NDQ_002117

answers: rocket flight.

answers: NDQ_002118

answers: Rockets through Space:

answers: NDQ_002119

answers: 1952 to 1960

answers: NDQ_002120

answers: Winston Science Fiction

answers: NDQ_002121

answers: Rockets through Space:

answers: NDQ_002122

answers: Rockets through Space:

answers: NDQ_002123

answers: Rockets through Space:

answers: NDQ_002124

answers: Winston Science Fiction

answers: NDQ_002125

answers: Winston Science Fiction

answers: NDQ_002126

answers: rocket flight.

answers: NDQ_002127

answers: Man's Preparations to Explore the Universe

answers: NDQ_002128

answers: Universe

answers: NDQ_002129

answers: Rockets through Space:

answers: NDQ_002130

answers: Universe

answers: NDQ_002131

answers: rocket flight.

answers: NDQ_002132

answers: rocket

answers: NDQ_002133

answers: Man's Preparations to Explore the Universe

answers: NDQ_002134

answers: Universe

answers: NDQ_002135

answers: Man's Preparations to Explore the Universe

answers: NDQ_002136

answers: science and technology of rocket flight.

answers: NDQ_002137

answers: Universe

answers: NDQ_002138

answers: Rockets through Space:

answers: NDQ_002139

answers: Lester del Rey.

text: The dark X-type asteroid is also classified as a rare and reddish P-type asteroid by NASA's space-based Wide-field Infrared Survey Explorer. The body orbits the Sun at a distance of 2.8–3.2 AU once every 5 years and 2 months (1,886 days). Its orbit has an eccentricity of 0.06 and an inclination of 7° with respect to the ecliptic. The first used precovery was taken at Palomar Observatory in 1951, extending the asteroid's observation arc by 19 years prior to its discovery. The first (unused) observation at Bergedorf Observatory dates back to 1926.

text: The dark

text: X-type

text: asteroid is also classified as a rare and reddish

text: P-type asteroid

text: by NASA's space-based

text: Wide-field Infrared Survey Explorer

text: . The body orbits the Sun at a distance of 2.8–3.2

text: AU

text: once every 5 years and 2 months (1,886 days). Its orbit has an

text: eccentricity

text: of 0.06 and an

text: inclination

text: of 7

text: with respect to the

text: ecliptic

text: . The first used

text: precovery

text: was taken at

text: Palomar Observatory

text: in 1951, extending the asteroid's

text: observation arc

text: by 19 years prior to its discovery. The first (unused) observation at

text: Bergedorf Observatory

text: dates back to 1926.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: eccentricity of 0.06

answers: NDQ_002099

answers: orbits the Sun

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: How many years before scientists knew how they worked?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

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

answers: NDQ_002121

answers: Its orbit has an eccentricity of 0.06

answers: NDQ_002122

answers: How does the body orbit the Sun?

answers: NDQ_002123

answers: How many years does the body orbit the Sun at a distance of 2.8–3.2 AU?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: The first used precovery was taken at Palomar Observatory in 1951

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: asteroid

answers: NDQ_002133

answers: 1926

answers: NDQ_002134

answers: inclination of 7° with respect to the ecliptic

answers: NDQ_002135

answers: unanswerable

answers: NDQ_002136

answers: eccentricity

answers: NDQ_002137

answers: astronomical data

answers: NDQ_002138

answers: has an eccentricity of 0.06

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Palomar Observatory in 1951,

answers: NDQ_002097

answers: eccentricity

answers: NDQ_002099

answers: inclination of 7° with respect to the ecliptic.

answers: NDQ_002100

answers: NASA's

answers: NDQ_002103

answers: 1951,

answers: NDQ_002108

answers: 1926.

answers: NDQ_002111

answers: 1951,

answers: NDQ_002113

answers: 1926.

answers: NDQ_002114

answers: 1926.

answers: NDQ_002115

answers: 1951,

answers: NDQ_002116

answers: Sun

answers: NDQ_002117

answers: 1951,

answers: NDQ_002118

answers: asteroid

answers: NDQ_002119

answers: 1951,

answers: NDQ_002120

answers: 1951,

answers: NDQ_002121

answers: 2.8–3.2 AU once every 5 years and 2 months

answers: NDQ_002122

answers: 7° with respect to the ecliptic.

answers: NDQ_002123

answers: 1951,

answers: NDQ_002124

answers: 1951,

answers: NDQ_002125

answers: 1951,

answers: NDQ_002126

answers: eccentricity

answers: NDQ_002127

answers: inclination of 7° with respect to the ecliptic.

answers: NDQ_002128

answers: the Sun

answers: NDQ_002129

answers: Palomar Observatory in 1951,

answers: NDQ_002130

answers: NASA's

answers: NDQ_002131

answers: 7° with respect to the ecliptic.

answers: NDQ_002132

answers: Wide-field Infrared Survey Explorer.

answers: NDQ_002133

answers: 1926.

answers: NDQ_002134

answers: 7°

answers: NDQ_002135

answers: 1951,

answers: NDQ_002136

answers: eccentricity

answers: NDQ_002137

answers: Infrared

answers: NDQ_002138

answers: eccentricity of 0.06

answers: NDQ_002139

answers: 1926.

text: Sputnik also operates an internet radio station, Sputnik.de, which has channels for Electronic Music, melancholic music, R&B, dance, rock music, and a stream broadcasting the alternative evening programme Popkult the whole day.

text: Sputnik also operates an

text: internet radio

text: station, Sputnik.de, which has channels for

text: Electronic Music

text: , melancholic music,

text: R&B

text: dance

text: , rock music, and a stream broadcasting the alternative evening programme Popkult the whole day.

answers: NDQ_002095

answers: orbit the Moon

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: Germany

answers: NDQ_002103

answers: before it can be used

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: satellite

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: in space

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: What is the name of the law that states that a rocket will travel in space?

answers: NDQ_002123

answers: What does Sputnik do?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: can be

answers: NDQ_002127

answers: is not mentioned

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: Sputnik

answers: NDQ_002130

answers: Sputnik

answers: NDQ_002131

answers: can not be described

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: gravitational force is inversely proportional to mass

answers: NDQ_002135

answers: Sputnik

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: is a satellite in a low orbit

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Sputnik

answers: NDQ_002097

answers: Sputnik

answers: NDQ_002099

answers: whole day.

answers: NDQ_002100

answers: Sputnik

answers: NDQ_002103

answers: Sputnik

answers: NDQ_002108

answers: Sputnik

answers: NDQ_002111

answers: Sputnik

answers: NDQ_002113

answers: Sputnik

answers: NDQ_002114

answers: Sputnik.de,

answers: NDQ_002115

answers: Sputnik

answers: NDQ_002116

answers: Sputnik

answers: NDQ_002117

answers: Sputnik

answers: NDQ_002118

answers: Sputnik

answers: NDQ_002119

answers: Sputnik

answers: NDQ_002120

answers: Sputnik

answers: NDQ_002121

answers: Sputnik

answers: NDQ_002122

answers: Sputnik.de,

answers: NDQ_002123

answers: Sputnik

answers: NDQ_002124

answers: Sputnik

answers: NDQ_002125

answers: Sputnik

answers: NDQ_002126

answers: R&B,

answers: NDQ_002127

answers: Sputnik

answers: NDQ_002128

answers: Sputnik

answers: NDQ_002129

answers: Sputnik

answers: NDQ_002130

answers: Sputnik

answers: NDQ_002131

answers: Sputnik

answers: NDQ_002132

answers: Sputnik

answers: NDQ_002133

answers: Sputnik

answers: NDQ_002134

answers: Sputnik

answers: NDQ_002135

answers: Sputnik

answers: NDQ_002136

answers: Sputnik

answers: NDQ_002137

answers: Sputnik

answers: NDQ_002138

answers: Sputnik

answers: NDQ_002139

answers: Sputnik

text: STS-40 (Columbia) Spacelab Life Sciences (SLS-1), June 5–14, 1991, a dedicated space and life sciences mission was launched from the Kennedy Space Center, Florida, and returned to land at Edwards Air Force Base, California. During the nine-day mission the crew performed experiments which explored how humans, animals and cells respond to microgravity and re-adapt to Earth's gravity on return. Other payloads included experiments designed to investigate materials science, plant biology and cosmic radiation, and tests of hardware proposed for the Space Station Freedom Health Maintenance Facility. Mission completed in 146 orbits of the Earth, and logged her an additional 218 hours in space.

text: (Columbia) Spacelab Life Sciences (SLS-1), June 5–14, 1991, a dedicated space and life sciences mission was launched from the

text: Kennedy Space Center

text: Florida

text: , and returned to land at

text: Edwards Air Force Base

text: , California. During the nine-day mission the crew performed experiments which explored how humans, animals and cells respond to microgravity and re-adapt to Earth's

text: gravity

text: on return. Other payloads included experiments designed to investigate materials science, plant biology and cosmic radiation, and tests of hardware proposed for the Space Station Freedom Health Maintenance Facility. Mission completed in 146 orbits of the Earth, and logged her an additional 218 hours in space.

answers: NDQ_002095

answers: orbit Earth

answers: NDQ_002097

answers: gravity

answers: NDQ_002099

answers: can be launched

answers: NDQ_002100

answers: Columbia

answers: NDQ_002103

answers: from the Kennedy Space Center

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: How did the crew respond to microgravity?

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: United States

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many orbits did the mission complete?

answers: NDQ_002119

answers: The first artificial satellite was launched

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat satellites

answers: NDQ_002121

answers: Why can an object go into orbit

answers: NDQ_002122

answers: How many orbits did the mission complete?

answers: NDQ_002123

answers: What type of satellites are placed in high orbits over Earth?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbits

answers: NDQ_002127

answers: gravity

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: STS-40

answers: NDQ_002130

answers: Kennedy Space Center

answers: NDQ_002131

answers: microgravity

answers: NDQ_002132

answers: STS-40

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: Earth's gravity is equal to

answers: NDQ_002135

answers: STS-40

answers: NDQ_002136

answers: gravity

answers: NDQ_002137

answers: Earth's gravity

answers: NDQ_002138

answers: 146 orbits of the Earth

answers: NDQ_002139

answers: Kennedy Space Center

answers: NDQ_002095

answers: 146 orbits of the Earth,

answers: NDQ_002097

answers: gravity

answers: NDQ_002099

answers: re-adapt to Earth's gravity

answers: NDQ_002100

answers: (Columbia)

answers: NDQ_002103

answers: Kennedy Space Center,

answers: NDQ_002108

answers: 1991,

answers: NDQ_002111

answers: humans, animals and cells respond to microgravity

answers: NDQ_002113

answers: 218 hours in space.

answers: NDQ_002114

answers: 1991,

answers: NDQ_002115

answers: STS-40

answers: NDQ_002116

answers: Earth,

answers: NDQ_002117

answers: Kennedy Space Center,

answers: NDQ_002118

answers: 146

answers: NDQ_002119

answers: 1991,

answers: NDQ_002120

answers: 146 orbits of the Earth,

answers: NDQ_002121

answers: Earth's gravity

answers: NDQ_002122

answers: microgravity

answers: NDQ_002123

answers: 146

answers: NDQ_002124

answers: 1991,

answers: NDQ_002125

answers: STS-40 (Columbia) Spacelab Life Sciences

answers: NDQ_002126

answers: orbits

answers: NDQ_002127

answers: gravity

answers: NDQ_002128

answers: Earth,

answers: NDQ_002129

answers: 146 orbits of the Earth,

answers: NDQ_002130

answers: (Columbia)

answers: NDQ_002131

answers: microgravity

answers: NDQ_002132

answers: STS-40 (Columbia) Spacelab Life Sciences

answers: NDQ_002133

answers: Air Force Base,

answers: NDQ_002134

answers: microgravity

answers: NDQ_002135

answers: STS-40 (Columbia) Spacelab Life Sciences

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Earth's gravity

answers: NDQ_002138

answers: 146

answers: NDQ_002139

answers: 146

text: Walker funded the development of two public policy documentary films about the space race and the role of science in American life. The first film focused on the impact of Sputnik on America’s education system. The second film, "Sputnik Mania", explored broader U.S. cultural reactions to Sputnik.

text: Walker funded the development of two public policy documentary films about the

text: space race

text: and the role of science in American life. The first film focused on the impact of

text: Sputnik

text: on

text: America’s education system

text: . The second film, "Sputnik Mania", explored broader U.S. cultural reactions to Sputnik.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: law of conservation of energy

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: America’s

answers: NDQ_002103

answers: Space Race

answers: NDQ_002108

answers: When did humans first reach space

answers: NDQ_002111

answers: Sputnik Mania

answers: NDQ_002113

answers: Sputnik Mania

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: how many satellites are in orbit around earth

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

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

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: Newtons Third Law of Motion helps explain how a rocket will travel in space.

answers: NDQ_002123

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

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: Sputnik

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: NDQ_002132

answers: Sputnik

answers: NDQ_002133

answers: Sputnik

answers: NDQ_002134

answers: Newton's third law of motion states that Newton's third law of motion states that Newton's third law of motion states that

answers: NDQ_002135

answers: Sputnik

answers: NDQ_002136

answers: Earth’s gravity

answers: NDQ_002137

answers: GPS receivers

answers: NDQ_002138

answers: is a type of

answers: NDQ_002139

answers: Sputnik

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: education system.

answers: NDQ_002099

answers: space race

answers: NDQ_002100

answers: America’s

answers: NDQ_002103

answers: space race

answers: NDQ_002108

answers: Sputnik

answers: NDQ_002111

answers: space race

answers: NDQ_002113

answers: Sputnik

answers: NDQ_002114

answers: space race

answers: NDQ_002115

answers: Sputnik

answers: NDQ_002116

answers: space race

answers: NDQ_002117

answers: space race

answers: NDQ_002118

answers: space race

answers: NDQ_002119

answers: Sputnik

answers: NDQ_002120

answers: the impact of Sputnik

answers: NDQ_002121

answers: space race

answers: NDQ_002122

answers: space race

answers: NDQ_002123

answers: space race

answers: NDQ_002124

answers: Walker funded the development of two public policy documentary films about the space race

answers: NDQ_002125

answers: space race

answers: NDQ_002126

answers: space race and the role of science in American life.

answers: NDQ_002127

answers: space race

answers: NDQ_002128

answers: space race

answers: NDQ_002129

answers: Sputnik

answers: NDQ_002130

answers: science

answers: NDQ_002131

answers: "Sputnik Mania",

answers: NDQ_002132

answers: Sputnik

answers: NDQ_002133

answers: Sputnik

answers: NDQ_002134

answers: impact of Sputnik

answers: NDQ_002135

answers: Sputnik

answers: NDQ_002136

answers: science

answers: NDQ_002137

answers: Sputnik

answers: NDQ_002138

answers: Sputnik

answers: NDQ_002139

answers: Sputnik

text: A Rosetta orbit is a complex type of orbit. Theoretically, an object approaching a black hole with an intermediate velocity (not slow enough to spiral into the hole and not fast enough to escape) will enter a complex orbit pattern, bounded by a near and far distance to the hole and tracing an oscillating pattern known as a hypotrochoid.

text: A Rosetta orbit is a complex type of

text: orbit

text: . Theoretically, an object approaching a

text: black hole

text: with an intermediate velocity (not slow enough to spiral into the hole and not fast enough to escape) will enter a complex orbit pattern, bounded by a near and far distance to the hole and tracing an oscillating pattern known as a

text: hypotrochoid

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: an object approaching a black hole with an intermediate velocity

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: with an intermediate velocity

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: space

answers: NDQ_002120

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

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: bounded by a near and far distance

answers: NDQ_002123

answers: None of the above choices.

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: velocity

answers: NDQ_002128

answers: a black hole

answers: NDQ_002129

answers: Rosetta

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: Rosetta

answers: NDQ_002133

answers: Rosetta orbit

answers: NDQ_002134

answers: an object approaching a black hole with an intermediate velocity will enter a complex orbit pattern

answers: NDQ_002135

answers: Rosetta orbit

answers: NDQ_002136

answers: a black hole

answers: NDQ_002137

answers: Rosetta orbit

answers: NDQ_002138

answers: is not fast enough to spiral into the hole

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: black hole

answers: NDQ_002097

answers: intermediate velocity

answers: NDQ_002099

answers: complex type of orbit.

answers: NDQ_002100

answers: A Rosetta

answers: NDQ_002103

answers: A Rosetta orbit

answers: NDQ_002108

answers: A Rosetta orbit

answers: NDQ_002111

answers: A Rosetta orbit

answers: NDQ_002113

answers: A Rosetta orbit

answers: NDQ_002114

answers: A Rosetta orbit

answers: NDQ_002115

answers: A Rosetta orbit

answers: NDQ_002116

answers: Rosetta orbit

answers: NDQ_002117

answers: A Rosetta orbit

answers: NDQ_002118

answers: A Rosetta orbit

answers: NDQ_002119

answers: A Rosetta orbit

answers: NDQ_002120

answers: A Rosetta orbit

answers: NDQ_002121

answers: intermediate velocity

answers: NDQ_002122

answers: hypotrochoid.

answers: NDQ_002123

answers: A Rosetta orbit

answers: NDQ_002124

answers: A Rosetta orbit

answers: NDQ_002125

answers: A Rosetta orbit

answers: NDQ_002126

answers: orbit pattern,

answers: NDQ_002127

answers: velocity

answers: NDQ_002128

answers: Rosetta orbit

answers: NDQ_002129

answers: Rosetta

answers: NDQ_002130

answers: A Rosetta

answers: NDQ_002131

answers: hypotrochoid.

answers: NDQ_002132

answers: Rosetta

answers: NDQ_002133

answers: A Rosetta orbit

answers: NDQ_002134

answers: (not slow enough to spiral into the hole and not fast enough to escape)

answers: NDQ_002135

answers: Rosetta

answers: NDQ_002136

answers: a near and far distance to the hole

answers: NDQ_002137

answers: Rosetta orbit

answers: NDQ_002138

answers: intermediate velocity

answers: NDQ_002139

answers: Rosetta

text: The album met with largely positive reviews by music critics. Sputnik Music gave WhatFunLifeWas 4/5 stars and it received 4.5/5 stars from Allmusic.

text: The album met with largely positive reviews by music critics.

text: Sputnik Music

text: gave WhatFunLifeWas 4/5 stars and it received 4.5/5 stars from Allmusic.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: law of conservation of energy

answers: NDQ_002099

answers: can launch into space.

answers: NDQ_002100

answers: Soviet Union

answers: NDQ_002103

answers: It must be launched

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: were developed before scientists knew how they worked.

answers: NDQ_002113

answers: It's impossible to say

answers: NDQ_002114

answers: The United States

answers: NDQ_002115

answers: It's impossible to say

answers: NDQ_002116

answers: WhatFunLifeWas

answers: NDQ_002117

answers: WhatFunLifeWas

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: WhatFunLifeWas

answers: NDQ_002121

answers: The law of conservation of momentum.

answers: NDQ_002122

answers: Newtons Third Law of Motion helps explain how a rocket will travel in space

answers: NDQ_002123

answers: The satellites are placed in orbits over Earth.

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: can be described

answers: NDQ_002127

answers: kinetic energy

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: Sputnik

answers: NDQ_002130

answers: Sputnik

answers: NDQ_002131

answers: can be described as

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: gravitational force is proportional to the mass of an object

answers: NDQ_002135

answers: Sputnik

answers: NDQ_002136

answers: gravitational pull

answers: NDQ_002137

answers: GPS to locate the Earth.

answers: NDQ_002138

answers: is a satellite in a low orbit.

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: 4.5/5 stars from Allmusic.

answers: NDQ_002097

answers: 4.5/5 stars from Allmusic.

answers: NDQ_002099

answers: 4.5/5 stars from Allmusic.

answers: NDQ_002100

answers: Sputnik

answers: NDQ_002103

answers: 4.5/5 stars from Allmusic.

answers: NDQ_002108

answers: Sputnik

answers: NDQ_002111

answers: 4.5/5 stars from Allmusic.

answers: NDQ_002113

answers: 4.5/5 stars from Allmusic.

answers: NDQ_002114

answers: 4.5/5 stars from Allmusic.

answers: NDQ_002115

answers: 4.5/5 stars from Allmusic.

answers: NDQ_002116

answers: 4.5/5 stars from Allmusic.

answers: NDQ_002117

answers: 4.5/5 stars from Allmusic.

answers: NDQ_002118

answers: 4.5/5 stars from Allmusic.

answers: NDQ_002119

answers: 4.5/5 stars from Allmusic.

answers: NDQ_002120

answers: 4.5/5 stars from Allmusic.

answers: NDQ_002121

answers: 4.5/5 stars from Allmusic.

answers: NDQ_002122

answers: 4.5/5 stars from Allmusic.

answers: NDQ_002123

answers: 4.5/5 stars from Allmusic.

answers: NDQ_002124

answers: 4.5/5 stars from Allmusic.

answers: NDQ_002125

answers: 4.5/5 stars from Allmusic.

answers: NDQ_002126

answers: 4.5/5 stars from Allmusic.

answers: NDQ_002127

answers: 4.5/5 stars from Allmusic.

answers: NDQ_002128

answers: Sputnik

answers: NDQ_002129

answers: Sputnik

answers: NDQ_002130

answers: Sputnik

answers: NDQ_002131

answers: 4.5/5 stars from Allmusic.

answers: NDQ_002132

answers: Sputnik

answers: NDQ_002133

answers: Sputnik

answers: NDQ_002134

answers: 4.5/5 stars from Allmusic.

answers: NDQ_002135

answers: Sputnik

answers: NDQ_002136

answers: 4.5/5 stars from Allmusic.

answers: NDQ_002137

answers: 4.5/5 stars from Allmusic.

answers: NDQ_002138

answers: Sputnik

answers: NDQ_002139

answers: Sputnik

text: The Mars Society is an American worldwide volunteer-driven space-advocacy non-profit organization dedicated to promoting the human exploration and settlement of the planet Mars. Inspired by "The Case for Mars" conferences which were hosted by The Mars Underground at the University of Colorado Boulder, the Mars Society was established by Dr. Robert Zubrin and others in 1998 with the goal of educating the public, the media and government on the benefits of exploring Mars, the importance of planning for a humans-to-Mars mission in the coming decades and the need to create a permanent human presence on the Red Planet.

text: The Mars Society is an American worldwide volunteer-driven

text: space-advocacy

text: non-profit organization

text: dedicated to promoting the human exploration and settlement of the planet

text: Mars

text: . Inspired by "The Case for Mars" conferences which were hosted by The Mars Underground at the University of Colorado Boulder, the Mars Society was established by

text: Dr. Robert Zubrin

text: and others in 1998 with the goal of educating the public, the media and government on the benefits of exploring Mars, the importance of planning for a humans-to-Mars mission in the coming decades and the need to create a permanent human presence on the Red Planet.

answers: NDQ_002095

answers: Mars

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: American

answers: NDQ_002103

answers: The Mars Society

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: The Mars Society was established in 1998

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Mars

answers: NDQ_002120

answers: The Mars Society

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: Which is not a last name, Zubrin or Mars?

answers: NDQ_002124

answers: Who was the first astronaut to walk on the Moon?

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: The Mars Society

answers: NDQ_002128

answers: Mars

answers: NDQ_002129

answers: Mars Society

answers: NDQ_002130

answers: government

answers: NDQ_002131

answers: The Mars Underground

answers: NDQ_002132

answers: Mars Underground

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: The Mars Society was established by Dr. Robert Zubrin

answers: NDQ_002135

answers: The Case for Mars

answers: NDQ_002136

answers: gravity

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: Mars

answers: NDQ_002139

answers: Robert Zubrin

answers: NDQ_002095

answers: Mars.

answers: NDQ_002097

answers: Mars.

answers: NDQ_002099

answers: Mars.

answers: NDQ_002100

answers: American

answers: NDQ_002103

answers: Mars.

answers: NDQ_002108

answers: 1998

answers: NDQ_002111

answers: Mars.

answers: NDQ_002113

answers: Mars.

answers: NDQ_002114

answers: Mars.

answers: NDQ_002115

answers: Mars.

answers: NDQ_002116

answers: Mars.

answers: NDQ_002117

answers: The Mars Society

answers: NDQ_002118

answers: Mars.

answers: NDQ_002119

answers: 1998

answers: NDQ_002120

answers: Mars.

answers: NDQ_002121

answers: Mars.

answers: NDQ_002122

answers: Mars.

answers: NDQ_002123

answers: Mars.

answers: NDQ_002124

answers: Mars.

answers: NDQ_002125

answers: Mars.

answers: NDQ_002126

answers: Mars.

answers: NDQ_002127

answers: The Mars Society

answers: NDQ_002128

answers: Mars.

answers: NDQ_002129

answers: Mars.

answers: NDQ_002130

answers: government

answers: NDQ_002131

answers: Mars.

answers: NDQ_002132

answers: Mars.

answers: NDQ_002133

answers: University of Colorado Boulder,

answers: NDQ_002134

answers: Mars.

answers: NDQ_002135

answers: Mars.

answers: NDQ_002136

answers: humans-to-Mars

answers: NDQ_002137

answers: Mars.

answers: NDQ_002138

answers: Mars.

answers: NDQ_002139

answers: Dr. Robert Zubrin

text: The space race is repeatedly covered, including such articles as "Bleeping Two-Foot Tin Ball Threatens Free World" about the Sputnik launch "Soviets Ahead in Dog-Killing Race" about the flight of experimental animals, and finally "Holy Shit, Man Walks on Fucking Moon", a recreation of the Apollo 11 landing, complete with a radio transcript filled with profanity.

text: The space race is repeatedly covered, including such articles as "Bleeping Two-Foot Tin Ball Threatens Free World" about the

text: Sputnik

text: launch "Soviets Ahead in Dog-Killing Race" about the flight of experimental animals, and finally "Holy Shit, Man Walks on Fucking Moon", a recreation of the

text: Apollo 11

text: landing, complete with a radio transcript filled with profanity.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: Law of Gravity

answers: NDQ_002099

answers: can be launched

answers: NDQ_002100

answers: Soviets

answers: NDQ_002103

answers: Sputnik

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: What did the Sputnik launch prove?

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices.

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat or Sputnik?

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: Which of the following is not a type of satellite: imaging satellites or satellites?

answers: NDQ_002124

answers: Apollo 11

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: can be

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: Moon

answers: NDQ_002129

answers: Sputnik

answers: NDQ_002130

answers: The Space Race

answers: NDQ_002131

answers: Sputnik

answers: NDQ_002132

answers: dog-killing race

answers: NDQ_002133

answers: Sputnik

answers: NDQ_002134

answers: speed is proportional to the distance travelled

answers: NDQ_002135

answers: the space race

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: satellites to determine the location of the Earth

answers: NDQ_002138

answers: does not have a moon.

answers: NDQ_002139

answers: Apollo 11

answers: NDQ_002095

answers: Moon",

answers: NDQ_002097

answers: flight of experimental animals,

answers: NDQ_002099

answers: launch

answers: NDQ_002100

answers: "Soviets

answers: NDQ_002103

answers: launch

answers: NDQ_002108

answers: Sputnik

answers: NDQ_002111

answers: Sputnik launch

answers: NDQ_002113

answers: Sputnik launch

answers: NDQ_002114

answers: Apollo 11

answers: NDQ_002115

answers: Apollo 11

answers: NDQ_002116

answers: Moon",

answers: NDQ_002117

answers: Sputnik launch

answers: NDQ_002118

answers: The space race

answers: NDQ_002119

answers: Moon",

answers: NDQ_002120

answers: World"

answers: NDQ_002121

answers: Sputnik launch

answers: NDQ_002122

answers: Sputnik launch

answers: NDQ_002123

answers: The space race

answers: NDQ_002124

answers: Apollo 11

answers: NDQ_002125

answers: Apollo 11

answers: NDQ_002126

answers: flight of experimental animals,

answers: NDQ_002127

answers: launch

answers: NDQ_002128

answers: Moon",

answers: NDQ_002129

answers: Sputnik

answers: NDQ_002130

answers: Apollo 11

answers: NDQ_002131

answers: Sputnik launch

answers: NDQ_002132

answers: experimental animals,

answers: NDQ_002133

answers: Sputnik

answers: NDQ_002134

answers: flight of experimental animals,

answers: NDQ_002135

answers: Sputnik

answers: NDQ_002136

answers: space race

answers: NDQ_002137

answers: Moon",

answers: NDQ_002138

answers: Sputnik

answers: NDQ_002139

answers: Apollo 11

text: ISRO sent one lunar orbiter, Chandrayaan-1, on 22 October 2008 and one Mars orbiter, Mars Orbiter Mission, which successfully entered Mars orbit on 24 September 2014, making India the first nation to succeed on its first attempt, and ISRO the fourth space agency in the world as well as the first space agency in Asia to successfully reach Mars orbit. Future plans include development of GSLV Mk III,(for launch of heavier satellites), ULV, development of a reusable launch vehicle, human spaceflight, further lunar exploration, interplanetary probes, a solar spacecraft mission, etc.  On 18 June 2016 ISRO successfully set a record with launch of 20 satellites in a single payload, one being a satellite from Google.

text: ISRO sent one lunar orbiter,

text: , on 22 October 2008 and one

text: Mars

text: orbiter,

text: Mars Orbiter Mission

text: , which successfully entered

text: Mars

text: orbit on 24 September 2014, making India the first nation to succeed on its first attempt, and ISRO the fourth space agency in the world as well as the

entity_name: Comparison of Asian national space programs

text: first space agency in Asia

text: to successfully reach Mars orbit. Future plans include development of

entity_name: Geosynchronous Satellite Launch Vehicle Mark III

text: GSLV Mk III

text: ,(for launch of heavier satellites),

text: ULV

text: , development of a

text: reusable launch vehicle

text: human spaceflight

text: further lunar exploration

text: , interplanetary probes,

text: a solar spacecraft mission

text: , etc.  On 18 June 2016 ISRO successfully set a record with launch of 20 satellites in a single payload, one being a satellite from

text: Google

answers: NDQ_002095

answers: Mars orbit

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be reused

answers: NDQ_002100

answers: India

answers: NDQ_002103

answers: on Earth

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: It's impossible to say

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: Which is not a last name?

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: Which was launched first, Chandrayaan-1 or Mars Orbiter Mission?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: Mars orbiter

answers: NDQ_002129

answers: Google

answers: NDQ_002130

answers: ISRO

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: Mars Orbiter Mission

answers: NDQ_002133

answers: 14th century

answers: NDQ_002134

answers: Mars orbiter Mission successfully entered Mars orbit on 24 September 2014

answers: NDQ_002135

answers: Chandrayaan-1

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Mars orbiter

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Mars orbiter, Mars Orbiter Mission, which successfully entered Mars orbit

answers: NDQ_002097

answers: Mars orbit on 24 September 2014,

answers: NDQ_002099

answers: heavier satellites),

answers: NDQ_002100

answers: India

answers: NDQ_002103

answers: reusable launch vehicle,

answers: NDQ_002108

answers: human spaceflight,

answers: NDQ_002111

answers: reusable launch vehicle, human spaceflight,

answers: NDQ_002113

answers: GSLV Mk III,(for

answers: NDQ_002114

answers: human spaceflight,

answers: NDQ_002115

answers: lunar orbiter,

answers: NDQ_002116

answers: orbit

answers: NDQ_002117

answers: reusable launch vehicle,

answers: NDQ_002118

answers: 20 satellites in a single payload,

answers: NDQ_002119

answers: human spaceflight,

answers: NDQ_002120

answers: 20 satellites in a single payload,

answers: NDQ_002121

answers: Mars orbit on 24 September 2014,

answers: NDQ_002122

answers: reusable launch vehicle,

answers: NDQ_002123

answers: Mars orbit

answers: NDQ_002124

answers: 2008

answers: NDQ_002125

answers: Mars orbit on 24 September 2014,

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: reusable launch vehicle,

answers: NDQ_002128

answers: lunar orbiter,

answers: NDQ_002129

answers: 20 satellites in a single payload,

answers: NDQ_002130

answers: ISRO

answers: NDQ_002131

answers: reusable launch vehicle,

answers: NDQ_002132

answers: solar spacecraft

answers: NDQ_002133

answers: 22 October 2008

answers: NDQ_002134

answers: reusable launch vehicle,

answers: NDQ_002135

answers: Chandrayaan-1, on 22 October 2008

answers: NDQ_002136

answers: reusable launch vehicle,

answers: NDQ_002137

answers: satellites),

answers: NDQ_002138

answers: lunar orbiter, Chandrayaan-1,

answers: NDQ_002139

answers: human spaceflight,

text: The above discussion defines the beta angle of satellites orbiting the Earth, but a beta angle can be calculated for any orbiting three body system: the same definition can be applied to give the beta angle of other objects.  For example, the beta angle of a satellite in orbit around Mars, with respect to the Earth, defines how much of the time the satellite has a line of sight to the Earth - that is, it determines how long the Earth is shining on the satellite and how long the Earth is blocked from view.  That same satellite also will have a beta angle with respect to the Sun, and in fact it has a beta angle for any celestial object one might wish to calculate one for: any satellite orbiting a body (i.e. the Earth) will be in that body's shadow with respect to a given celestial object (like a star) some of the time, and in its line-of-sight the rest of the time.  Beta angles describing non-geocentric orbits are important when space agencies launch satellites into orbits around other bodies in the Solar System.

text: The above discussion defines the beta angle of satellites orbiting the Earth, but a beta angle can be calculated for any orbiting three body system: the same definition can be applied to give the beta angle of other objects.  For example, the beta angle of a satellite in orbit around Mars, with respect to the Earth, defines how much of the time the satellite has a line of sight to the Earth - that is, it determines how long the Earth is shining on the satellite and how long the Earth is blocked from view.  That same satellite also will have a beta angle with respect to the Sun, and in fact it has a beta angle for any celestial object one might wish to calculate one for: any satellite orbiting a body (i.e. the Earth) will be in that body's shadow with respect to a given celestial object (like a star) some of the time, and in its line-of-sight the rest of the time.  Beta angles describing non-

text: geocentric

text: orbits are important when space agencies launch satellites into orbits around other bodies in the Solar System.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: the Earth is shining on the satellite and how long the Earth is blocked from view

answers: NDQ_002099

answers: can launch satellites

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: Earth

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How long the Earth is shining on the satellite

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: It's impossible to say

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: how long the Earth is shining on the satellite and how long the Earth is blocked from view

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What is the beta angle of a satellite in orbit around Mars?

answers: NDQ_002123

answers: How long is the Earth shining on the satellite and how long is the Earth blocked from view?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: beta angle

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Mars

answers: NDQ_002130

answers: space agencies

answers: NDQ_002131

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: Solar System

answers: NDQ_002134

answers: Beta angles describe non-geocentric orbits

answers: NDQ_002135

answers: the early 20th century

answers: NDQ_002136

answers: Earth's shadow

answers: NDQ_002137

answers: satellites orbiting the Earth

answers: NDQ_002138

answers: can have a line of sight to the Earth

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Mars,

answers: NDQ_002097

answers: in that body's shadow

answers: NDQ_002099

answers: launch satellites into orbits around other bodies in the Solar System.

answers: NDQ_002100

answers: Earth,

answers: NDQ_002103

answers: launch satellites

answers: NDQ_002108

answers: space agencies launch satellites into orbits around other bodies in the Solar System.

answers: NDQ_002111

answers: satellites into orbits around other bodies in the Solar System.

answers: NDQ_002113

answers: The above discussion defines the beta angle

answers: NDQ_002114

answers: The above discussion defines the beta angle of satellites orbiting the Earth,

answers: NDQ_002115

answers: satellites into orbits around other bodies in the Solar System.

answers: NDQ_002116

answers: a body

answers: NDQ_002117

answers: space agencies

answers: NDQ_002118

answers: beta angle

answers: NDQ_002119

answers: The above discussion defines the beta angle of satellites orbiting the Earth,

answers: NDQ_002120

answers: beta angle of a satellite in orbit around Mars,

answers: NDQ_002121

answers: satellites into orbits around other bodies in the Solar System.

answers: NDQ_002122

answers: a beta angle can be calculated for any orbiting three body system:

answers: NDQ_002123

answers: beta angle

answers: NDQ_002124

answers: The above discussion defines the beta angle of satellites orbiting the Earth,

answers: NDQ_002125

answers: Mars,

answers: NDQ_002126

answers: orbits

answers: NDQ_002127

answers: launch satellites into orbits around other bodies in the Solar System.

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Mars,

answers: NDQ_002130

answers: space agencies

answers: NDQ_002131

answers: beta angle

answers: NDQ_002132

answers: satellites

answers: NDQ_002133

answers: space agencies launch satellites into orbits around other bodies in the Solar System.

answers: NDQ_002134

answers: in that body's shadow

answers: NDQ_002135

answers: space agencies launch satellites into orbits around other bodies in the Solar System.

answers: NDQ_002136

answers: beta angle

answers: NDQ_002137

answers: beta angle

answers: NDQ_002138

answers: beta angle of a satellite in orbit around Mars,

answers: NDQ_002139

answers: space agencies launch satellites into orbits around other bodies in the Solar System.

text: Space Adventures’ first orbital spaceflight client and the world’s first private space explorer launched to the ISS in April 2001 on Soyuz TM-32. American businessman Dennis Tito received training at the Yuri Gagarin Cosmonaut Training Center in Star City in Russia. Tito participated in Space Adventures’ other programs, including a zero-gravity flight, centrifuge training and a supersonic jet flight to the Karman Line prior to his orbital flight.

text: Space Adventures’ first orbital spaceflight client and the world’s first private space explorer launched to the ISS in April 2001 on Soyuz TM-32. American businessman

text: Dennis Tito

text: received training at the Yuri Gagarin Cosmonaut Training Center in Star City in Russia. Tito participated in Space Adventures’ other programs, including a zero-gravity flight, centrifuge training and a supersonic jet flight to the

text: Karman Line

text: prior to his orbital flight.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: Russia

answers: NDQ_002103

answers: TM-32

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: How did Dennis Tito receive training?

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: orbital

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: how many satellites are in orbit around earth

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Landsat satellites

answers: NDQ_002121

answers: the law of conservation of momentum

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: What is the name of the first private space explorer?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: gravity

answers: NDQ_002128

answers: ISS

answers: NDQ_002129

answers: ISS

answers: NDQ_002130

answers: Space Adventures

answers: NDQ_002131

answers: zero-gravity

answers: NDQ_002132

answers: ISS

answers: NDQ_002133

answers: Soviet Union

answers: NDQ_002134

answers: gravitational force is proportional to

answers: NDQ_002135

answers: April 2001

answers: NDQ_002136

answers: gravity

answers: NDQ_002137

answers: GPS receivers

answers: NDQ_002138

answers: ISS

answers: NDQ_002139

answers: Dennis Tito

answers: NDQ_002095

answers: ISS

answers: NDQ_002097

answers: zero-gravity

answers: NDQ_002099

answers: zero-gravity

answers: NDQ_002100

answers: American

answers: NDQ_002103

answers: ISS in April 2001

answers: NDQ_002108

answers: 2001

answers: NDQ_002111

answers: Soyuz TM-32.

answers: NDQ_002113

answers: ISS in April 2001 on Soyuz TM-32.

answers: NDQ_002114

answers: Dennis Tito

answers: NDQ_002115

answers: Soyuz TM-32.

answers: NDQ_002116

answers: ISS

answers: NDQ_002117

answers: Soyuz TM-32.

answers: NDQ_002118

answers: ISS in April 2001

answers: NDQ_002119

answers: 2001

answers: NDQ_002120

answers: Soyuz TM-32.

answers: NDQ_002121

answers: Soyuz TM-32.

answers: NDQ_002122

answers: Soyuz TM-32.

answers: NDQ_002123

answers: ISS

answers: NDQ_002124

answers: Dennis Tito

answers: NDQ_002125

answers: ISS in April 2001 on Soyuz TM-32.

answers: NDQ_002126

answers: orbital flight.

answers: NDQ_002127

answers: zero-gravity

answers: NDQ_002128

answers: ISS

answers: NDQ_002129

answers: Soyuz TM-32.

answers: NDQ_002130

answers: Space Adventures’

answers: NDQ_002131

answers: zero-gravity

answers: NDQ_002132

answers: zero-gravity

answers: NDQ_002133

answers: 2001

answers: NDQ_002134

answers: zero-gravity

answers: NDQ_002135

answers: Soyuz TM-32.

answers: NDQ_002136

answers: zero-gravity

answers: NDQ_002137

answers: zero-gravity

answers: NDQ_002138

answers: ISS in April 2001 on Soyuz TM-32.

answers: NDQ_002139

answers: Dennis Tito

text: MESUR, the Mars Environmental SURvey was a NASA program designed to explore the planet Mars in preparation for human follow-up missions of the Space Exploration Initiative. The only mission of the program that was completed was MESUR Pathfinder.

text: MESUR, the Mars Environmental SURvey was a

text: NASA

text: program designed to explore the

text: planet Mars

text: in preparation for human follow-up missions of the

text: Space Exploration Initiative

text: . The only mission of the program that was completed was

text: MESUR Pathfinder

answers: NDQ_002095

answers: Mars

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: Space Exploration Initiative

answers: NDQ_002108

answers: It's impossible to say

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: What does MESUR stand for?

answers: NDQ_002118

answers: how many satellites are in orbit around earth

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat or Pathfinder?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: Which of the following is not a type of mission: Mars Environmental SURvey or Space Exploration Initiative?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: MESUR Pathfinder

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: MESUR

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: gravitational force causes the speed of a moving object to increase

answers: NDQ_002135

answers: MESUR

answers: NDQ_002136

answers: gravitational pull

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: is called a low orbit satellite

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Mars

answers: NDQ_002097

answers: Mars

answers: NDQ_002099

answers: human follow-up missions

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: Mars

answers: NDQ_002108

answers: Space Exploration Initiative.

answers: NDQ_002111

answers: human follow-up missions of the Space Exploration Initiative.

answers: NDQ_002113

answers: Space Exploration Initiative.

answers: NDQ_002114

answers: Mars

answers: NDQ_002115

answers: Mars

answers: NDQ_002116

answers: Mars

answers: NDQ_002117

answers: Space Exploration Initiative.

answers: NDQ_002118

answers: MESUR,

answers: NDQ_002119

answers: Mars in preparation for human follow-up missions of the Space Exploration Initiative.

answers: NDQ_002120

answers: MESUR, the Mars Environmental SURvey

answers: NDQ_002121

answers: Space Exploration Initiative.

answers: NDQ_002122

answers: Mars

answers: NDQ_002123

answers: Mars

answers: NDQ_002124

answers: MESUR,

answers: NDQ_002125

answers: MESUR Pathfinder.

answers: NDQ_002126

answers: Mars

answers: NDQ_002127

answers: Space Exploration Initiative.

answers: NDQ_002128

answers: Space Exploration Initiative.

answers: NDQ_002129

answers: MESUR Pathfinder.

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: MESUR Pathfinder.

answers: NDQ_002132

answers: Space Exploration Initiative.

answers: NDQ_002133

answers: Space Exploration Initiative.

answers: NDQ_002134

answers: human follow-up missions of the Space Exploration Initiative.

answers: NDQ_002135

answers: MESUR,

answers: NDQ_002136

answers: Space Exploration Initiative.

answers: NDQ_002137

answers: Mars

answers: NDQ_002138

answers: Mars

answers: NDQ_002139

answers: MESUR Pathfinder.

text: In the early 1980s there were only upper limits available for the CIB. The real observations of the CIB began after the era of astronomical satellites working in the infrared, started by the Infrared Astronomy Satellite (IRAS), and followed by the Cosmic Background Explorer (COBE), the Infrared Space Observatory (ISO) and by the Spitzer Space Telescope. Exploration of the CIB was continued by the Herschel Space Observatory, launched in 2009.

text: In the early 1980s there were only upper limits available for the CIB. The real observations of the CIB began after the era of astronomical satellites working in the infrared, started by the

text: Infrared Astronomy Satellite

text: (IRAS), and followed by the

text: Cosmic Background Explorer

text: (COBE), the

text: Infrared Space Observatory

text: (ISO) and by the

text: Spitzer Space Telescope

text: . Exploration of the CIB was continued by the

text: Herschel Space Observatory

text: , launched in 2009.

answers: NDQ_002095

answers: infrared

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: Soviet Union

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is IRAS?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Which satellites make detailed images of continents and coasts

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What is the first law of motion?

answers: NDQ_002123

answers: Which satellites are placed in high orbits over Earth?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbital

answers: NDQ_002127

answers: infrared

answers: NDQ_002128

answers: astronomical satellite

answers: NDQ_002129

answers: Herschel Space Observatory

answers: NDQ_002130

answers: Herschel Space Observatory

answers: NDQ_002131

answers: NDQ_002132

answers: Herschel

answers: NDQ_002133

answers: 1980s

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: Herschel Space Observatory

answers: NDQ_002136

answers: infrared

answers: NDQ_002137

answers: infrared

answers: NDQ_002138

answers: IRAS

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: astronomical satellites working in the infrared,

answers: NDQ_002097

answers: upper limits available for the CIB.

answers: NDQ_002099

answers: astronomical satellites working in the infrared,

answers: NDQ_002100

answers: 2009.

answers: NDQ_002103

answers: 2009.

answers: NDQ_002108

answers: 2009.

answers: NDQ_002111

answers: astronomical satellites working in the infrared,

answers: NDQ_002113

answers: Herschel Space Observatory, launched in 2009.

answers: NDQ_002114

answers: Herschel Space Observatory, launched in 2009.

answers: NDQ_002115

answers: astronomical satellites working in the infrared,

answers: NDQ_002116

answers: satellites

answers: NDQ_002117

answers: astronomical satellites working in the infrared,

answers: NDQ_002118

answers: astronomical satellites

answers: NDQ_002119

answers: 2009.

answers: NDQ_002120

answers: Herschel Space Observatory, launched in 2009.

answers: NDQ_002121

answers: astronomical satellites

answers: NDQ_002122

answers: astronomical satellites working in the infrared,

answers: NDQ_002123

answers: astronomical satellites working in the infrared,

answers: NDQ_002124

answers: In the early 1980s

answers: NDQ_002125

answers: Herschel Space Observatory, launched in 2009.

answers: NDQ_002126

answers: astronomical satellites working in the infrared,

answers: NDQ_002127

answers: astronomical satellites working in the infrared,

answers: NDQ_002128

answers: satellites

answers: NDQ_002129

answers: Infrared Astronomy Satellite

answers: NDQ_002130

answers: Herschel Space Observatory,

answers: NDQ_002131

answers: Herschel Space Observatory, launched in 2009.

answers: NDQ_002132

answers: Herschel Space Observatory,

answers: NDQ_002133

answers: 1980s

answers: NDQ_002134

answers: astronomical satellites working in the infrared,

answers: NDQ_002135

answers: 1980s

answers: NDQ_002136

answers: infrared,

answers: NDQ_002137

answers: infrared,

answers: NDQ_002138

answers: Infrared Astronomy Satellite

answers: NDQ_002139

answers: Spitzer Space Telescope.

text: Excelling in football as a high school student, Ben received a full scholarship to Empire State University, where he first met his eventual lifelong friend in a teenaged genius named Reed Richards, as well as future enemy Victor von Doom. Despite their being from radically different backgrounds, science student Richards described to Grimm his dream of building a space rocket to explore the regions of space around Mars; Grimm jokingly agreed to fly that rocket when the day came.

text: Excelling in football as a high school student, Ben received a full scholarship to

text: Empire State University

text: , where he first met his eventual lifelong friend in a teenaged genius named

text: Reed Richards

text: , as well as future enemy

text: Victor von Doom

text: . Despite their being from radically different backgrounds, science student Richards described to Grimm his dream of building a space rocket to explore the regions of space around Mars; Grimm jokingly agreed to fly that rocket when the day came.

answers: NDQ_002095

answers: Mars

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: flies

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices.

answers: NDQ_002119

answers: Mars

answers: NDQ_002120

answers: None of the above choices.

answers: NDQ_002121

answers: None of the above choices.

answers: NDQ_002122

answers: None of the above choices.

answers: NDQ_002123

answers: Which of the following is not a science student: Richards, Grimm or Von Doom?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: gravity

answers: NDQ_002128

answers: Mars

answers: NDQ_002129

answers: Mars

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: space age

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: Richards' dream

answers: NDQ_002136

answers: gravity

answers: NDQ_002137

answers: data from satellites

answers: NDQ_002138

answers: can be a

answers: NDQ_002139

answers: Reed Richards

answers: NDQ_002095

answers: Mars;

answers: NDQ_002097

answers: Mars;

answers: NDQ_002099

answers: explore the regions of space around Mars;

answers: NDQ_002100

answers: Reed Richards, as well as future enemy Victor von Doom.

answers: NDQ_002103

answers: fly

answers: NDQ_002108

answers: Mars;

answers: NDQ_002111

answers: Reed Richards,

answers: NDQ_002113

answers: Reed Richards,

answers: NDQ_002114

answers: Reed Richards,

answers: NDQ_002115

answers: Reed Richards,

answers: NDQ_002116

answers: Reed Richards,

answers: NDQ_002117

answers: space rocket

answers: NDQ_002118

answers: Mars;

answers: NDQ_002119

answers: Reed Richards,

answers: NDQ_002120

answers: Mars;

answers: NDQ_002121

answers: space rocket

answers: NDQ_002122

answers: space rocket to explore the regions of space around Mars;

answers: NDQ_002123

answers: Mars;

answers: NDQ_002124

answers: Reed Richards,

answers: NDQ_002125

answers: Mars;

answers: NDQ_002126

answers: regions of space around Mars;

answers: NDQ_002127

answers: space rocket

answers: NDQ_002128

answers: Mars;

answers: NDQ_002129

answers: Mars;

answers: NDQ_002130

answers: Empire State University,

answers: NDQ_002131

answers: space rocket

answers: NDQ_002132

answers: space rocket

answers: NDQ_002133

answers: Mars;

answers: NDQ_002134

answers: Mars;

answers: NDQ_002135

answers: Mars;

answers: NDQ_002136

answers: space

answers: NDQ_002137

answers: Mars;

answers: NDQ_002138

answers: Mars;

answers: NDQ_002139

answers: Reed Richards,

text: The Space Shuttle is likely the most complex spacecraft ever built. Although MSFC was not responsible for developing the centerpiece – the Orbiter Vehicle (OV) – it was responsible for all of the rocket propulsion elements: the OV's three main engines, the External Tank (ET), and the Solid-Rocket Boosters (SRBs). MSFC was also responsible for Spacelab, the research facility carried in the Shuttle's cargo bay on certain flights. From the start of the program in 1972, the management and development of Space Shuttle propulsion was a major activity at MSFC. Alex A. McCool, Jr. was manager of MSFC's Space Shuttle Projects Office.

text: The

text: Space Shuttle

text: is likely the most complex spacecraft ever built. Although MSFC was not responsible for developing the centerpiece – the

text: Orbiter Vehicle

text: (OV) – it was responsible for all of the rocket propulsion elements: the OV's three main engines, the

text: External Tank

text: (ET), and the

text: Solid-Rocket Boosters

text: (SRBs). MSFC was also responsible for

text: Spacelab

text: , the research facility carried in the Shuttle's cargo bay on certain flights. From the start of the program in 1972, the management and development of Space Shuttle propulsion was a major activity at MSFC.

text: Alex A. McCool, Jr.

text: was manager of MSFC's Space Shuttle Projects Office.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: solid-rocket boosting

answers: NDQ_002099

answers: propelled

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: How many main engines did the OV have?

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: How many years after the start of the program in 1972 was the Space Shuttle Projects Office?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: The U.S.

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: What is the most complex spacecraft ever built?

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Neil Armstrong walked

answers: NDQ_002120

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

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: Which of the following is not a type of engine: the External Tank (ET), and the Solid-Rocket Boosters (SRBs)?

answers: NDQ_002123

answers: Which of the following is not a type of satellite: imaging satellites or Spacelab?

answers: NDQ_002124

answers: Who was the first astronaut to walk on the Moon?

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: engines

answers: NDQ_002128

answers: Orbiter

answers: NDQ_002129

answers: Spacelab

answers: NDQ_002130

answers: MSFC

answers: NDQ_002131

answers: solid-rocket boosting

answers: NDQ_002132

answers: Orbiter

answers: NDQ_002133

answers: Space Shuttle

answers: NDQ_002134

answers: Space Shuttle propulsion was a major activity at what company?

answers: NDQ_002135

answers: Space Shuttle

answers: NDQ_002136

answers: Space Shuttle propulsion

answers: NDQ_002137

answers: GPS technology to determine the location of

answers: NDQ_002138

answers: Spacelab

answers: NDQ_002139

answers: Alex A. McCool

answers: NDQ_002095

answers: Orbiter Vehicle

answers: NDQ_002097

answers: rocket propulsion

answers: NDQ_002099

answers: three main engines,

answers: NDQ_002100

answers: MSFC

answers: NDQ_002103

answers: the Orbiter Vehicle

answers: NDQ_002108

answers: 1972,

answers: NDQ_002111

answers: rocket propulsion elements:

answers: NDQ_002113

answers: The Space Shuttle

answers: NDQ_002114

answers: The Space Shuttle

answers: NDQ_002115

answers: The Space Shuttle

answers: NDQ_002116

answers: Orbiter Vehicle

answers: NDQ_002117

answers: The Space Shuttle

answers: NDQ_002118

answers: The Space Shuttle

answers: NDQ_002119

answers: 1972,

answers: NDQ_002120

answers: The Space Shuttle

answers: NDQ_002121

answers: the Orbiter Vehicle

answers: NDQ_002122

answers: Solid-Rocket Boosters (SRBs).

answers: NDQ_002123

answers: Spacelab,

answers: NDQ_002124

answers: MSFC

answers: NDQ_002125

answers: The Space Shuttle

answers: NDQ_002126

answers: Orbiter

answers: NDQ_002127

answers: engines,

answers: NDQ_002128

answers: Orbiter Vehicle

answers: NDQ_002129

answers: the Orbiter Vehicle

answers: NDQ_002130

answers: MSFC

answers: NDQ_002131

answers: Orbiter Vehicle

answers: NDQ_002132

answers: Orbiter Vehicle

answers: NDQ_002133

answers: 1972,

answers: NDQ_002134

answers: Solid-Rocket Boosters

answers: NDQ_002135

answers: Space Shuttle

answers: NDQ_002136

answers: rocket propulsion

answers: NDQ_002137

answers: Solid-Rocket Boosters

answers: NDQ_002138

answers: the Orbiter Vehicle

answers: NDQ_002139

answers: Alex A. McCool, Jr.

text: Throttling of a rocket engine means varying the thrust level in-flight. This is not always a requirement; in fact, the thrust of a solid-fuel rocket is not controllable after ignition. However, liquid-propellant rockets can be throttled by means of valves which regulate the flow of fuel and oxidizer to the combustion chamber. Hybrid rocket engines, such as the one used in Space Ship One, use solid fuel with a liquid oxidizer, and therefore can be throttled. Throttling tends to be required more for powered landings, and launch into space using a single main stage (such as the Space Shuttle), than for launch with multistage rockets. They are also useful in situations where the airspeed of the vehicle must be limited due to aerodynamic stress in the denser atmosphere at lower levels (i.e. the Space Shuttle)

text: Throttling of a

text: rocket engine

text: means varying the

text: thrust

text: level in-flight. This is not always a requirement; in fact, the thrust of a

text: solid-fuel rocket

text: is not controllable after ignition. However,

text: liquid-propellant rocket

text: s can be throttled by means of valves which regulate the flow of fuel and oxidizer to the combustion chamber.

text: Hybrid rocket

text: engines, such as the one used in

text: Space Ship One

text: , use solid fuel with a liquid oxidizer, and therefore can be throttled. Throttling tends to be required more for powered landings, and launch into space using a single main stage (such as the

text: Space Shuttle

text: ), than for launch with

text: multistage rocket

text: s. They are also useful in situations where the airspeed of the vehicle must be limited due to aerodynamic stress in the denser atmosphere at lower levels (i.e. the Space Shuttle)

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: aerodynamic stress

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: unanswerable

answers: NDQ_002103

answers: Throttling

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: what is a satellite

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: Space Ship One

answers: NDQ_002119

answers: space

answers: NDQ_002120

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

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: airspeed of the vehicle must be limited due to aerodynamic stress

answers: NDQ_002123

answers: orbits over Earth

answers: NDQ_002124

answers: Alan Shepherd

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: aerodynamic

answers: NDQ_002127

answers: thrust

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: Space Ship One

answers: NDQ_002130

answers: Space Shuttle

answers: NDQ_002131

answers: Throttling

answers: NDQ_002132

answers: Space Ship One

answers: NDQ_002133

answers: Space Shuttle

answers: NDQ_002134

answers: Throttling of a rocket engine means varying the thrust level in-flight

answers: NDQ_002135

answers: Space Ship One

answers: NDQ_002136

answers: Throttling

answers: NDQ_002137

answers: a rocket engine

answers: NDQ_002138

answers: can be throttled

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: airspeed of the vehicle must be limited due to aerodynamic stress

answers: NDQ_002099

answers: launch with multistage rockets.

answers: NDQ_002100

answers: Throttling

answers: NDQ_002103

answers: launch into space

answers: NDQ_002108

answers: Space Ship One,

answers: NDQ_002111

answers: Throttling

answers: NDQ_002113

answers: Throttling

answers: NDQ_002114

answers: Throttling

answers: NDQ_002115

answers: powered landings,

answers: NDQ_002116

answers: Throttling

answers: NDQ_002117

answers: Space Shuttle), than for launch with multistage rockets.

answers: NDQ_002118

answers: Throttling

answers: NDQ_002119

answers: Space Ship One,

answers: NDQ_002120

answers: Throttling

answers: NDQ_002121

answers: Throttling

answers: NDQ_002122

answers: varying the thrust level in-flight.

answers: NDQ_002123

answers: Throttling

answers: NDQ_002124

answers: Throttling

answers: NDQ_002125

answers: powered landings,

answers: NDQ_002126

answers: aerodynamic

answers: NDQ_002127

answers: thrust

answers: NDQ_002128

answers: space

answers: NDQ_002129

answers: Space Ship One,

answers: NDQ_002130

answers: Throttling

answers: NDQ_002131

answers: aerodynamic stress

answers: NDQ_002132

answers: Space Ship One,

answers: NDQ_002133

answers: Space Ship One,

answers: NDQ_002134

answers: thrust of a solid-fuel rocket is not controllable after ignition.

answers: NDQ_002135

answers: Space Ship One,

answers: NDQ_002136

answers: Throttling

answers: NDQ_002137

answers: solid fuel with a liquid oxidizer,

answers: NDQ_002138

answers: aerodynamic stress in the denser atmosphere at lower levels

answers: NDQ_002139

answers: Space Ship One,

text: The , or JAXA, is Japan's national aero-space agency. Through the merger of three previously independent organizations, JAXA was formed on 1 October 2003. JAXA is responsible for research, technology development and the launch of satellites into orbit, and is involved in many more advanced missions, such as asteroid exploration and possible manned  exploration of the Moon. Its motto is One JAXA and its corporate slogan is Explore to Realize (formerly Reaching for the skies, exploring space).

text: The , or JAXA, is Japan's national aero-

text: space agency

text: . Through the merger of three previously independent organizations, JAXA was formed on 1 October 2003. JAXA is responsible for research, technology development and the launch of

text: satellite

text: s into

text: orbit

text: , and is involved in many more advanced missions, such as

text: asteroid

text: exploration and possible manned

text: exploration of the Moon

text: . Its motto is One JAXA and its corporate slogan is Explore to Realize (formerly Reaching for the skies, exploring space).

answers: NDQ_002095

answers: orbit the Moon

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: launches satellites into orbit

answers: NDQ_002100

answers: Japan

answers: NDQ_002103

answers: JAXA

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices.

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: JAXA is responsible for research, technology development and the launch of satellites

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: What is the first law of motion?

answers: NDQ_002123

answers: Which is not a mission of JAXA: asteroid exploration or manned exploration of the Moon?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: satellites

answers: NDQ_002129

answers: JAXA

answers: NDQ_002130

answers: unanswerable

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: asteroid exploration

answers: NDQ_002133

answers: 20th century

answers: NDQ_002134

answers: gravitational force between two objects causes them to repel each other

answers: NDQ_002135

answers: JAXA

answers: NDQ_002136

answers: the launch

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: unanswerable

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: orbit,

answers: NDQ_002097

answers: One JAXA and its corporate slogan is Explore to Realize

answers: NDQ_002099

answers: launch of satellites into orbit,

answers: NDQ_002100

answers: Japan's

answers: NDQ_002103

answers: launch of satellites

answers: NDQ_002108

answers: manned exploration of the Moon.

answers: NDQ_002111

answers: satellites

answers: NDQ_002113

answers: 2003.

answers: NDQ_002114

answers: manned exploration of the Moon.

answers: NDQ_002115

answers: manned exploration of the Moon.

answers: NDQ_002116

answers: satellites into orbit,

answers: NDQ_002117

answers: manned

answers: NDQ_002118

answers: satellites

answers: NDQ_002119

answers: 2003.

answers: NDQ_002120

answers: JAXA was formed on 1 October 2003.

answers: NDQ_002121

answers: satellites

answers: NDQ_002122

answers: launch of satellites

answers: NDQ_002123

answers: satellites

answers: NDQ_002124

answers: Moon.

answers: NDQ_002125

answers: manned exploration of the Moon.

answers: NDQ_002126

answers: orbit,

answers: NDQ_002127

answers: launch

answers: NDQ_002128

answers: satellites

answers: NDQ_002129

answers: satellites

answers: NDQ_002130

answers: JAXA, is Japan's national aero-space agency.

answers: NDQ_002131

answers: 2003.

answers: NDQ_002132

answers: satellites

answers: NDQ_002133

answers: manned exploration of the Moon.

answers: NDQ_002134

answers: manned exploration of the Moon.

answers: NDQ_002135

answers: JAXA,

answers: NDQ_002136

answers: launch

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: satellites

answers: NDQ_002139

answers: 2003.

text: Space telescopes. Since the beginning of space exploration, telescopes have been sent to space, where they work at wavelengths shorter than UV, which are completely absorbed by the atmosphere, and where flares may be very bright. Since the 1970s, the GOES series of satellites observe the Sun in soft X-rays, and their observations became the standard measure of flares, diminishing the importance of the Hα classification. Hard X-rays were observed by many different instruments, the most important today being the Reuven Ramaty High Energy Solar Spectroscopic Imager (RHESSI). Nonetheless, UV observations are today the stars of solar imaging with their incredible fine details that reveal the complexity of the solar corona. Spacecraft may also bring radio detectors at extremely long wavelengths (as long as a few kilometers) that cannot propagate through the ionosphere.

text: Space telescopes. Since the beginning of

text: space exploration

text: , telescopes have been sent to space, where they work at wavelengths shorter than UV, which are completely absorbed by the atmosphere, and where flares may be very bright. Since the 1970s, the

text: GOES

text: series of satellites observe the Sun in soft X-rays, and their observations became the standard measure of flares, diminishing the importance of the

text: Hα

text: classification. Hard X-rays were observed by many different instruments, the most important today being the Reuven Ramaty High Energy Solar Spectroscopic Imager (

text: RHESSI

text: ). Nonetheless, UV observations are today the stars of solar imaging with their incredible fine details that reveal the complexity of the

text: solar corona

text: . Spacecraft may also bring radio detectors at extremely long wavelengths (as long as a few kilometers) that cannot propagate through the

text: ionosphere

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: unanswerable

answers: NDQ_002103

answers: space

answers: NDQ_002108

answers: NDQ_002111

answers: How many years after telescopes have been sent to space have telescopes been sent to space?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: unanswerable

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices.

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Which satellites make detailed images of continents and coasts?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: what is the first law mentioned?

answers: NDQ_002123

answers: Which of the following is not a satellite: GOES series, Reuven Ramaty High Energy Solar Spectroscopic Imager, or Spacecraft?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: GOES series of satellites

answers: NDQ_002130

answers: GOES

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: satellites

answers: NDQ_002133

answers: 1970s

answers: NDQ_002134

answers: UV is absorbed by the atmosphere

answers: NDQ_002135

answers: space exploration

answers: NDQ_002136

answers: ionosphere

answers: NDQ_002137

answers: radio detectors

answers: NDQ_002138

answers: may be very bright

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: observe the Sun in soft X-rays,

answers: NDQ_002097

answers: wavelengths shorter than UV, which are completely absorbed by the atmosphere,

answers: NDQ_002099

answers: Space telescopes.

answers: NDQ_002100

answers: Space telescopes.

answers: NDQ_002103

answers: Space telescopes.

answers: NDQ_002108

answers: 1970s,

answers: NDQ_002111

answers: Space telescopes.

answers: NDQ_002113

answers: Space telescopes.

answers: NDQ_002114

answers: Space telescopes.

answers: NDQ_002115

answers: Space telescopes.

answers: NDQ_002116

answers: satellites

answers: NDQ_002117

answers: Spacecraft

answers: NDQ_002118

answers: GOES series of satellites

answers: NDQ_002119

answers: 1970s,

answers: NDQ_002120

answers: UV,

answers: NDQ_002121

answers: Space telescopes.

answers: NDQ_002122

answers: wavelengths shorter than UV,

answers: NDQ_002123

answers: Space telescopes.

answers: NDQ_002124

answers: Space telescopes.

answers: NDQ_002125

answers: Space telescopes.

answers: NDQ_002126

answers: propagate through the ionosphere.

answers: NDQ_002127

answers: Space telescopes.

answers: NDQ_002128

answers: satellites

answers: NDQ_002129

answers: GOES series of satellites

answers: NDQ_002130

answers: GOES

answers: NDQ_002131

answers: Space telescopes.

answers: NDQ_002132

answers: Space telescopes.

answers: NDQ_002133

answers: 1970s,

answers: NDQ_002134

answers: UV,

answers: NDQ_002135

answers: space exploration,

answers: NDQ_002136

answers: UV, which are completely absorbed by the atmosphere,

answers: NDQ_002137

answers: satellites observe the Sun in soft X-rays,

answers: NDQ_002138

answers: GOES series of satellites

answers: NDQ_002139

answers: Reuven Ramaty

text: Sputnik was first isolated from a sample obtained from humans; it was harvested from the contact lens fluid of an individual with keratitis. Naturally however, the Sputnik virophage has been found to multiply inside species of the opportunistically pathogenic protozoan Acanthamoeba , but only if that amoeba is infected with the large mamavirus. Sputnik harnesses the mamavirus proteins to rapidly produce new copies of itself.

text: Sputnik was first isolated from a sample obtained from humans; it was harvested from the contact lens fluid of an individual with

text: keratitis

text: . Naturally however, the Sputnik virophage has been found to multiply inside species of the opportunistically pathogenic protozoan

text: Acanthamoeba

text: , but only if that amoeba is infected with the large

text: mamavirus

text: . Sputnik harnesses the mamavirus proteins to rapidly produce new copies of itself.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: Soviet Union

answers: NDQ_002103

answers: before the Earth

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How was Sputnik isolated?

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: How are satellites placed in high orbits?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: contact lens fluid

answers: NDQ_002128

answers: Sputnik

answers: NDQ_002129

answers: Sputnik

answers: NDQ_002130

answers: Sputnik

answers: NDQ_002131

answers: Sputnik

answers: NDQ_002132

answers: Sputnik

answers: NDQ_002133

answers: Sputnik

answers: NDQ_002134

answers: Sputnik harnesses the mamavirus proteins to rapidly produce new copies of itself

answers: NDQ_002135

answers: Sputnik

answers: NDQ_002136

answers: gravitational pull

answers: NDQ_002137

answers: data from satellites

answers: NDQ_002138

answers: Sputnik

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Sputnik

answers: NDQ_002097

answers: Sputnik

answers: NDQ_002099

answers: Sputnik

answers: NDQ_002100

answers: Sputnik

answers: NDQ_002103

answers: Sputnik

answers: NDQ_002108

answers: Sputnik

answers: NDQ_002111

answers: Sputnik

answers: NDQ_002113

answers: Sputnik

answers: NDQ_002114

answers: Sputnik

answers: NDQ_002115

answers: Sputnik

answers: NDQ_002116

answers: Sputnik

answers: NDQ_002117

answers: Sputnik

answers: NDQ_002118

answers: Sputnik

answers: NDQ_002119

answers: Sputnik

answers: NDQ_002120

answers: Sputnik

answers: NDQ_002121

answers: Sputnik

answers: NDQ_002122

answers: Sputnik

answers: NDQ_002123

answers: Sputnik

answers: NDQ_002124

answers: Sputnik

answers: NDQ_002125

answers: Sputnik

answers: NDQ_002126

answers: Sputnik

answers: NDQ_002127

answers: contact lens fluid of an individual with keratitis.

answers: NDQ_002128

answers: Sputnik

answers: NDQ_002129

answers: Sputnik

answers: NDQ_002130

answers: Sputnik

answers: NDQ_002131

answers: Sputnik

answers: NDQ_002132

answers: Sputnik

answers: NDQ_002133

answers: Sputnik

answers: NDQ_002134

answers: Sputnik

answers: NDQ_002135

answers: Sputnik

answers: NDQ_002136

answers: mamavirus.

answers: NDQ_002137

answers: Sputnik

answers: NDQ_002138

answers: Sputnik

answers: NDQ_002139

answers: Sputnik

text: Tromsø Satellite Station (, TSS), until 1988 known as Tromsø Telemetry Station (), is a satellite earth station located in Tromsø, Norway. The facility is owned by Kongsberg Satellite Services (KSAT), a joint venture between the Kongsberg Group and the Norwegian Space Centre (NSC). In addition to hosting its own antennas serving thirty satellites, TSS acts as the center-point of KSAT's operations and provides backbone services for the high Arctic Svalbard Satellite Station (SvalSat) and the Antarctic Troll Satellite Station (TrollSat).

text: Tromsø Satellite Station (, TSS), until 1988 known as Tromsø Telemetry Station (), is a

text: satellite earth station

text: located in

text: Tromsø

text: Norway

text: . The facility is owned by

text: Kongsberg Satellite Services

text: (KSAT), a joint venture between the

text: Kongsberg Group

text: and the

text: Norwegian Space Centre

text: (NSC). In addition to hosting its own antennas serving thirty satellites, TSS acts as the center-point of KSAT's operations and provides backbone services for the high Arctic

text: Svalbard Satellite Station

text: (SvalSat) and the Antarctic

text: Troll Satellite Station

text: (TrollSat).

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: Norway

answers: NDQ_002103

answers: The Kongsberg Group

answers: NDQ_002108

answers: It's impossible to say

answers: NDQ_002111

answers: How many satellites does Troms Satellite Station serve?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: The U.S

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is Troms Satellite Station?

answers: NDQ_002117

answers: How many satellites does Troms Satellite Station serve?

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: Troms Satellite Station

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: How many satellites are placed in high orbits over Earth?

answers: NDQ_002124

answers: Alan Shepherd

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: Earth

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Troms Satellite

answers: NDQ_002130

answers: NSC

answers: NDQ_002131

answers: Troms Satellite Station

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: Norwegian Space Centre

answers: NDQ_002134

answers: Troms Satellite Station is located in Troms

answers: NDQ_002135

answers: Troms

answers: NDQ_002136

answers: Earth

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Earth

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Arctic

answers: NDQ_002097

answers: Troms<unk> Satellite Station

answers: NDQ_002099

answers: antennas serving thirty satellites,

answers: NDQ_002100

answers: Norway.

answers: NDQ_002103

answers: Norwegian Space Centre

answers: NDQ_002108

answers: 1988

answers: NDQ_002111

answers: Troms<unk> Satellite Station

answers: NDQ_002113

answers: Troms<unk> Satellite Station

answers: NDQ_002114

answers: Norway.

answers: NDQ_002115

answers: Troms<unk> Satellite Station

answers: NDQ_002116

answers: satellites,

answers: NDQ_002117

answers: Norwegian Space Centre

answers: NDQ_002118

answers: thirty

answers: NDQ_002119

answers: 1988

answers: NDQ_002120

answers: Troms<unk> Satellite Station

answers: NDQ_002121

answers: Troms<unk> Satellite Station

answers: NDQ_002122

answers: Troms<unk> Satellite Station

answers: NDQ_002123

answers: Troms<unk> Telemetry

answers: NDQ_002124

answers: Troms<unk> Satellite Station

answers: NDQ_002125

answers: Troms<unk> Satellite Station

answers: NDQ_002126

answers: earth

answers: NDQ_002127

answers: antennas

answers: NDQ_002128

answers: satellites,

answers: NDQ_002129

answers: thirty satellites,

answers: NDQ_002130

answers: (NSC).

answers: NDQ_002131

answers: Troms<unk> Satellite Station

answers: NDQ_002132

answers: satellites,

answers: NDQ_002133

answers: Norwegian Space Centre

answers: NDQ_002134

answers: Troms<unk> Satellite Station

answers: NDQ_002135

answers: Norwegian Space Centre

answers: NDQ_002136

answers: Space Centre

answers: NDQ_002137

answers: satellites,

answers: NDQ_002138

answers: Arctic

answers: NDQ_002139

answers: 1988

text: The C-type asteroid orbits the Sun at a distance of 2.1–2.6 AU once every 3 years and 8 months (1,335 days). Its orbit shows an eccentricity of 0.10 and is tilted by 3 degrees to the plane of the ecliptic. It has a rotation period of 13.7 hours and an albedo between 0.04 and 0.08, according to the surveys carried out by the Infrared Astronomical Satellite, IRAS, and the Wide-field Infrared Survey Explorer.

text: The

text: C-type

text: asteroid orbits the Sun at a distance of 2.1–2.6

text: AU

text: once every 3 years and 8 months (1,335 days). Its orbit shows an

text: eccentricity

text: of 0.10 and is

text: tilted

text: by 3 degrees to the plane of the

text: ecliptic

text: . It has a

text: rotation period

text: of 13.7 hours and an

text: albedo

text: between 0.04 and 0.08, according to the surveys carried out by the Infrared Astronomical Satellite,

text: IRAS

text: , and the

text: Wide-field Infrared Survey Explorer

answers: NDQ_002095

answers: orbit Earth

answers: NDQ_002097

answers: eccentricity of 0.10

answers: NDQ_002099

answers: orbit the sun

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: the Sun

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How many years ago was the first rocket developed?

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Which satellites make detailed images of continents and coasts?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How many degrees to the plane of the ecliptic does it have?

answers: NDQ_002123

answers: Which of the following is not a satellite: Infrared Astronomical Satellite, IRAS, and the Wide-field Infrared Survey Explorer?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: C-type asteroid

answers: NDQ_002130

answers: IRAS

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: unanswerable

answers: NDQ_002133

answers: unanswerable

answers: NDQ_002134

answers: gravitational force is equal to

answers: NDQ_002135

answers: C-type asteroid

answers: NDQ_002136

answers: eccentricity

answers: NDQ_002137

answers: Infrared Astronomy

answers: NDQ_002138

answers: has an albedo between 0.04 and 0.08

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Sun

answers: NDQ_002097

answers: eccentricity

answers: NDQ_002099

answers: 13.7 hours and an albedo between 0.04 and 0.08,

answers: NDQ_002100

answers: 2.1–2.6

answers: NDQ_002103

answers: 13.7 hours and an albedo between 0.04 and 0.08,

answers: NDQ_002108

answers: Infrared Astronomical Satellite,

answers: NDQ_002111

answers: Infrared Astronomical Satellite,

answers: NDQ_002113

answers: The C-type asteroid

answers: NDQ_002114

answers: The C-type asteroid

answers: NDQ_002115

answers: The C-type asteroid

answers: NDQ_002116

answers: Satellite,

answers: NDQ_002117

answers: Satellite,

answers: NDQ_002118

answers: The C-type asteroid

answers: NDQ_002119

answers: The C-type asteroid

answers: NDQ_002120

answers: the Infrared Astronomical Satellite,

answers: NDQ_002121

answers: The C-type asteroid

answers: NDQ_002122

answers: eccentricity of 0.10

answers: NDQ_002123

answers: Infrared Astronomical Satellite,

answers: NDQ_002124

answers: The C-type asteroid

answers: NDQ_002125

answers: Infrared Astronomical Satellite,

answers: NDQ_002126

answers: eccentricity

answers: NDQ_002127

answers: eccentricity of 0.10

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: Infrared Astronomical Satellite,

answers: NDQ_002130

answers: Infrared Astronomical Satellite,

answers: NDQ_002131

answers: The C-type asteroid

answers: NDQ_002132

answers: Infrared Astronomical Satellite,

answers: NDQ_002133

answers: 2.1–2.6 AU once every 3 years and 8 months

answers: NDQ_002134

answers: eccentricity of 0.10

answers: NDQ_002135

answers: Infrared Astronomical Satellite,

answers: NDQ_002136

answers: eccentricity

answers: NDQ_002137

answers: Infrared Astronomical Satellite,

answers: NDQ_002138

answers: Infrared Astronomical Satellite,

answers: NDQ_002139

answers: The C-type asteroid

text: The Astromaterials Research and Exploration Science (ARES) office performs the physical science research at the center. ARES directs and manages all functions and activities of the ARES scientists that perform basic research in earth, planetary, and space sciences. ARES scientists and engineers provide support to the human and robotic spaceflight programs. The responsibilities of ARES also include interaction with the Office of Safety and Mission Assurance and the Human Space Flight Programs.

text: The

entity_name: Astromaterials Research and Exploration Science Directorate

text: Astromaterials Research and Exploration Science (ARES) office

text: performs the

text: physical science

text: research at the center. ARES directs and manages all functions and activities of the ARES scientists that perform

text: basic research

text: in

text: earth

text: planetary

text: , and

text: space sciences

text: . ARES scientists and engineers provide support to the

text: human

text: and

text: robotic spaceflight

text: programs. The responsibilities of ARES also include interaction with the

text: Office of Safety and Mission Assurance

text: and the

entity_section: Current and former NASA human space flight programs

text: Human Space Flight Programs

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States and Russia

answers: NDQ_002103

answers: ARES

answers: NDQ_002108

answers: It's impossible to say

answers: NDQ_002111

answers: What is the purpose of the ARES office?

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: The United States

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: ARES scientists and engineers provide support for human and robotic spaceflight programs

answers: NDQ_002118

answers: How many satellites are in orbit around Earth

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: The responsibilities of ARES also include interaction with the Office of Safety and Mission Assurance

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: Newtons Third Law of Motion helps explain how a rocket will travel in space.

answers: NDQ_002123

answers: Which of the following is not a function of the Astromaterials Research and Exploration Science (ARES)?

answers: NDQ_002124

answers: Who was the first astronaut to walk on the Moon

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: Earth

answers: NDQ_002127

answers: ARES scientists and engineers

answers: NDQ_002128

answers: planetary

answers: NDQ_002129

answers: The International Space Station

answers: NDQ_002130

answers: Office of Safety and Mission Assurance

answers: NDQ_002131

answers: NDQ_002132

answers: robotic

answers: NDQ_002133

answers: Space Age

answers: NDQ_002134

answers: gravitational force is proportional to the mass of an object

answers: NDQ_002135

answers: Human Space Flight Programs

answers: NDQ_002136

answers: Space Sciences

answers: NDQ_002137

answers: Earth's magnetic

answers: NDQ_002138

answers: Earth

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: spaceflight

answers: NDQ_002097

answers: earth, planetary, and space sciences.

answers: NDQ_002099

answers: spaceflight

answers: NDQ_002100

answers: human and robotic spaceflight

answers: NDQ_002103

answers: spaceflight

answers: NDQ_002108

answers: spaceflight

answers: NDQ_002111

answers: human and robotic spaceflight

answers: NDQ_002113

answers: human and robotic spaceflight programs.

answers: NDQ_002114

answers: ARES scientists and engineers provide support to the human and robotic spaceflight

answers: NDQ_002115

answers: human and robotic spaceflight programs.

answers: NDQ_002116

answers: earth,

answers: NDQ_002117

answers: robotic

answers: NDQ_002118

answers: space sciences.

answers: NDQ_002119

answers: Human Space Flight Programs.

answers: NDQ_002120

answers: earth,

answers: NDQ_002121

answers: spaceflight

answers: NDQ_002122

answers: human and robotic spaceflight programs.

answers: NDQ_002123

answers: The Astromaterials Research and Exploration Science

answers: NDQ_002124

answers: human and robotic spaceflight programs.

answers: NDQ_002125

answers: human and robotic spaceflight programs.

answers: NDQ_002126

answers: earth,

answers: NDQ_002127

answers: engineers

answers: NDQ_002128

answers: planetary,

answers: NDQ_002129

answers: spaceflight programs.

answers: NDQ_002130

answers: Astromaterials Research and Exploration Science (ARES)

answers: NDQ_002131

answers: Astromaterials Research and Exploration Science

answers: NDQ_002132

answers: robotic

answers: NDQ_002133

answers: human and robotic spaceflight

answers: NDQ_002134

answers: human and robotic spaceflight programs.

answers: NDQ_002135

answers: human and robotic spaceflight programs.

answers: NDQ_002136

answers: spaceflight

answers: NDQ_002137

answers: earth,

answers: NDQ_002138

answers: earth, planetary, and space sciences.

answers: NDQ_002139

answers: human and robotic spaceflight

text: When starting the game, you find yourself on a strange planet where you can equip yourself with a weapon, refuel your energy, and blast off into space in a spaceship. From here you must pilot through space while avoiding comets and conserving energy until you come across a planet to explore. After skillfully landing on a planet you've discovered, you must fend off hostile aliens, solve puzzles, and recover various artifacts. Energy is consumed by your spaceship, your weapon, and upon dying. Your ultimate goal is to return to your home planet by exploring the universe and solving the various puzzles you're presented with.

text: When starting the game, you find yourself on a strange planet where you can equip yourself with a weapon, refuel your energy, and blast off into space in a spaceship. From here you must pilot through space while avoiding comets and conserving energy until you come across a planet to explore. After skillfully landing on a planet you've discovered, you must fend off hostile aliens, solve puzzles, and recover various artifacts. Energy is consumed by your spaceship, your weapon, and upon dying. Your ultimate goal is to return to your home planet by exploring the universe and solving the various puzzles you're presented with.

answers: NDQ_002095

answers: return to Earth

answers: NDQ_002097

answers: conserving energy

answers: NDQ_002099

answers: blasts off into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: blast off into space

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: unknown

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: spaceships

answers: NDQ_002118

answers: avoiding comets

answers: NDQ_002119

answers: space

answers: NDQ_002120

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

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: avoiding comets and conserving energy

answers: NDQ_002123

answers: What do you need to do to return to Earth?

answers: NDQ_002124

answers: Alan Shepherd

answers: NDQ_002125

answers: Mars

answers: NDQ_002126

answers: spaceship

answers: NDQ_002127

answers: force that pushes a rocket

answers: NDQ_002128

answers: comet

answers: NDQ_002129

answers: What is the largest artificial satellite?

answers: NDQ_002130

answers: The United States Space Agency

answers: NDQ_002131

answers: a spaceship

answers: NDQ_002132

answers: spaceship

answers: NDQ_002133

answers: universe

answers: NDQ_002134

answers: Energy is consumed by your spaceship, your weapon, and upon dying

answers: NDQ_002135

answers: the Cold War

answers: NDQ_002136

answers: energy

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: can be destroyed by a comet

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: avoiding comets

answers: NDQ_002099

answers: blast off into space

answers: NDQ_002100

answers: spaceship.

answers: NDQ_002103

answers: blast off into space

answers: NDQ_002108

answers: spaceship.

answers: NDQ_002111

answers: blast off into space in a spaceship.

answers: NDQ_002113

answers: blast off into space in a spaceship.

answers: NDQ_002114

answers: blast off into space in a spaceship.

answers: NDQ_002115

answers: spaceship.

answers: NDQ_002116

answers: spaceship.

answers: NDQ_002117

answers: space

answers: NDQ_002118

answers: comets

answers: NDQ_002119

answers: spaceship.

answers: NDQ_002120

answers: comets

answers: NDQ_002121

answers: space

answers: NDQ_002122

answers: avoiding comets

answers: NDQ_002123

answers: comets

answers: NDQ_002124

answers: spaceship.

answers: NDQ_002125

answers: comets

answers: NDQ_002126

answers: comets

answers: NDQ_002127

answers: weapon, refuel your energy,

answers: NDQ_002128

answers: comets

answers: NDQ_002129

answers: comets

answers: NDQ_002130

answers: spaceship.

answers: NDQ_002131

answers: spaceship.

answers: NDQ_002132

answers: spaceship.

answers: NDQ_002133

answers: space

answers: NDQ_002134

answers: conserving energy

answers: NDQ_002135

answers: comets

answers: NDQ_002136

answers: energy

answers: NDQ_002137

answers: Energy

answers: NDQ_002138

answers: comets

answers: NDQ_002139

answers: spaceship.

text: Clashes between communism and capitalism dominated the decade, especially in the Northern Hemisphere. The conflicts included the Korean War in the beginnings of the decade and the beginning of the Space Race with the launch of Sputnik 1. Along with increased testing of nuclear weapons (such as RDS-37 and Upshot–Knothole), this created a politically conservative climate. In the United States, the Second Red Scare caused Congressional hearings by both houses in Congress and anti-communism was the prevailing sentiment in the United States throughout the decade. The beginning of decolonization in Africa and Asia took place in this decade and accelerated in the following decade.

text: Clashes between

text: communism

text: and

text: capitalism

text: dominated the decade, especially in the Northern Hemisphere. The conflicts included the

text: Korean War

text: in the beginnings of the decade and the beginning of the

text: Space Race

text: with the launch of

text: Sputnik 1

text: . Along with increased testing of nuclear weapons (such as

text: and

text: Upshot–Knothole

text: ), this created a politically conservative climate. In the United States, the

text: Second Red Scare

text: caused Congressional hearings by both houses in

text: Congress

text: and

text: anti-communism

text: was the prevailing sentiment in the United States throughout the decade. The beginning of

text: decolonization

text: in Africa and Asia took place in this decade and accelerated in the following decade.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: Sputnik 1

answers: NDQ_002108

answers: yes

answers: NDQ_002111

answers: Which happened first, the Korean War or the launch of Sputnik 1?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the Space Race

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: Which happened first, the launch of Sputnik 1 or the beginning of the Space Race?

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: Which happened first, the launch of Sputnik 1 or the beginning of the Space Race?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Space Race

answers: NDQ_002128

answers: Space Race

answers: NDQ_002129

answers: Sputnik 1

answers: NDQ_002130

answers: Sputnik 1

answers: NDQ_002131

answers: Upshot–Knothole

answers: NDQ_002132

answers: Sputnik

answers: NDQ_002133

answers: Korean War

answers: NDQ_002134

answers: Sputnik 1 launched in what year?

answers: NDQ_002135

answers: the Space Race

answers: NDQ_002136

answers: nuclear weapons

answers: NDQ_002137

answers: Sputnik 1

answers: NDQ_002138

answers: Sputnik 1

answers: NDQ_002139

answers: Sputnik 1

answers: NDQ_002095

answers: Space Race

answers: NDQ_002097

answers: 1.

answers: NDQ_002099

answers: launch of Sputnik 1.

answers: NDQ_002100

answers: United States,

answers: NDQ_002103

answers: launch of Sputnik 1.

answers: NDQ_002108

answers: Sputnik 1.

answers: NDQ_002111

answers: Space Race

answers: NDQ_002113

answers: Space Race with the launch of Sputnik 1.

answers: NDQ_002114

answers: Space Race with the launch of Sputnik 1.

answers: NDQ_002115

answers: Sputnik 1.

answers: NDQ_002116

answers: Space Race with the launch of Sputnik 1.

answers: NDQ_002117

answers: Space Race with the launch of Sputnik 1.

answers: NDQ_002118

answers: Space Race

answers: NDQ_002119

answers: beginning of the Space Race with the launch of Sputnik 1.

answers: NDQ_002120

answers: decolonization

answers: NDQ_002121

answers: Space Race

answers: NDQ_002122

answers: Space Race with the launch of Sputnik 1.

answers: NDQ_002123

answers: Space Race with the launch of Sputnik 1.

answers: NDQ_002124

answers: Sputnik 1.

answers: NDQ_002125

answers: Sputnik 1.

answers: NDQ_002126

answers: Sputnik 1.

answers: NDQ_002127

answers: launch of Sputnik 1.

answers: NDQ_002128

answers: Space Race with the launch of Sputnik 1.

answers: NDQ_002129

answers: Sputnik 1.

answers: NDQ_002130

answers: Sputnik 1.

answers: NDQ_002131

answers: Upshot–Knothole),

answers: NDQ_002132

answers: Sputnik 1.

answers: NDQ_002133

answers: Sputnik 1.

answers: NDQ_002134

answers: Space Race with the launch of Sputnik 1.

answers: NDQ_002135

answers: Sputnik 1.

answers: NDQ_002136

answers: nuclear weapons

answers: NDQ_002137

answers: Sputnik 1.

answers: NDQ_002138

answers: Sputnik 1.

answers: NDQ_002139

answers: Sputnik 1.

text: An anomaly occurred during the second burn of the Briz-M upper stage. As a result, the satellite failed to reach the planned orbit. The Russian commission investigating the anomaly determined the cause to be a rupture of the gas duct between the gas generator and the propellant pump turbine in the Briz M main engine, which caused the upper stage engine to shut down two minutes early.  AMC-14 was the 36th A2100 spacecraft and was expected to provide more than 15 years of service life. SES and Lockheed Martin explored ways to attempt to bring the functioning satellite into its correct orbital position, and subsequently began attempting to move the satellite into geosynchronous orbit by means of a lunar flyby (as done a decade earlier with HGS-1). In April 2008, it was announced that this had been abandoned after it was discovered that Boeing held a patent on the trajectory that would be required.  At the time, a lawsuit was ongoing between SES and Boeing, and Boeing refused to allow the trajectory to be used unless SES dropped its case. Another company had expressed interest in purchasing the satellite, however SES began procedures to expedite the satellite's immediate de-orbit. While it is expected that the patent would not stand up to legal challenge, SES intend to de-orbit the spacecraft in order to collect the insurance payout. If this attempt had been successful, the extra use of fuel needed to correct the orbital error would have significantly reduced AMC-14's originally expected service life of 15 years to just four.

text: An anomaly occurred during the second burn of the Briz-M

text: upper stage

text: . As a result, the satellite failed to reach the planned orbit. The Russian commission investigating the anomaly determined the cause to be a rupture of the gas duct between the gas generator and the propellant pump turbine in the Briz M main engine, which caused the upper stage engine to shut down two minutes early.  AMC-14 was the 36th A2100 spacecraft and was expected to provide more than 15 years of service life. SES and

text: Lockheed Martin

text: explored ways to attempt to bring the functioning satellite into its correct orbital position, and subsequently began attempting to move the satellite into geosynchronous orbit by means of a lunar flyby (as done a decade earlier with

text: ). In April 2008, it was announced that this had been abandoned after it was discovered that

text: Boeing

text: held a patent on the trajectory that would be required.  At the time, a lawsuit was ongoing between SES and Boeing, and Boeing refused to allow the trajectory to be used unless SES dropped its case. Another company had expressed interest in purchasing the satellite, however SES began procedures to expedite the satellite's immediate de-orbit. While it is expected that the patent would not stand up to legal challenge, SES intend to de-orbit the spacecraft in order to collect the insurance payout. If this attempt had been successful, the extra use of fuel needed to correct the orbital error would have significantly reduced AMC-14's originally expected service life of 15 years to just four.

answers: NDQ_002095

answers: orbit the Moon

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: Boeing

answers: NDQ_002103

answers: spacecraft

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How many years after the satellite failed to reach the planned orbit?

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Neil Armstrong walked

answers: NDQ_002120

answers: What does Landsat make detailed images of?

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: What type of satellites are placed in high orbits over Earth?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: upper stage engine

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: HGS-1

answers: NDQ_002130

answers: SES

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: AMC-14

answers: NDQ_002133

answers: AMC-14

answers: NDQ_002134

answers: AMC-14 was expected to provide more than 15 years of service life

answers: NDQ_002135

answers: AMC-14

answers: NDQ_002136

answers: fuel

answers: NDQ_002137

answers: GPS coordinates to determine what?

answers: NDQ_002138

answers: How many years was the satellite expected to provide?

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: lunar flyby

answers: NDQ_002097

answers: geosynchronous orbit

answers: NDQ_002099

answers: upper stage.

answers: NDQ_002100

answers: Russian

answers: NDQ_002103

answers: lunar flyby

answers: NDQ_002108

answers: HGS-1).

answers: NDQ_002111

answers: gas duct between the gas generator and the propellant pump turbine

answers: NDQ_002113

answers: four.

answers: NDQ_002114

answers: lunar flyby

answers: NDQ_002115

answers: HGS-1).

answers: NDQ_002116

answers: orbit

answers: NDQ_002117

answers: lunar flyby

answers: NDQ_002118

answers: four.

answers: NDQ_002119

answers: a decade earlier with HGS-1).

answers: NDQ_002120

answers: HGS-1).

answers: NDQ_002121

answers: geosynchronous orbit

answers: NDQ_002122

answers: lunar flyby

answers: NDQ_002123

answers: geosynchronous orbit

answers: NDQ_002124

answers: HGS-1).

answers: NDQ_002125

answers: lunar flyby

answers: NDQ_002126

answers: geosynchronous orbit

answers: NDQ_002127

answers: propellant pump turbine

answers: NDQ_002128

answers: geosynchronous orbit

answers: NDQ_002129

answers: AMC-14

answers: NDQ_002130

answers: SES

answers: NDQ_002131

answers: HGS-1).

answers: NDQ_002132

answers: AMC-14

answers: NDQ_002133

answers: HGS-1).

answers: NDQ_002134

answers: lunar flyby

answers: NDQ_002135

answers: HGS-1).

answers: NDQ_002136

answers: fuel

answers: NDQ_002137

answers: lunar flyby

answers: NDQ_002138

answers: AMC-14

answers: NDQ_002139

answers: HGS-1).

text: One important libration point is Earth-Sun , and three heliophysics missions have been orbiting L1 since approximately 2000.  Station-keeping propellant use can be quite low, facilitating missions that can potentially last decades should other spacecraft systems remain operational.  The three spacecraft—Advanced Composition Explorer (ACE), Solar Heliospheric Observatory (SOHO), and the Global Geoscience WIND satellite—each have annual station-keeping propellant requirements of approximately 1 m/s or less.Earth-Sun —approximately 1.5 million kilometers from Earth in the anti-sun direction—is another important Lagrangian point, and the ESA Herschel space observatory operated there in a Lissajous orbit during 2009–2013, at which time it ran out of coolant for the space telescope.  Small station-keeping orbital maneuvers were executed approximately monthly to maintain the spacecraft in the station-keeping orbit.

text: One important libration point is Earth-Sun , and three

text: heliophysics

text: missions have been orbiting L1 since approximately 2000.  Station-keeping propellant use can be quite low, facilitating missions that can potentially last decades should other spacecraft systems remain operational.  The three spacecraft—

text: Advanced Composition Explorer

text: (ACE),

text: Solar Heliospheric Observatory

text: (SOHO), and the

text: Global Geoscience WIND

text: satellite—each have annual

text: station-keeping propellant requirements

text: of approximately 1 m/s or less.Earth-Sun —approximately 1.5 million kilometers from Earth in the anti-sun direction—is another important Lagrangian point, and the

text: ESA

text: Herschel

text: space observatory

text: operated there in a Lissajous orbit during 2009–2013, at which time it ran out of coolant for the

text: space telescope

text: .  Small station-keeping orbital maneuvers were executed approximately monthly to maintain the spacecraft in the station-keeping orbit.

answers: NDQ_002095

answers: orbit L1

answers: NDQ_002097

answers: 1 m/s or less

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: ESA

answers: NDQ_002103

answers: L1

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How many years after the Advanced Composition Explorer was developed was the Global Geoscience WIND satellite?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: unanswerable

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices are true

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: How many years after the ESA Herschel space observatory operated there in a Lissajous orbit did it run out of coolant for the space telescope?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: L1

answers: NDQ_002129

answers: Global Geoscience WIND satellite

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: anti-sun

answers: NDQ_002132

answers: Advanced Composition Explorer

answers: NDQ_002133

answers: 2000s

answers: NDQ_002134

answers: orbital maneuvers were executed approximately monthly to maintain the spacecraft

answers: NDQ_002135

answers: L1

answers: NDQ_002136

answers: Station-keeping propellant

answers: NDQ_002137

answers: Earth-Sun

answers: NDQ_002138

answers: can potentially last decades should other spacecraft systems remain operational

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Earth-Sun,

answers: NDQ_002097

answers: 1 m/s

answers: NDQ_002099

answers: Station-keeping propellant

answers: NDQ_002100

answers: ESA

answers: NDQ_002103

answers: Earth-Sun,

answers: NDQ_002108

answers: 2000.

answers: NDQ_002111

answers: 2000.

answers: NDQ_002113

answers: 2000.

answers: NDQ_002114

answers: Earth-Sun,

answers: NDQ_002115

answers: 2000.

answers: NDQ_002116

answers: spacecraft—Advanced

answers: NDQ_002117

answers: Station-keeping propellant

answers: NDQ_002118

answers: three heliophysics missions have been orbiting L1 since approximately 2000.

answers: NDQ_002119

answers: 2000.

answers: NDQ_002120

answers: Earth-Sun,

answers: NDQ_002121

answers: Station-keeping propellant

answers: NDQ_002122

answers: 1 m/s

answers: NDQ_002123

answers: Lissajous orbit

answers: NDQ_002124

answers: 2000.

answers: NDQ_002125

answers: three heliophysics missions have been orbiting L1 since approximately 2000.

answers: NDQ_002126

answers: Lissajous orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: Lagrangian

answers: NDQ_002129

answers: Global Geoscience WIND satellite—each

answers: NDQ_002130

answers: ESA

answers: NDQ_002131

answers: anti-sun

answers: NDQ_002132

answers: Global Geoscience WIND satellite—each

answers: NDQ_002133

answers: 2000.

answers: NDQ_002134

answers: 1 m/s or less.Earth-Sun

answers: NDQ_002135

answers: 2000.

answers: NDQ_002136

answers: Station-keeping propellant

answers: NDQ_002137

answers: Station-keeping propellant

answers: NDQ_002138

answers: Station-keeping propellant use

answers: NDQ_002139

answers: 2000.

text: Research in deep space is ongoing and rapidly developing. In 2011, after the retirement of the space shuttle, NASA announced its intentions to invest money into developing three technologies vital to deep space exploration. The "must-have technologies" include a deep space atomic clock, a large solar sail and a more advanced laser communications system to improve communication, navigation, and propulsion in future missions. In June 2013, NASA announced the selection of eight American astronauts that will begin to train for future deep space missions beyond low Earth orbit. NASA intends that these eight astronauts to train for future Mars or asteroid travel.

text: Research in deep space is ongoing and rapidly developing. In 2011, after the retirement of the

text: space shuttle

text: , NASA announced its intentions to invest money into developing three technologies vital to deep space exploration. The "must-have technologies" include a deep space atomic clock, a large solar sail and a more advanced laser communications system to improve communication, navigation, and propulsion in future missions. In June 2013, NASA announced the selection of eight American astronauts that will begin to train for future deep space missions beyond low Earth orbit. NASA intends that these eight astronauts to train for future Mars or asteroid travel.

answers: NDQ_002095

answers: Mars

answers: NDQ_002097

answers: propulsion

answers: NDQ_002099

answers: propelled

answers: NDQ_002100

answers: American

answers: NDQ_002103

answers: low Earth orbit

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How many years after the retirement of the space shuttle did NASA announce its intentions to invest money into developing three technologies vital to deep space exploration

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: Mars

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat or Mars?

answers: NDQ_002121

answers: None of the above choices are true

answers: NDQ_002122

answers: what is the first law of motion mentioned?

answers: NDQ_002123

answers: How many astronauts will begin to train for future deep space missions beyond low Earth orbit?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propulsion

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: Mars or asteroid

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: a solar sail

answers: NDQ_002132

answers: solar sail

answers: NDQ_002133

answers: unanswerable

answers: NDQ_002134

answers: gravitational force is proportional to the mass of the object

answers: NDQ_002135

answers: the space shuttle

answers: NDQ_002136

answers: propulsion

answers: NDQ_002137

answers: laser communications system

answers: NDQ_002138

answers: Earth

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: deep space missions beyond low Earth orbit.

answers: NDQ_002097

answers: navigation, and propulsion

answers: NDQ_002099

answers: propulsion

answers: NDQ_002100

answers: American

answers: NDQ_002103

answers: Earth orbit.

answers: NDQ_002108

answers: Earth

answers: NDQ_002111

answers: atomic clock,

answers: NDQ_002113

answers: deep space missions beyond low Earth orbit.

answers: NDQ_002114

answers: 2013,

answers: NDQ_002115

answers: space shuttle,

answers: NDQ_002116

answers: Earth orbit.

answers: NDQ_002117

answers: space shuttle,

answers: NDQ_002118

answers: Earth orbit.

answers: NDQ_002119

answers: 2013,

answers: NDQ_002120

answers: Earth orbit.

answers: NDQ_002121

answers: deep space missions beyond low Earth orbit.

answers: NDQ_002122

answers: propulsion

answers: NDQ_002123

answers: low Earth orbit.

answers: NDQ_002124

answers: 2013,

answers: NDQ_002125

answers: Mars or asteroid

answers: NDQ_002126

answers: orbit.

answers: NDQ_002127

answers: propulsion

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: solar sail

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: solar sail

answers: NDQ_002132

answers: solar sail

answers: NDQ_002133

answers: Earth orbit.

answers: NDQ_002134

answers: communication, navigation, and propulsion

answers: NDQ_002135

answers: space shuttle,

answers: NDQ_002136

answers: propulsion

answers: NDQ_002137

answers: laser communications system

answers: NDQ_002138

answers: Earth orbit.

answers: NDQ_002139

answers: eight American astronauts

text: In the 27th century, centuries of peace have allowed great scientific progress in the development of the first interstellar warp drive. Two research ships, designated Explorer-1 and Explorer-2, are outfitted with the experimental drives and sent to find new planets of colonization. Only Explorer-2 returns to Earth out of the two Explorers. Refitted as a colony vessel, the Explorer-2 is once again ready to embark when, suddenly, peace is disrupted and the humans were ripped apart from each other. At this same time, a planet-wide rebellion stages a great coup and overthrows the Earthen government, throwing the world into chaos and severing the union. The Explorer-2, crewed by a loyalist space crew, barely escapes the rebellion and leaves the Solar System. Years later after the rebellion, the Explorer-2 arrives damaged at its destination and a colony is set up, naming it "New Earth". After many generations of being separated from Earth, the colony is self-sufficient enough to develop a mission only the best can tread: Explore nearby space, research new technologies, harvest resources, develop a space fleet and eventually... reconquer and reunify Earth, leading to the greatest reunion the universe has ever set its eyes on.

text: In the 27th century, centuries of peace have allowed great scientific progress in the development of the first interstellar warp drive. Two research ships, designated Explorer-1 and Explorer-2, are outfitted with the experimental drives and sent to find new planets of colonization. Only Explorer-2 returns to

text: Earth

text: out of the two Explorers. Refitted as a colony vessel, the Explorer-2 is once again ready to embark when, suddenly, peace is disrupted and the humans were ripped apart from each other. At this same time, a planet-wide rebellion stages a great coup and overthrows the Earthen government, throwing the world into chaos and severing the union. The Explorer-2, crewed by a loyalist space crew, barely escapes the rebellion and leaves the Solar System. Years later after the rebellion, the Explorer-2 arrives damaged at its destination and a colony is set up, naming it "New Earth". After many generations of being separated from Earth, the colony is self-sufficient enough to develop a mission only the best can tread: Explore nearby space, research new technologies, harvest resources, develop a space fleet and eventually... reconquer and reunify Earth, leading to the greatest reunion the universe has ever set its eyes on.

answers: NDQ_002095

answers: return to Earth

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can take off

answers: NDQ_002100

answers: Earth

answers: NDQ_002103

answers: What is the first interstellar warp drive?

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: What is the first interstellar warp drive?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S.

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: What does the colony do after many generations of being separated from Earth?

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: in space

answers: NDQ_002120

answers: Which of the following is not a satellite: Landsat, Explorer-1, or Explorer-2?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What law helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: What are placed in high orbits over Earth?

answers: NDQ_002124

answers: Who was the first astronaut to walk on the Moon?

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: a

answers: NDQ_002127

answers: warp drive

answers: NDQ_002128

answers: the Solar System

answers: NDQ_002129

answers: Explorer-2

answers: NDQ_002130

answers: The Explorer-2

answers: NDQ_002131

answers: The Explorer-2

answers: NDQ_002132

answers: Explorer-2

answers: NDQ_002133

answers: 27th century

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: The 27th century

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Earth's

answers: NDQ_002138

answers: What is the name of the colony?

answers: NDQ_002139

answers: Who was the first American to orbit Earth?

answers: NDQ_002095

answers: interstellar warp drive.

answers: NDQ_002097

answers: rebellion and leaves the Solar System.

answers: NDQ_002099

answers: interstellar warp drive.

answers: NDQ_002100

answers: Earth

answers: NDQ_002103

answers: interstellar warp drive.

answers: NDQ_002108

answers: first interstellar warp drive.

answers: NDQ_002111

answers: interstellar warp drive.

answers: NDQ_002113

answers: interstellar warp drive.

answers: NDQ_002114

answers: Explorer-1

answers: NDQ_002115

answers: interstellar warp drive.

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: interstellar warp drive. Two research ships,

answers: NDQ_002118

answers: Solar System.

answers: NDQ_002119

answers: 27th century,

answers: NDQ_002120

answers: Explorer-1

answers: NDQ_002121

answers: interstellar warp drive.

answers: NDQ_002122

answers: interstellar warp drive.

answers: NDQ_002123

answers: Two research ships,

answers: NDQ_002124

answers: Explorer-1

answers: NDQ_002125

answers: Explorer-1 and Explorer-2,

answers: NDQ_002126

answers: Solar System.

answers: NDQ_002127

answers: warp drive.

answers: NDQ_002128

answers: planets

answers: NDQ_002129

answers: Explorer-1

answers: NDQ_002130

answers: Earthen government,

answers: NDQ_002131

answers: interstellar warp drive.

answers: NDQ_002132

answers: colony

answers: NDQ_002133

answers: 27th century,

answers: NDQ_002134

answers: harvest resources, develop a space fleet

answers: NDQ_002135

answers: 27th century,

answers: NDQ_002136

answers: peace

answers: NDQ_002137

answers: interstellar warp drive.

answers: NDQ_002138

answers: Explorer-1

answers: NDQ_002139

answers: Explorer-1

text: The Cospas-Sarsat system was made possible by Doppler processing.  Local unit terminals (LUTs) detecting non-geostationary satellites interpret the Doppler frequency shift heard by LEOSAR and MEOSAR satellites as they pass over a beacon transmitting at a fixed frequency.  The interpretation determines both bearing and range.  The range and bearing are measured from the rate of change of the heard frequency, which varies both according to the path of the satellite in space and the rotation of the earth. This triangulates the position of the beacon. A faster change in the doppler indicates that the beacon is closer to the satellite's orbit.  If the beacon is moving toward or away from the satellite track due to the Earth's rotation, it is on one side or other of the satellite's path. Doppler shift is zero at the closest point of approach between the beacon and the orbit.

text: The Cospas-Sarsat system was made possible by

text: Doppler

text: processing.  Local unit terminals (LUTs) detecting non-geostationary satellites interpret the

text: Doppler

text: frequency shift heard by LEOSAR and MEOSAR satellites as they pass over a beacon transmitting at a fixed frequency.  The interpretation determines both bearing and range.  The range and bearing are measured from the rate of change of the heard frequency, which varies both according to the path of the satellite in space and the rotation of the earth. This

text: triangulate

text: s the position of the beacon. A faster change in the doppler indicates that the beacon is closer to the satellite's

text: orbit

text: .  If the beacon is moving toward or away from the satellite track due to the Earth's rotation, it is on one side or other of the satellite's path. Doppler shift is zero at the

text: closest point of approach

text: between the beacon and the orbit.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: Doppler shift is zero at the closest point of approach between the beacon and the orbit

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: unanswerable

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How did the Cospas-Sarsat system make possible?

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: the U.S.

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit?

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

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

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: Does the Cospas-Sarsat system make possible by Doppler processing?

answers: NDQ_002123

answers: Which of the following is not a type of satellite: LEOSAR and MEOSAR satellites

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Doppler

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: LEOSAR

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Doppler processing

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: unanswerable

answers: NDQ_002134

answers: Doppler processing was made possible by what?

answers: NDQ_002135

answers: Cospas-Sarsat system

answers: NDQ_002136

answers: Earth's rotation

answers: NDQ_002137

answers: Doppler processing

answers: NDQ_002138

answers: A faster change in the doppler indicates that the beacon is closer

answers: NDQ_002139

answers: unanswerable

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: Earth's rotation,

answers: NDQ_002099

answers: varies both according to the path of the satellite in space

answers: NDQ_002100

answers: The Cospas-Sarsat

answers: NDQ_002103

answers: Doppler shift is zero

answers: NDQ_002108

answers: The Cospas-Sarsat system

answers: NDQ_002111

answers: Doppler processing.

answers: NDQ_002113

answers: The Cospas-Sarsat system

answers: NDQ_002114

answers: The Cospas-Sarsat system

answers: NDQ_002115

answers: zero

answers: NDQ_002116

answers: non-geostationary

answers: NDQ_002117

answers: non-geostationary

answers: NDQ_002118

answers: satellite's orbit.

answers: NDQ_002119

answers: The Cospas-Sarsat system

answers: NDQ_002120

answers: The Cospas-Sarsat

answers: NDQ_002121

answers: Doppler processing.

answers: NDQ_002122

answers: Earth's rotation,

answers: NDQ_002123

answers: satellite's orbit.

answers: NDQ_002124

answers: The Cospas-Sarsat system

answers: NDQ_002125

answers: zero

answers: NDQ_002126

answers: orbit.

answers: NDQ_002127

answers: Earth's rotation,

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Cospas-Sarsat

answers: NDQ_002130

answers: The Cospas-Sarsat

answers: NDQ_002131

answers: Doppler

answers: NDQ_002132

answers: non-geostationary satellites

answers: NDQ_002133

answers: The Cospas-Sarsat system

answers: NDQ_002134

answers: Earth's rotation,

answers: NDQ_002135

answers: Cospas-Sarsat

answers: NDQ_002136

answers: Earth's rotation,

answers: NDQ_002137

answers: Doppler processing.

answers: NDQ_002138

answers: A faster change in the doppler

answers: NDQ_002139

answers: The Cospas-Sarsat system

text: Near space was first explored in the 1930s. The early flights flew to the edge of space without computers, spacesuits, and with only crude life support systems. Notable people who flew in near space were Jean Piccard and his wife Jeannette, on the nearcraft The Century of Progress. Later exploration was mainly carried out by unmanned nearcraft, although there have been skydiving attempts made from high-altitude balloons.

text: Near space was first explored in the 1930s. The early flights flew to the edge of space without computers, spacesuits, and with only crude life support systems. Notable people who flew in near space were

text: Jean Piccard

text: and his wife Jeannette, on the nearcraft

text: The Century of Progress

text: . Later exploration was mainly carried out by unmanned nearcraft, although there have been skydiving attempts made from high-altitude balloons.

answers: NDQ_002095

answers: near space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: unanswerable

answers: NDQ_002103

answers: unmanned

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: How many years after Jean Piccard flew to the edge of space did scientists know how rockets worked?

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unmanned

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: in space

answers: NDQ_002120

answers: Which of the following is not a satellite: Landsat, The Century of Progress, or Jeannette?

answers: NDQ_002121

answers: the law of conservation of momentum

answers: NDQ_002122

answers: what is the first law of motion mentioned?

answers: NDQ_002123

answers: Which of the following is not a type of spacecraft: imaging satellites, balloons, or computers?

answers: NDQ_002124

answers: Jean Piccard

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: a

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: The Century of Progress

answers: NDQ_002130

answers: The Century of Progress

answers: NDQ_002131

answers: unmanned

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 1930s

answers: NDQ_002134

answers: Newton's third law of motion states that Newton's third law of motion states that

answers: NDQ_002135

answers: The Century of Progress

answers: NDQ_002136

answers: spacesuits

answers: NDQ_002137

answers: computers

answers: NDQ_002138

answers: could not be manned

answers: NDQ_002139

answers: Jean Piccard

answers: NDQ_002095

answers: flew to the edge of space

answers: NDQ_002097

answers: high-altitude balloons.

answers: NDQ_002099

answers: high-altitude balloons.

answers: NDQ_002100

answers: Jean Piccard

answers: NDQ_002103

answers: crude life support systems.

answers: NDQ_002108

answers: 1930s.

answers: NDQ_002111

answers: computers, spacesuits, and with only crude life support systems.

answers: NDQ_002113

answers: without computers, spacesuits, and with only crude life support systems.

answers: NDQ_002114

answers: Jean Piccard and his wife Jeannette,

answers: NDQ_002115

answers: crude life support systems.

answers: NDQ_002116

answers: Near space was first explored in the 1930s.

answers: NDQ_002117

answers: unmanned nearcraft,

answers: NDQ_002118

answers: Near space was first explored in the 1930s.

answers: NDQ_002119

answers: Near space was first explored in the 1930s.

answers: NDQ_002120

answers: Near space was first explored in the 1930s.

answers: NDQ_002121

answers: high-altitude balloons.

answers: NDQ_002122

answers: crude life support systems.

answers: NDQ_002123

answers: high-altitude balloons.

answers: NDQ_002124

answers: Jean Piccard

answers: NDQ_002125

answers: skydiving attempts made from high-altitude balloons.

answers: NDQ_002126

answers: skydiving attempts made from high-altitude balloons.

answers: NDQ_002127

answers: high-altitude balloons.

answers: NDQ_002128

answers: Near space

answers: NDQ_002129

answers: The Century of Progress.

answers: NDQ_002130

answers: Near space was first explored in the 1930s.

answers: NDQ_002131

answers: skydiving attempts made from high-altitude balloons.

answers: NDQ_002132

answers: unmanned nearcraft,

answers: NDQ_002133

answers: 1930s.

answers: NDQ_002134

answers: high-altitude balloons.

answers: NDQ_002135

answers: 1930s.

answers: NDQ_002136

answers: computers, spacesuits, and with only crude life support systems.

answers: NDQ_002137

answers: computers,

answers: NDQ_002138

answers: unmanned nearcraft,

answers: NDQ_002139

answers: Jean Piccard

text: In May 2009, DTN was deployed to a payload on board the ISS.  NASA and BioServe Space Technologies, a research group at the University of Colorado, have been continuously testing DTN on two Commercial Generic Bioprocessing Apparatus (CGBA) payloads. CGBA-4 and CGBA-5 serve as computational and communications platforms which are remotely controlled from BioServe's Payload Operations Control Center (POCC) in Boulder, CO. In October 2012 ISS Station commander Sunita Williams remotely operated Mocup (Meteron Operations and Communications Prototype), a "cat-sized" Lego Mindstorms robot fitted with a BeagleBoard computer and webcam, located in the European Space Operations Centre in Germany in an experiment using DTN. These initial experiments provide insight into future missions where DTN will enable the extension of networks into deep space to explore other planets and solar system points of interest. Seen as necessary for space exploration, DTN enables timeliness of data return from operating assets which results in reduced risk and cost, increased crew safety, and improved operational awareness and science return for NASA and additional space agencies.

text: In May 2009, DTN was deployed to a payload on board the

text: ISS

text: .  NASA and BioServe Space Technologies, a research group at the University of Colorado, have been continuously testing DTN on two Commercial Generic Bioprocessing Apparatus (CGBA) payloads. CGBA-4 and CGBA-5 serve as computational and communications platforms which are remotely controlled from BioServe's Payload Operations Control Center (POCC) in Boulder, CO. In October 2012 ISS Station commander

text: Sunita Williams

text: remotely operated Mocup (Meteron Operations and Communications Prototype), a "cat-sized"

text: Lego Mindstorms

text: robot fitted with a

text: BeagleBoard

text: computer and webcam, located in the

text: European Space Operations Centre

text: in Germany in an experiment using DTN. These initial experiments provide insight into future missions where DTN will enable the extension of networks into deep space to explore other planets and solar system points of interest. Seen as necessary for space exploration, DTN enables timeliness of data return from operating assets which results in reduced risk and cost, increased crew safety, and improved operational awareness and science return for NASA and additional space agencies.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: Law of Gravity

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: CGBA-4

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: CGBA-4

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: How are imaging satellites placed in high orbits over Earth

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: CGBA-5

answers: NDQ_002128

answers: ISS

answers: NDQ_002129

answers: CGBA-5

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Mocup (Meteron Operations and Communications Prototype)

answers: NDQ_002132

answers: ISS

answers: NDQ_002133

answers: ISS

answers: NDQ_002134

answers: DTN was deployed to a payload on board the ISS

answers: NDQ_002135

answers: ISS

answers: NDQ_002136

answers: DTN

answers: NDQ_002137

answers: DTN

answers: NDQ_002138

answers: CGBA-5

answers: NDQ_002139

answers: Sunita Williams

answers: NDQ_002095

answers: deep space

answers: NDQ_002097

answers: safety,

answers: NDQ_002099

answers: remotely controlled from BioServe's Payload Operations Control Center

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: Commercial Generic Bioprocessing Apparatus

answers: NDQ_002108

answers: DTN was deployed to a payload on board the ISS.

answers: NDQ_002111

answers: DTN

answers: NDQ_002113

answers: DTN was deployed to a payload on board the ISS.

answers: NDQ_002114

answers: NASA

answers: NDQ_002115

answers: ISS.

answers: NDQ_002116

answers: planets

answers: NDQ_002117

answers: DTN

answers: NDQ_002118

answers: ISS.

answers: NDQ_002119

answers: 2009,

answers: NDQ_002120

answers: DTN

answers: NDQ_002121

answers: deep space

answers: NDQ_002122

answers: Commercial Generic Bioprocessing Apparatus

answers: NDQ_002123

answers: deep space to explore other planets and solar system points of interest.

answers: NDQ_002124

answers: DTN was deployed to a payload on board the ISS.

answers: NDQ_002125

answers: ISS.

answers: NDQ_002126

answers: ISS.

answers: NDQ_002127

answers: Commercial Generic Bioprocessing Apparatus

answers: NDQ_002128

answers: planets

answers: NDQ_002129

answers: "cat-sized"

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: ISS.

answers: NDQ_002132

answers: robot

answers: NDQ_002133

answers: ISS.

answers: NDQ_002134

answers: reduced risk and cost, increased crew safety,

answers: NDQ_002135

answers: ISS.

answers: NDQ_002136

answers: DTN

answers: NDQ_002137

answers: DTN

answers: NDQ_002138

answers: ISS.

answers: NDQ_002139

answers: Sunita Williams

text: After the first Sputnik proved to be a successful propaganda coup, Korolev—now known publicly only as the anonymous "Chief Designer of Rocket-Space Systems"—was charged to accelerate the manned program, the design of which was combined with the Zenit program to produce the Vostok spacecraft. Still influenced by Tsiolkovsky—who had chosen Mars as the most important goal for space travel—in the early 1960s the Russian program under Korolev created substantial plans for manned trips to Mars as early as 1968 to 1970. With closed-loop life support systems and electrical rocket engines, and launched from large orbiting space stations, these plans were much more ambitious than America's goal of landing on the moon.

text: After the first Sputnik proved to be a

text: successful propaganda coup

text: , Korolev—now known publicly only as the anonymous "Chief Designer of Rocket-Space Systems"—was charged to accelerate the manned program, the design of which was combined with the Zenit program to produce the

text: Vostok spacecraft

text: . Still influenced by Tsiolkovsky—who had chosen Mars as the most important goal for space travel—in the early 1960s the Russian program under Korolev created substantial plans for manned trips to Mars as early as 1968 to 1970. With

entity_name: Controlled ecological life support system

text: closed-loop life support systems

text: and electrical rocket engines, and launched from large orbiting space stations, these plans were much more ambitious than America's goal of

text: landing on the moon

answers: NDQ_002095

answers: Mars

answers: NDQ_002097

answers: orbital

answers: NDQ_002099

answers: launch from large orbiting space stations

answers: NDQ_002100

answers: America

answers: NDQ_002103

answers: from large orbiting space stations

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: orbiting

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: the moon

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: unanswerable

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: electrical

answers: NDQ_002128

answers: space stations

answers: NDQ_002129

answers: Vostok spacecraft

answers: NDQ_002130

answers: United States

answers: NDQ_002131

answers: closed-loop life support systems

answers: NDQ_002132

answers: Vostok

answers: NDQ_002133

answers: 1960s

answers: NDQ_002134

answers: gravitational force is proportional to mass

answers: NDQ_002135

answers: Sputnik

answers: NDQ_002136

answers: orbiting space stations

answers: NDQ_002137

answers: closed-loop

answers: NDQ_002138

answers: Vostok

answers: NDQ_002139

answers: Korolev

answers: NDQ_002095

answers: Mars

answers: NDQ_002097

answers: closed-loop

answers: NDQ_002099

answers: electrical rocket engines,

answers: NDQ_002100

answers: America's

answers: NDQ_002103

answers: from large orbiting space stations,

answers: NDQ_002108

answers: Sputnik

answers: NDQ_002111

answers: electrical rocket engines,

answers: NDQ_002113

answers: Mars

answers: NDQ_002114

answers: America's

answers: NDQ_002115

answers: America's

answers: NDQ_002116

answers: orbiting space stations,

answers: NDQ_002117

answers: large orbiting space stations,

answers: NDQ_002118

answers: orbiting space stations,

answers: NDQ_002119

answers: 1968 to 1970.

answers: NDQ_002120

answers: Mars

answers: NDQ_002121

answers: orbiting space stations,

answers: NDQ_002122

answers: electrical rocket engines,

answers: NDQ_002123

answers: large orbiting space stations,

answers: NDQ_002124

answers: America's goal of landing on the moon.

answers: NDQ_002125

answers: the moon.

answers: NDQ_002126

answers: closed-loop

answers: NDQ_002127

answers: electrical rocket engines,

answers: NDQ_002128

answers: space stations,

answers: NDQ_002129

answers: Vostok

answers: NDQ_002130

answers: America's goal of landing on the moon.

answers: NDQ_002131

answers: closed-loop

answers: NDQ_002132

answers: Vostok

answers: NDQ_002133

answers: Sputnik

answers: NDQ_002134

answers: large orbiting space stations,

answers: NDQ_002135

answers: Sputnik

answers: NDQ_002136

answers: closed-loop life support systems

answers: NDQ_002137

answers: electrical rocket engines,

answers: NDQ_002138

answers: large orbiting space stations,

answers: NDQ_002139

answers: Sputnik

text: In 1959 Shklovsky examined the orbital motion of Mars's inner satellite Phobos. He concluded that its orbit was decaying, and noted that if this decay was attributed to friction with the Martian atmosphere, then the satellite must have an exceptionally low density. In this context he voiced a suggestion that Phobos might be hollow, and possibly of artificial origin. This interpretation has since been refuted by more detailed study, but the apparent suggestion of extraterrestrial involvement caught the public imagination, though there is some disagreement as to how seriously Shklovsky intended the idea to be taken. However, Shklovsky and Carl Sagan argued for serious consideration of "paleocontact" with extraterrestrials in the early historical era, and for examination of myths and religious lore for evidence of such contact.

text: In 1959 Shklovsky examined the orbital motion of

text: Mars

text: 's inner satellite

text: Phobos

text: . He concluded that its

text: orbit was decaying

text: , and noted that if this decay was attributed to friction with the Martian atmosphere, then the satellite must have an exceptionally low density. In this context he voiced a suggestion that Phobos might be hollow, and possibly of artificial origin. This interpretation has since been refuted by more detailed study, but the apparent suggestion of

text: extraterrestrial

text: involvement caught the public imagination, though there is some disagreement as to how seriously Shklovsky intended the idea to be taken. However, Shklovsky and

text: Carl Sagan

text: argued for serious consideration of "

text: paleocontact

text: " with extraterrestrials in the early historical era, and for examination of myths and religious lore for evidence of such contact.

answers: NDQ_002095

answers: orbit Mars

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: in 1959

answers: NDQ_002108

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: in 1959

answers: NDQ_002120

answers: What does Landsat satellites make detailed images of

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: orbital motion

answers: NDQ_002123

answers: Which is not a last name, Shklovsky or Sagan?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: yes

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: friction

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Phobos

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: NDQ_002132

answers: space station

answers: NDQ_002133

answers: Paleocontact

answers: NDQ_002134

answers: friction with the Martian atmosphere

answers: NDQ_002135

answers: the early historical era

answers: NDQ_002136

answers: friction

answers: NDQ_002137

answers: Earth's magnetic field to determine what?

answers: NDQ_002138

answers: decaying

answers: NDQ_002139

answers: Carl Sagan

answers: NDQ_002095

answers: extraterrestrials

answers: NDQ_002097

answers: orbital motion

answers: NDQ_002099

answers: Shklovsky examined the orbital motion

answers: NDQ_002100

answers: Shklovsky

answers: NDQ_002103

answers: Shklovsky

answers: NDQ_002108

answers: extraterrestrials in the early historical era,

answers: NDQ_002111

answers: Shklovsky

answers: NDQ_002113

answers: Shklovsky

answers: NDQ_002114

answers: Shklovsky examined the orbital motion of Mars's

answers: NDQ_002115

answers: Mars's inner satellite Phobos.

answers: NDQ_002116

answers: satellite Phobos.

answers: NDQ_002117

answers: artificial origin.

answers: NDQ_002118

answers: Mars's inner satellite Phobos.

answers: NDQ_002119

answers: 1959

answers: NDQ_002120

answers: "paleocontact" with extraterrestrials

answers: NDQ_002121

answers: orbital motion

answers: NDQ_002122

answers: friction with the Martian atmosphere,

answers: NDQ_002123

answers: extraterrestrials

answers: NDQ_002124

answers: In 1959 Shklovsky

answers: NDQ_002125

answers: Mars's inner satellite Phobos.

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: friction with the Martian atmosphere,

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Phobos.

answers: NDQ_002130

answers: Shklovsky

answers: NDQ_002131

answers: friction with the Martian atmosphere,

answers: NDQ_002132

answers: satellite Phobos.

answers: NDQ_002133

answers: early historical era,

answers: NDQ_002134

answers: friction with the Martian atmosphere,

answers: NDQ_002135

answers: 1959 Shklovsky

answers: NDQ_002136

answers: friction with the Martian atmosphere,

answers: NDQ_002137

answers: orbital motion of Mars's inner satellite Phobos.

answers: NDQ_002138

answers: the satellite must have an exceptionally low density.

answers: NDQ_002139

answers: Carl Sagan

text: The story opens with the delivery to a crowd gathered in Rotterdam of a manuscript detailing the journey of a man named Hans Pfaall. The manuscript, which comprises the majority of the story, sets out in detail how Pfaall contrived to reach the moon by benefit of a revolutionary new balloon and a device which compresses the vacuum of space into breathable air. The journey takes him nineteen days, and the narrative includes descriptions of the Earth from space as well as the descent to its fiery, volcanic satellite. Pfaall withholds most of the information regarding the surface of the moon and its inhabitants in order to negotiate a pardon from the Burgomaster for several murders he committed as he left earth (creditors of his who were becoming irksome). After reading the manuscript, the city authorities agree that Pfaall should be pardoned, but the messenger who brought them the text (apparently a resident of the moon) has vanished and they are unable to restore communication with him.

text: The story opens with the delivery to a crowd gathered in

text: Rotterdam

text: of a manuscript detailing the journey of a man named Hans Pfaall. The manuscript, which comprises the majority of the story, sets out in detail how Pfaall contrived to reach the moon by benefit of a revolutionary new balloon and a device which compresses the vacuum of space into breathable air. The journey takes him nineteen days, and the narrative includes descriptions of the Earth from space as well as the descent to its fiery, volcanic satellite. Pfaall withholds most of the information regarding the surface of the moon and its inhabitants in order to negotiate a pardon from the Burgomaster for several murders he committed as he left earth (creditors of his who were becoming irksome). After reading the manuscript, the city authorities agree that Pfaall should be pardoned, but the messenger who brought them the text (apparently a resident of the moon) has vanished and they are unable to restore communication with him.

answers: NDQ_002095

answers: reach the moon

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: reaches the moon

answers: NDQ_002100

answers: Rotterdam

answers: NDQ_002103

answers: before it can enter orbit

answers: NDQ_002108

answers: It's impossible to say

answers: NDQ_002111

answers: How did Hans Pfaall reach the moon?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: How many nations have put a human on the moon?

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: How does the story end?

answers: NDQ_002118

answers: None of the above choices.

answers: NDQ_002119

answers: the moon

answers: NDQ_002120

answers: What does the narrative include descriptions of the Earth from space?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: What does the narrative include descriptions of the Earth from space?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Earth

answers: NDQ_002130

answers: The Burgomaster

answers: NDQ_002131

answers: The story opens with the delivery to a crowd

answers: NDQ_002132

answers: a balloon

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: unanswerable

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: What is the name of the Earth's satellite?

answers: NDQ_002139

answers: Hans Pfaall

answers: NDQ_002095

answers: the moon

answers: NDQ_002097

answers: compresses the vacuum of space into breathable air.

answers: NDQ_002099

answers: breathable air.

answers: NDQ_002100

answers: Rotterdam

answers: NDQ_002103

answers: descent to its fiery, volcanic satellite.

answers: NDQ_002108

answers: moon

answers: NDQ_002111

answers: breathable air.

answers: NDQ_002113

answers: breathable air.

answers: NDQ_002114

answers: Hans Pfaall.

answers: NDQ_002115

answers: balloon

answers: NDQ_002116

answers: Earth from space as well as the descent to its fiery, volcanic satellite.

answers: NDQ_002117

answers: volcanic satellite.

answers: NDQ_002118

answers: volcanic satellite.

answers: NDQ_002119

answers: moon

answers: NDQ_002120

answers: Earth from space as well as the descent to its fiery, volcanic satellite.

answers: NDQ_002121

answers: a device which compresses the vacuum of space into breathable air.

answers: NDQ_002122

answers: breathable air.

answers: NDQ_002123

answers: volcanic satellite.

answers: NDQ_002124

answers: Hans Pfaall.

answers: NDQ_002125

answers: moon

answers: NDQ_002126

answers: moon

answers: NDQ_002127

answers: balloon

answers: NDQ_002128

answers: satellite.

answers: NDQ_002129

answers: Earth from space as well as the descent to its fiery, volcanic

answers: NDQ_002130

answers: moon

answers: NDQ_002131

answers: balloon

answers: NDQ_002132

answers: balloon

answers: NDQ_002133

answers: moon

answers: NDQ_002134

answers: breathable air.

answers: NDQ_002135

answers: Hans Pfaall.

answers: NDQ_002136

answers: volcanic

answers: NDQ_002137

answers: breathable air.

answers: NDQ_002138

answers: fiery, volcanic satellite.

answers: NDQ_002139

answers: Hans Pfaall.

text: On the whole, Eisenhower's support of the nation's fledgling space program was officially modest until the Soviet launch of Sputnik in 1957, gaining the Cold War enemy enormous prestige around the world. He then launched a national campaign that funded not just space exploration but a major strengthening of science and higher education. The Eisenhower administration determined to adopt a non-aggressive policy that would allow "space-crafts of any state to overfly all states, a region free of military posturing and launch Earth satellites to explore space. His Open Skies Policy attempted to legitimize illegal Lockheed U-2 flyovers and Project Genetrix while paving the way for spy satellite technology to orbit over sovereign territory, however Nikolai Bulganin and Nikita Khrushchev declined Eisenhower's proposal at the Geneva conference in July 1955. In response to Sputnik being launched in October 1957, Eisenhower created NASA as a civilian space agency in October 1958, signed a landmark science education law, and improved relations with American scientists.

text: On the whole, Eisenhower's support of the nation's fledgling space program was officially modest until the Soviet launch of

text: Sputnik

text: in 1957, gaining the Cold War enemy enormous prestige around the world. He then launched a national campaign that funded not just space exploration but a major strengthening of science and higher education. The Eisenhower administration determined to adopt a non-aggressive policy that would allow "space-crafts of any state to overfly all states, a region free of military posturing and launch Earth satellites to explore space. His

text: Open Skies

text: Policy attempted to legitimize illegal

text: Lockheed U-2

text: flyovers and

text: Project Genetrix

text: while paving the way for spy satellite technology to orbit over sovereign territory, however

text: Nikolai Bulganin

text: and

text: Nikita Khrushchev

text: declined Eisenhower's proposal at the Geneva conference in July 1955. In response to Sputnik being launched in October 1957, Eisenhower created

text: NASA

text: as a civilian space agency in October 1958, signed a landmark science education law, and improved relations with American scientists.

answers: NDQ_002095

answers: orbit Earth

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can be launched

answers: NDQ_002100

answers: Soviet

answers: NDQ_002103

answers: Sputnik

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: How did Eisenhower's support of the nation's fledgling space program fare?

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: Sputnik

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: unknown

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: Which happened first, Sputnik being launched or Eisenhower creating NASA as a civilian space agency?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: Sputnik

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Sputnik

answers: NDQ_002132

answers: Earth satellite

answers: NDQ_002133

answers: 1955

answers: NDQ_002134

answers: a force acting on an object causes that object to do what?

answers: NDQ_002135

answers: Cold War

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Earth satellites

answers: NDQ_002138

answers: Earth

answers: NDQ_002139

answers: Eisenhower

answers: NDQ_002095

answers: Earth satellites to explore space.

answers: NDQ_002097

answers: "space-crafts of any state to overfly all states,

answers: NDQ_002099

answers: launch Earth satellites to explore space.

answers: NDQ_002100

answers: Soviet

answers: NDQ_002103

answers: "space-crafts of any state to overfly all states,

answers: NDQ_002108

answers: Sputnik

answers: NDQ_002111

answers: improved relations with American scientists.

answers: NDQ_002113

answers: Sputnik

answers: NDQ_002114

answers: Soviet launch of Sputnik

answers: NDQ_002115

answers: Sputnik

answers: NDQ_002116

answers: Earth satellites

answers: NDQ_002117

answers: Earth satellites

answers: NDQ_002118

answers: Earth satellites

answers: NDQ_002119

answers: 1957,

answers: NDQ_002120

answers: Earth satellites

answers: NDQ_002121

answers: Earth satellites

answers: NDQ_002122

answers: "space-crafts of any state to overfly all states,

answers: NDQ_002123

answers: spy satellite

answers: NDQ_002124

answers: Sputnik

answers: NDQ_002125

answers: Soviet launch of Sputnik

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: military

answers: NDQ_002128

answers: Earth satellites

answers: NDQ_002129

answers: Sputnik

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Sputnik

answers: NDQ_002132

answers: Earth satellites

answers: NDQ_002133

answers: 1955.

answers: NDQ_002134

answers: "space-crafts of any state to overfly all states,

answers: NDQ_002135

answers: Sputnik

answers: NDQ_002136

answers: Open Skies Policy

answers: NDQ_002137

answers: Earth satellites

answers: NDQ_002138

answers: spy satellite technology to orbit over sovereign territory,

answers: NDQ_002139

answers: Sputnik

text: The new replacement shots consist of the RX-M flying through space; it landing tail first on the Red Planet; a different shot of the crew heading away from the RX-M to explore the stark Martian surface; the surviving explorers quickly returning to their nearby spaceship; and the RX-M later blasting off from Mars into space. These six replacement shots were filmed near Los Angeles in color, then converted to black-and-white and re-tinted where necessary to match the original film footage. (Unlike the DVD release, the earlier laser disc of Rocketship X-M contains extra bonus material documenting the making of the film and the creation of this new footage.) The film's production and the making of these new scenes were also presented in RX-M feature articles in both Starlog magazine and later expanded in the first issue (1979) of Starlogs spin-off magazine CineMagic. Prints of the original theatrical release version of RX-M are still stored in Williams' Kansas City film vaults. They have not been converted to a home video format.

text: The new replacement shots consist of the RX-M flying through space; it landing tail first on the Red Planet; a different shot of the crew heading away from the RX-M to explore the stark Martian surface; the surviving explorers quickly returning to their nearby spaceship; and the RX-M later blasting off from Mars into space. These six replacement shots were filmed near

text: Los Angeles

text: in color, then converted to black-and-white and re-tinted where necessary to match the original film footage. (Unlike the DVD release, the earlier laser disc of Rocketship X-M contains extra bonus material documenting the making of the film and the creation of this new footage.) The film's production and the making of these new scenes were also presented in RX-M feature articles in both

text: Starlog

text: magazine and later expanded in the first issue (1979) of Starlogs spin-off magazine CineMagic. Prints of the original theatrical release version of RX-M are still stored in Williams' Kansas City film vaults. They have not been converted to a home video format.

answers: NDQ_002095

answers: Mars

answers: NDQ_002097

answers: landing tail first on the Red Planet

answers: NDQ_002099

answers: blasts off into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: from Mars

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: Which satellites make detailed images of continents and coasts?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space

answers: NDQ_002123

answers: How are the replacement shots filmed?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: yes

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: tail

answers: NDQ_002128

answers: Mars

answers: NDQ_002129

answers: Mars

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: the RX-M later blasting off from Mars into space

answers: NDQ_002132

answers: the RX-M

answers: NDQ_002133

answers: Mars

answers: NDQ_002134

answers: Newton's third law of motion states that

answers: NDQ_002135

answers: Rocketship X-M

answers: NDQ_002136

answers: Space weather

answers: NDQ_002137

answers: GPS technology to measure

answers: NDQ_002138

answers: does not appear in the new replacement shots

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Red Planet;

answers: NDQ_002097

answers: landing tail first

answers: NDQ_002099

answers: landing tail first on the Red Planet;

answers: NDQ_002100

answers: Red Planet;

answers: NDQ_002103

answers: Mars

answers: NDQ_002108

answers: Red Planet;

answers: NDQ_002111

answers: Red Planet;

answers: NDQ_002113

answers: Red Planet;

answers: NDQ_002114

answers: Red Planet;

answers: NDQ_002115

answers: Red Planet;

answers: NDQ_002116

answers: They have not been converted to a home video format.

answers: NDQ_002117

answers: RX-M

answers: NDQ_002118

answers: Red Planet;

answers: NDQ_002119

answers: Red Planet;

answers: NDQ_002120

answers: color, then converted to black-and-white

answers: NDQ_002121

answers: Mars into space.

answers: NDQ_002122

answers: it landing tail first on the Red Planet;

answers: NDQ_002123

answers: Red Planet;

answers: NDQ_002124

answers: Red Planet;

answers: NDQ_002125

answers: Red Planet;

answers: NDQ_002126

answers: flying through space;

answers: NDQ_002127

answers: tail

answers: NDQ_002128

answers: Red Planet;

answers: NDQ_002129

answers: RX-M

answers: NDQ_002130

answers: Williams'

answers: NDQ_002131

answers: RX-M

answers: NDQ_002132

answers: RX-M

answers: NDQ_002133

answers: Red Planet;

answers: NDQ_002134

answers: it landing tail first on the Red Planet;

answers: NDQ_002135

answers: RX-M

answers: NDQ_002136

answers: space; it landing tail first on the Red Planet;

answers: NDQ_002137

answers: color,

answers: NDQ_002138

answers: RX-M

answers: NDQ_002139

answers: Williams'

text: In February 2004, the PRC formally started the implementation phase of its uncrewed Moon exploration project. According to Sun Laiyan, administrator of the China National Space Administration, the project will involve three phases: orbiting the Moon; landing; and returning samples. The first phase planned to spend 1.4 billion renminbi (approx. US$170 million) to orbit a satellite around the Moon before 2007, which is ongoing. Phase two involves sending a lander before 2010. Phase three involves collecting lunar soil samples before 2020.

text: In February 2004, the PRC formally started the implementation phase of its uncrewed

text: Moon

text: exploration project. According to

text: Sun Laiyan

text: , administrator of the

text: China National Space Administration

text: , the project will involve three phases: orbiting the Moon; landing; and returning samples. The first phase planned to spend 1.4 billion

text: renminbi

text: (approx. US$170 million) to orbit a satellite around the Moon before 2007, which is ongoing. Phase two involves sending a lander before 2010. Phase three involves collecting lunar soil samples before 2020.

answers: NDQ_002095

answers: orbit Earth

answers: NDQ_002097

answers: orbiting the Moon

answers: NDQ_002099

answers: orbits the Moon

answers: NDQ_002100

answers: China

answers: NDQ_002103

answers: before 2010

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: Which of the following is not a type of satellite: imaging satellites or orbiting the Moon?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: China National Space Administration

answers: NDQ_002130

answers: China National Space Administration

answers: NDQ_002131

answers: NDQ_002132

answers: uncrewed

answers: NDQ_002133

answers: 2000s

answers: NDQ_002134

answers: orbiting a satellite around the Moon before 2007

answers: NDQ_002135

answers: uncrewed Moon exploration project

answers: NDQ_002136

answers: orbiting

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: uncrewed

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: orbiting the Moon;

answers: NDQ_002097

answers: orbiting the Moon;

answers: NDQ_002099

answers: orbiting the Moon; landing; and returning samples.

answers: NDQ_002100

answers: PRC

answers: NDQ_002103

answers: 2010.

answers: NDQ_002108

answers: 2004,

answers: NDQ_002111

answers: uncrewed Moon exploration project. According to Sun Laiyan,

answers: NDQ_002113

answers: In February 2004,

answers: NDQ_002114

answers: China National Space Administration,

answers: NDQ_002115

answers: lander before 2010.

answers: NDQ_002116

answers: satellite

answers: NDQ_002117

answers: uncrewed

answers: NDQ_002118

answers: US$170 million) to orbit a satellite around the Moon

answers: NDQ_002119

answers: 2004,

answers: NDQ_002120

answers: US$170 million) to orbit a satellite around the Moon

answers: NDQ_002121

answers: orbit a satellite

answers: NDQ_002122

answers: orbit a satellite around the Moon before 2007,

answers: NDQ_002123

answers: orbit a satellite around the Moon

answers: NDQ_002124

answers: 2004,

answers: NDQ_002125

answers: China National Space Administration,

answers: NDQ_002126

answers: orbiting

answers: NDQ_002127

answers: satellite

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: US$170 million) to orbit a satellite around the Moon

answers: NDQ_002130

answers: China National Space Administration,

answers: NDQ_002131

answers: lander before 2010.

answers: NDQ_002132

answers: uncrewed

answers: NDQ_002133

answers: 2004,

answers: NDQ_002134

answers: collecting lunar soil samples before 2020.

answers: NDQ_002135

answers: 2007,

answers: NDQ_002136

answers: Space Administration,

answers: NDQ_002137

answers: satellite

answers: NDQ_002138

answers: orbit a satellite around the Moon

answers: NDQ_002139

answers: Sun Laiyan, administrator of the China National Space Administration,

text: For the next two and a half centuries, because of the satellite's small size and distance, Io remained a featureless, 5th-magnitude point of light in astronomers' telescopes. So, the determination of its orbital period, along with those of the other Galilean satellites, was an early focus for astronomers. By June 1611, Galileo himself had determined that Io's orbital period was 42.5 hours long, only 2.5 minutes longer than the modern estimate. Simon Marius' estimate was only one minute longer in the data published in Mundus Iovalis. The orbital periods generated for Io and the other Jovian satellites provided an additional validation for Kepler's Third Law of planetary motion.

text: For the next two and a half centuries, because of the satellite's small size and distance, Io remained a featureless,

text: point of light in astronomers' telescopes. So, the determination of its

text: orbital period

text: , along with those of the other Galilean satellites, was an early focus for astronomers. By June 1611, Galileo himself had determined that Io's orbital period was 42.5 hours long, only 2.5 minutes longer than the modern estimate. Simon Marius' estimate was only one minute longer in the data published in Mundus Iovalis. The orbital periods generated for Io and the other Jovian satellites provided an additional validation for Kepler's

text: Third Law of planetary motion

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: unanswerable

answers: NDQ_002099

answers: can travel faster

answers: NDQ_002100

answers: Galileo

answers: NDQ_002103

answers: by June 1611

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: Galileo

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: not enough information

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: no

answers: NDQ_002122

answers: no

answers: NDQ_002123

answers: unanswerable

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbital period

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Galilean

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: Io

answers: NDQ_002133

answers: 1611

answers: NDQ_002134

answers: unanswerable

answers: NDQ_002135

answers: Galileo

answers: NDQ_002136

answers: orbital period

answers: NDQ_002137

answers: Galilean satellites

answers: NDQ_002138

answers: 42.5 hours long

answers: NDQ_002139

answers: Simon Marius

answers: NDQ_002095

answers: orbital period,

answers: NDQ_002097

answers: Third Law

answers: NDQ_002099

answers: 42.5 hours long, only 2.5 minutes longer than the modern estimate.

answers: NDQ_002100

answers: Galilean

answers: NDQ_002103

answers: 1611,

answers: NDQ_002108

answers: 1611,

answers: NDQ_002111

answers: Galilean satellites, was an early focus for astronomers.

answers: NDQ_002113

answers: 1611,

answers: NDQ_002114

answers: two and a half centuries,

answers: NDQ_002115

answers: 1611,

answers: NDQ_002116

answers: Io

answers: NDQ_002117

answers: 42.5 hours long, only 2.5 minutes longer than the modern estimate.

answers: NDQ_002118

answers: Galilean satellites,

answers: NDQ_002119

answers: 1611,

answers: NDQ_002120

answers: 42.5 hours long, only 2.5 minutes longer than the modern estimate.

answers: NDQ_002121

answers: Kepler's Third Law of planetary motion.

answers: NDQ_002122

answers: Kepler's

answers: NDQ_002123

answers: Galilean satellites,

answers: NDQ_002124

answers: 1611,

answers: NDQ_002125

answers: For the next two and a half centuries,

answers: NDQ_002126

answers: orbital period,

answers: NDQ_002127

answers: 5th-magnitude

answers: NDQ_002128

answers: Galilean satellites,

answers: NDQ_002129

answers: Io

answers: NDQ_002130

answers: astronomers'

answers: NDQ_002131

answers: Kepler's Third Law of planetary motion.

answers: NDQ_002132

answers: satellite's

answers: NDQ_002133

answers: 1611,

answers: NDQ_002134

answers: Kepler's

answers: NDQ_002135

answers: 1611,

answers: NDQ_002136

answers: planetary motion.

answers: NDQ_002137

answers: orbital period,

answers: NDQ_002138

answers: Io

answers: NDQ_002139

answers: Galileo

text: In 1914, in a specialized magazine, Costanzi published an article on navigation in space suggesting nuclear propulsion to propel spaceships. It is the first scientific contribution by an Italian to space flight, anticipating many problems related to exploration of outer space. “After the conquest of the air through aircraft, it is high time to abandon Earth and found new colonies in space” he writes, and then expounds the problem of powering spaceships in the void, without any support from the atmosphere, as in the case of airplanes. He advocates space travel on the basis of action-reaction dynamics, plans a flight Earth-Moon and to overcome the force of gravity  he postulates the need for a new source of power. He identifies this source with radio and its yet unknown characteristics.  In his article, Costanzi describes what would be the dangers and sensations experienced by an astronaut, such as suffering extreme heat,  poisonous radiations, G-acceleration and weightlessness, the latter resulting in a feeling of falling. He concludes affirming hopefully that ‘the obstacles to this last dream are not beyond human reasoning, for the time being we are bound only by the lack of appropriate technology”.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravity

answers: NDQ_002099

answers: propel spaceships

answers: NDQ_002100

answers: Italy

answers: NDQ_002103

answers: in the void

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Earth

answers: NDQ_002120

answers: Landsat satellites

answers: NDQ_002121

answers: G-acceleration

answers: NDQ_002122

answers: G-acceleration

answers: NDQ_002123

answers: What is the first scientific contribution by an Italian to space flight?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: gravity

answers: NDQ_002127

answers: gravity

answers: NDQ_002128

answers: Moon

answers: NDQ_002129

answers: Earth-Moon

answers: NDQ_002130

answers: unanswerable

answers: NDQ_002131

answers: weightlessness

answers: NDQ_002132

answers: spaceships

answers: NDQ_002133

answers: 1914

answers: NDQ_002134

answers: G-acceleration and weightlessness

answers: NDQ_002135

answers: unanswerable

answers: NDQ_002136

answers: gravity

answers: NDQ_002137

answers: radio

answers: NDQ_002138

answers: Earth-Moon

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: space flight,

answers: NDQ_002097

answers: gravity

answers: NDQ_002099

answers: nuclear propulsion

answers: NDQ_002100

answers: Italian

answers: NDQ_002103

answers: support from the atmosphere,

answers: NDQ_002108

answers: 1914,

answers: NDQ_002111

answers: radio

answers: NDQ_002113

answers: nuclear propulsion to propel spaceships.

answers: NDQ_002114

answers: Earth-Moon

answers: NDQ_002115

answers: Earth-Moon

answers: NDQ_002116

answers: Earth-Moon

answers: NDQ_002117

answers: support from the atmosphere,

answers: NDQ_002118

answers: radio

answers: NDQ_002119

answers: 1914,

answers: NDQ_002120

answers: Earth and found new colonies in space”

answers: NDQ_002121

answers: gravity

answers: NDQ_002122

answers: action-reaction dynamics,

answers: NDQ_002123

answers: Earth-Moon

answers: NDQ_002124

answers: Earth-Moon

answers: NDQ_002125

answers: Earth-Moon

answers: NDQ_002126

answers: navigation

answers: NDQ_002127

answers: gravity

answers: NDQ_002128

answers: Earth-Moon

answers: NDQ_002129

answers: Earth-Moon

answers: NDQ_002130

answers: nuclear propulsion to propel spaceships.

answers: NDQ_002131

answers: gravity

answers: NDQ_002132

answers: spaceships

answers: NDQ_002133

answers: 1914,

answers: NDQ_002134

answers: gravity

answers: NDQ_002135

answers: Earth-Moon

answers: NDQ_002136

answers: gravity

answers: NDQ_002137

answers: radio

answers: NDQ_002138

answers: Earth-Moon

answers: NDQ_002139

answers: Costanzi

text: Between 1987 and 2010, von Tiesenhausen frequently volunteered at the U.S. Space & Rocket Center in Huntsville, Alabama, lecturing to students in Space Camp programs about the future of space exploration and other topics.

text: Between 1987 and 2010, von Tiesenhausen frequently volunteered at the

text: U.S. Space & Rocket Center

text: in

text: Huntsville, Alabama

text: , lecturing to students in

text: Space Camp

text: programs about the future of space exploration and other topics.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: U.S.

answers: NDQ_002103

answers: Space Camp

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: orbits a smaller object

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: space

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: None of the above choices.

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: None of the above choices.

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: Space Camp

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: Space Camp programs

answers: NDQ_002130

answers: Space & Rocket Center

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: Space Camp programs

answers: NDQ_002134

answers: gravitational force is equal to the mass of an object

answers: NDQ_002135

answers: Space Camp

answers: NDQ_002136

answers: Space Camp

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: is called a satellite

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: space exploration

answers: NDQ_002097

answers: future of space exploration

answers: NDQ_002099

answers: space exploration

answers: NDQ_002100

answers: U.S.

answers: NDQ_002103

answers: U.S. Space & Rocket Center

answers: NDQ_002108

answers: 1987 and 2010,

answers: NDQ_002111

answers: von Tiesenhausen

answers: NDQ_002113

answers: U.S. Space & Rocket Center

answers: NDQ_002114

answers: U.S. Space & Rocket Center

answers: NDQ_002115

answers: U.S. Space & Rocket Center

answers: NDQ_002116

answers: U.S. Space & Rocket Center

answers: NDQ_002117

answers: von Tiesenhausen

answers: NDQ_002118

answers: U.S. Space & Rocket Center

answers: NDQ_002119

answers: 2010,

answers: NDQ_002120

answers: von Tiesenhausen

answers: NDQ_002121

answers: von Tiesenhausen

answers: NDQ_002122

answers: von Tiesenhausen

answers: NDQ_002123

answers: Between 1987 and 2010, von Tiesenhausen

answers: NDQ_002124

answers: von Tiesenhausen

answers: NDQ_002125

answers: U.S. Space & Rocket Center

answers: NDQ_002126

answers: Space Camp programs about the future of space exploration

answers: NDQ_002127

answers: Rocket Center

answers: NDQ_002128

answers: space

answers: NDQ_002129

answers: 2010,

answers: NDQ_002130

answers: U.S. Space & Rocket Center

answers: NDQ_002131

answers: U.S. Space & Rocket Center

answers: NDQ_002132

answers: Space Camp

answers: NDQ_002133

answers: space exploration

answers: NDQ_002134

answers: Between 1987 and 2010, von Tiesenhausen

answers: NDQ_002135

answers: 1987 and 2010,

answers: NDQ_002136

answers: space exploration

answers: NDQ_002137

answers: von Tiesenhausen

answers: NDQ_002138

answers: U.S. Space & Rocket Center

answers: NDQ_002139

answers: von Tiesenhausen

text: Due to International Space Station involvements, up to 50% of Russia's space budget is spent on the manned space program . Some observers have pointed out that this has a detrimental effect on other aspects of space exploration, and that the other space powers spend much lesser proportions of their overall budgets on maintaining human presence in orbit.

text: Due to

text: International Space Station

text: involvements, up to 50% of Russia's space budget is spent on the manned space program . Some observers have pointed out that this has a detrimental effect on other aspects of space exploration, and that the other space powers spend much lesser proportions of their overall budgets on maintaining human presence in orbit.

answers: NDQ_002095

answers: space station

answers: NDQ_002097

answers: mass and velocity

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: Russia

answers: NDQ_002103

answers: up to 50%

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: None of the above choices.

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: International Space Station

answers: NDQ_002129

answers: International Space Station

answers: NDQ_002130

answers: unanswerable

answers: NDQ_002131

answers: can be described as

answers: NDQ_002132

answers: unmanned spacecraft

answers: NDQ_002133

answers: space program

answers: NDQ_002134

answers: gravitational force is inversely proportional to

answers: NDQ_002135

answers: International Space Station

answers: NDQ_002136

answers: budgets

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: has a detrimental effect on space exploration

answers: NDQ_002139

answers: unanswerable

answers: NDQ_002095

answers: orbit.

answers: NDQ_002097

answers: Due to International Space Station

answers: NDQ_002099

answers: orbit.

answers: NDQ_002100

answers: Russia's

answers: NDQ_002103

answers: Due to International Space Station

answers: NDQ_002108

answers: manned space program.

answers: NDQ_002111

answers: manned space program.

answers: NDQ_002113

answers: Due to International Space Station

answers: NDQ_002114

answers: manned space program.

answers: NDQ_002115

answers: manned space program.

answers: NDQ_002116

answers: orbit.

answers: NDQ_002117

answers: manned space program.

answers: NDQ_002118

answers: Due to International Space Station

answers: NDQ_002119

answers: manned space program.

answers: NDQ_002120

answers: manned space program.

answers: NDQ_002121

answers: orbit.

answers: NDQ_002122

answers: Due to International Space Station

answers: NDQ_002123

answers: Due to International Space Station

answers: NDQ_002124

answers: Due to International Space Station

answers: NDQ_002125

answers: manned space program.

answers: NDQ_002126

answers: orbit.

answers: NDQ_002127

answers: manned space program.

answers: NDQ_002128

answers: orbit.

answers: NDQ_002129

answers: International Space Station

answers: NDQ_002130

answers: International Space Station

answers: NDQ_002131

answers: Space Station

answers: NDQ_002132

answers: International Space Station

answers: NDQ_002133

answers: manned space program.

answers: NDQ_002134

answers: human presence in orbit.

answers: NDQ_002135

answers: manned space program.

answers: NDQ_002136

answers: manned space program.

answers: NDQ_002137

answers: International Space Station

answers: NDQ_002138

answers: manned space program.

answers: NDQ_002139

answers: Space Station

text: The talks were many: Neil Armstrong talked about Starmus and our future on Earth; Buzz Aldrin spoke about possible future missions to Mars; Alexei Leonov described the early days of the Soviet space program and his historic first spacewalk; Brian May asked about future human exploration in space and whether humans should first clean up their act here on Earth.Further exploring themes of space exploration, Cosmonaut Viktor Gorbatko recalled early Soviet missions; Apollo 8 astronaut Bill Anders related details of the early American space program; Apollo 13 astronaut Jim Lovell described the harrowing mission he endured returning that crippled spacecraft to Earth; and Apollo 16 astronaut Charlie Duke described his adventures in the Apollo program.

text: The talks were many: Neil Armstrong talked about Starmus and our future on Earth; Buzz Aldrin spoke about possible future missions to Mars; Alexei Leonov described the early days of the Soviet space program and his historic first spacewalk; Brian May asked about future human exploration in space and whether humans should first clean up their act here on Earth.Further exploring themes of space exploration, Cosmonaut

text: Viktor Gorbatko

text: recalled early Soviet missions;

text: Apollo 8

text: astronaut

text: Bill Anders

text: related details of the early American space program;

text: Apollo 13

text: astronaut Jim Lovell described the harrowing mission he endured returning that crippled spacecraft to Earth; and

text: Apollo 16

text: astronaut

text: Charlie Duke

text: described his adventures in the Apollo program.

answers: NDQ_002095

answers: Mars

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can take off and land

answers: NDQ_002100

answers: Soviet

answers: NDQ_002103

answers: before it can enter space

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: How many astronauts were on the Apollo program?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: None of the above choices.

answers: NDQ_002118

answers: None of the above choices .

answers: NDQ_002119

answers: The first artificial satellite was launched

answers: NDQ_002120

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

answers: NDQ_002121

answers: None of the above choices.

answers: NDQ_002122

answers: Which of the following is not a law: Newton's Third Law of Motion?

answers: NDQ_002123

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

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: spacewalk

answers: NDQ_002127

answers: Earth

answers: NDQ_002128

answers: Starmus

answers: NDQ_002129

answers: Neil Armstrong talked about Starmus

answers: NDQ_002130

answers: American space program

answers: NDQ_002131

answers: Buzz Aldrin

answers: NDQ_002132

answers: Starmus

answers: NDQ_002133

answers: Soviet space program

answers: NDQ_002134

answers: gravitational force is proportional to mass

answers: NDQ_002135

answers: Soviet space program

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: Buzz Aldrin spoke about

answers: NDQ_002139

answers: Neil Armstrong

answers: NDQ_002095

answers: Mars;

answers: NDQ_002097

answers: Earth;

answers: NDQ_002099

answers: crippled spacecraft

answers: NDQ_002100

answers: Soviet

answers: NDQ_002103

answers: Apollo 13

answers: NDQ_002108

answers: Soviet space program

answers: NDQ_002111

answers: Soviet space program

answers: NDQ_002113

answers: Alexei Leonov described the early days of the Soviet space program

answers: NDQ_002114

answers: Soviet space program

answers: NDQ_002115

answers: spacewalk;

answers: NDQ_002116

answers: Earth;

answers: NDQ_002117

answers: spacecraft

answers: NDQ_002118

answers: Mars;

answers: NDQ_002119

answers: spacewalk;

answers: NDQ_002120

answers: Earth;

answers: NDQ_002121

answers: spacecraft

answers: NDQ_002122

answers: Buzz Aldrin spoke about possible future missions to Mars;

answers: NDQ_002123

answers: Mars;

answers: NDQ_002124

answers: Alexei Leonov

answers: NDQ_002125

answers: Buzz Aldrin spoke about possible future missions to Mars;

answers: NDQ_002126

answers: spacewalk;

answers: NDQ_002127

answers: spacecraft

answers: NDQ_002128

answers: spacecraft

answers: NDQ_002129

answers: Apollo 8

answers: NDQ_002130

answers: American space program;

answers: NDQ_002131

answers: Apollo 8

answers: NDQ_002132

answers: Apollo 13

answers: NDQ_002133

answers: Soviet space program

answers: NDQ_002134

answers: humans should first clean up their act here on Earth.Further

answers: NDQ_002135

answers: Soviet space program

answers: NDQ_002136

answers: crippled spacecraft

answers: NDQ_002137

answers: Earth;

answers: NDQ_002138

answers: Apollo 8

answers: NDQ_002139

answers: Neil Armstrong

text: The history of Soviet space exploration has been well documented on the country's stamps. These include not only the notable accomplishments in space flight, including mankind's first  satellite, Sputnik 1, first animal in space (the dog Laika on Sputnik 2), first human in space and Earth orbit (cosmonaut Yuri Gagarin on Vostok 1), the first woman in space (Valentina Tereshkova on Vostok 6), first Moon impact (1959) and unmanned landing, first space station, and first interplanetary probe but also more general astronomical observation.

text: The

text: history of Soviet space exploration

text: has been well documented on

entity_name: Postage stamps and postal history of Russia

text: the country's stamps

text: . These include not only the notable accomplishments in

text: space flight

text: , including mankind's first

text: satellite

text: Sputnik 1

text: , first animal in space (the dog

text: Laika

text: on

text: Sputnik 2

text: ), first human in space and Earth orbit (

text: cosmonaut

text: Yuri Gagarin

text: on

text: Vostok 1

text: ), the first woman in space (

text: Valentina Tereshkova

text: on

text: Vostok 6

text: ), first Moon impact (1959) and unmanned landing, first

text: space station

text: , and first

text: interplanetary probe

text: but also more general

text: astronomical observation

answers: NDQ_002095

answers: Earth orbit

answers: NDQ_002097

answers: first Moon impact

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: Soviet

answers: NDQ_002103

answers: Sputnik

answers: NDQ_002108

answers: yes

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: unmanned landing

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: 1959

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: unmanned

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Moon

answers: NDQ_002120

answers: Which of the following is not a satellite: Sputnik 1, Sputnik 2, or Landsat?

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: Which of the following is not a satellite: Sputnik 1, Sputnik 2, or Vostok 6?

answers: NDQ_002124

answers: unmanned landing

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: unmanned landing

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Sputnik 1

answers: NDQ_002130

answers: unanswerable

answers: NDQ_002131

answers: Sputnik 1

answers: NDQ_002132

answers: unmanned landing

answers: NDQ_002133

answers: Sputnik

answers: NDQ_002134

answers: Laika on Sputnik 2 is an animal

answers: NDQ_002135

answers: Sputnik 1

answers: NDQ_002136

answers: Earth impact

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Earth orbit

answers: NDQ_002139

answers: Yuri Gagarin

answers: NDQ_002095

answers: Earth orbit

answers: NDQ_002097

answers: astronomical observation.

answers: NDQ_002099

answers: unmanned landing,

answers: NDQ_002100

answers: Soviet

answers: NDQ_002103

answers: Moon impact (1959) and unmanned landing,

answers: NDQ_002108

answers: first human in space and Earth orbit

answers: NDQ_002111

answers: mankind's first satellite, Sputnik 1,

answers: NDQ_002113

answers: mankind's first satellite, Sputnik 1,

answers: NDQ_002114

answers: Moon impact (1959) and unmanned landing,

answers: NDQ_002115

answers: first Moon impact (1959) and unmanned landing,

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: unmanned

answers: NDQ_002118

answers: mankind's first satellite, Sputnik 1,

answers: NDQ_002119

answers: mankind's first satellite, Sputnik 1,

answers: NDQ_002120

answers: Sputnik 1,

answers: NDQ_002121

answers: Earth orbit

answers: NDQ_002122

answers: satellite, Sputnik 1,

answers: NDQ_002123

answers: astronomical observation.

answers: NDQ_002124

answers: first Moon impact (1959) and unmanned landing,

answers: NDQ_002125

answers: interplanetary probe

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: (the dog Laika on Sputnik 2),

answers: NDQ_002128

answers: satellite,

answers: NDQ_002129

answers: Sputnik 1,

answers: NDQ_002130

answers: satellite, Sputnik 1,

answers: NDQ_002131

answers: Sputnik 1,

answers: NDQ_002132

answers: unmanned landing,

answers: NDQ_002133

answers: Sputnik 1,

answers: NDQ_002134

answers: astronomical observation.

answers: NDQ_002135

answers: Sputnik 1,

answers: NDQ_002136

answers: Moon impact (1959) and unmanned landing,

answers: NDQ_002137

answers: satellite,

answers: NDQ_002138

answers: Sputnik 1,

answers: NDQ_002139

answers: Yuri Gagarin

text: Each turn a player must move one explorer ship if possible. Any face-down tiles that the explorer ship lands on are explored and turned face-up. Many tiles cause the explorer ships to continue to mave, and some tiles cause explorers to jump more than one space away, in which case intervening tiles are not revealed. An explorer ship may never move off the edge of the board.  Explorer ships are used to seek out Glynium deposits, on aptly named, Glynium planets. The number of Glynium deposits on a given planet varies from two to four and is represented by colored discs.  Glynium discs score points based on their color, yellow scores one, blue scores two, and red scores three. An explorer ship may only tow a single Glynium disc at a time. If a planet contains multiple Glynium discs, multiple Explorer ships are required to fully mine the planet. The game background states that due to the unstable nature of Glynium, explorer ships with Glynium in tow may only move onto previously explored tiles. A Glynium deposit is not secured until the explorer ship returns to the mother ship. If an Explorer ship is destroyed or returned to the mother ship from combat, the Glynium deposit remains adrift in that space, and may be picked up by any explorer ship. Folding space is a common tactic to isolate opponents explorer ships towing Glynium deposits.

answers: NDQ_002095

answers: return to Earth

answers: NDQ_002097

answers: may never move off the edge of the board

answers: NDQ_002099

answers: can take off

answers: NDQ_002100

answers: Soviet Union

answers: NDQ_002103

answers: before it can enter Earth orbit

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: How many Glynium deposits are on a given planet?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: What is the best way to get a satellite into orbit?

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: Which of the following is not a feature of Landsat satellites?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What is Newton's Third Law of Motion?

answers: NDQ_002123

answers: How many orbits are there over Earth?

answers: NDQ_002124

answers: Who was the first astronaut to walk on the Moon?

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: adrift

answers: NDQ_002127

answers: Glynium

answers: NDQ_002128

answers: an explorer ship

answers: NDQ_002129

answers: Glynium

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: a Glynium deposit

answers: NDQ_002132

answers: explorer ship

answers: NDQ_002133

answers: Glynium

answers: NDQ_002134

answers: An explorer ship may never move off the edge of the board

answers: NDQ_002135

answers: Space Race

answers: NDQ_002136

answers: Glynium deposits

answers: NDQ_002137

answers: Glynium

answers: NDQ_002138

answers: can be destroyed by an explorer ship

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Glynium deposits,

answers: NDQ_002097

answers: An explorer ship may never move off the edge of the board.

answers: NDQ_002099

answers: explored and turned face-up.

answers: NDQ_002100

answers: opponents

answers: NDQ_002103

answers: two to four

answers: NDQ_002108

answers: Glynium planets.

answers: NDQ_002111

answers: Glynium planets.

answers: NDQ_002113

answers: Glynium planets.

answers: NDQ_002114

answers: four

answers: NDQ_002115

answers: Glynium planets.

answers: NDQ_002116

answers: Glynium planets.

answers: NDQ_002117

answers: two to four

answers: NDQ_002118

answers: two to four

answers: NDQ_002119

answers: four

answers: NDQ_002120

answers: Glynium planets.

answers: NDQ_002121

answers: the Glynium deposit

answers: NDQ_002122

answers: the Glynium deposit

answers: NDQ_002123

answers: Glynium planets.

answers: NDQ_002124

answers: Each turn a player must move one explorer ship

answers: NDQ_002125

answers: Glynium planets.

answers: NDQ_002126

answers: Folding space

answers: NDQ_002127

answers: Folding space

answers: NDQ_002128

answers: mother ship.

answers: NDQ_002129

answers: two to four

answers: NDQ_002130

answers: Glynium deposits,

answers: NDQ_002131

answers: Folding space

answers: NDQ_002132

answers: explorer ship

answers: NDQ_002133

answers: two to four

answers: NDQ_002134

answers: An explorer ship may never move off the edge of the board.

answers: NDQ_002135

answers: Glynium planets.

answers: NDQ_002136

answers: unstable nature of Glynium,

answers: NDQ_002137

answers: colored discs.

answers: NDQ_002138

answers: two to four

answers: NDQ_002139

answers: Each turn a player must move one explorer ship

text: More than 1,000 unmanned missions have been designed to explore the Earth and the solar system. Besides exploration, communication satellites have also been launched by NASA. The missions have been launched directly from Earth or from orbiting space shuttles, which could either deploy the satellite itself, or with a rocket stage to take it farther.

text: More than 1,000 unmanned missions have been designed to explore the Earth and the solar system. Besides exploration, communication satellites have also been launched by NASA. The missions have been launched directly from Earth or from orbiting space shuttles, which could either deploy the satellite itself, or with a rocket stage to take it farther.

answers: NDQ_002095

answers: orbit the sun

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: takes it farther

answers: NDQ_002100

answers: NASA

answers: NDQ_002103

answers: directly from Earth

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: Which of the following is not a type of unmanned mission?

answers: NDQ_002121

answers: None of the above choices.

answers: NDQ_002122

answers: Which of the following is not an example of Newton's Third Law of Motion?

answers: NDQ_002123

answers: Which of the following is not a type of satellite: communication satellites or imaging satellites?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbiting

answers: NDQ_002127

answers: Earth

answers: NDQ_002128

answers: space shuttles

answers: NDQ_002129

answers: communications satellites

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unmanned

answers: NDQ_002132

answers: unmanned missions

answers: NDQ_002133

answers: unmanned missions

answers: NDQ_002134

answers: Newton's third law of motion states that Newton's third law of motion states that

answers: NDQ_002135

answers: NASA

answers: NDQ_002136

answers: space shuttles

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: could be launched directly from Earth

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: solar system.

answers: NDQ_002097

answers: Earth

answers: NDQ_002099

answers: farther.

answers: NDQ_002100

answers: NASA.

answers: NDQ_002103

answers: directly from Earth or from orbiting space shuttles,

answers: NDQ_002108

answers: More than 1,000 unmanned missions

answers: NDQ_002111

answers: rocket stage

answers: NDQ_002113

answers: orbiting space shuttles,

answers: NDQ_002114

answers: NASA.

answers: NDQ_002115

answers: orbiting space shuttles,

answers: NDQ_002116

answers: orbiting space shuttles,

answers: NDQ_002117

answers: orbiting space shuttles,

answers: NDQ_002118

answers: communication satellites

answers: NDQ_002119

answers: 1,000 unmanned missions have been designed to explore the Earth

answers: NDQ_002120

answers: communication satellites

answers: NDQ_002121

answers: orbiting space shuttles,

answers: NDQ_002122

answers: orbiting space shuttles,

answers: NDQ_002123

answers: communication satellites

answers: NDQ_002124

answers: orbiting space shuttles,

answers: NDQ_002125

answers: orbiting space shuttles,

answers: NDQ_002126

answers: orbiting

answers: NDQ_002127

answers: orbiting space shuttles,

answers: NDQ_002128

answers: space shuttles,

answers: NDQ_002129

answers: communication satellites

answers: NDQ_002130

answers: NASA.

answers: NDQ_002131

answers: orbiting space shuttles,

answers: NDQ_002132

answers: unmanned missions

answers: NDQ_002133

answers: Earth and the solar system.

answers: NDQ_002134

answers: orbiting space shuttles,

answers: NDQ_002135

answers: unmanned missions

answers: NDQ_002136

answers: orbiting space shuttles,

answers: NDQ_002137

answers: communication satellites

answers: NDQ_002138

answers: communication satellites

answers: NDQ_002139

answers: NASA.

text: Both kinetic energy and directed energy weapons are often portrayed, along with various military space vessels. The Lensman series by E. E. Smith is an early example, which also inspired the term Space Opera due to the grandiose scales of the stories. The Ender's Game series by Orson Scott Card is a notable example in that it makes conjecture as to what sort of tactics and training would be required for war in outer space.  Other science fiction authors have also delved into the tactics of space combat, such as David Weber in his Honorverse series as well as Larry Niven and Jerry Pournelle in their Mote in God's Eye series. A more recent example would be Alastair Reynolds' Revelation Space universe, which explores combat at relativistic speeds. Robert A. Heinlein's Starship Troopers is perhaps one of the best-known and earliest explorations of the "space marine" idea.

text: Both

text: kinetic energy

text: and

text: directed energy weapons

text: are often portrayed, along with various military space vessels. The

text: Lensman

text: series by

text: E. E. Smith

text: is an early example, which also inspired the term

text: Space Opera

text: due to the grandiose scales of the stories. The

text: Ender's Game

text: series by

text: Orson Scott Card

text: is a notable example in that it makes conjecture as to what sort of tactics and training would be required for war in outer space.  Other science fiction authors have also delved into the tactics of space combat, such as

text: David Weber

text: in his

text: Honorverse

text: series as well as

text: Larry Niven

text: and

text: Jerry Pournelle

text: in their

text: Mote in God's Eye

text: series. A more recent example would be

text: Alastair Reynolds

text: Revelation Space universe

text: , which explores combat at

text: relativistic speeds

text: Robert A. Heinlein

text: 's

text: Starship Troopers

text: is perhaps one of the best-known and earliest explorations of the "

text: space marine

text: " idea.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: kinetic energy

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: Space Opera

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: U.S.

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: What kind of satellites are placed in high orbits over Earth

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: kinetic energy

answers: NDQ_002128

answers: space marine

answers: NDQ_002129

answers: The largest artificial satellite

answers: NDQ_002130

answers: United States Space Agency

answers: NDQ_002131

answers: kinetic energy

answers: NDQ_002132

answers: unanswerable

answers: NDQ_002133

answers: Space Opera

answers: NDQ_002134

answers: gravitational force is equal to

answers: NDQ_002135

answers: The Lensman series

answers: NDQ_002136

answers: kinetic energy

answers: NDQ_002137

answers: kinetic energy

answers: NDQ_002138

answers: unanswerable

answers: NDQ_002139

answers: Orson Scott Card

answers: NDQ_002095

answers: military space vessels.

answers: NDQ_002097

answers: kinetic energy

answers: NDQ_002099

answers: relativistic speeds.

answers: NDQ_002100

answers: Space Opera

answers: NDQ_002103

answers: military space vessels.

answers: NDQ_002108

answers: Space Opera

answers: NDQ_002111

answers: science fiction

answers: NDQ_002113

answers: military space vessels.

answers: NDQ_002114

answers: Space Opera

answers: NDQ_002115

answers: The Lensman series by E. E. Smith

answers: NDQ_002116

answers: Space Opera

answers: NDQ_002117

answers: military space vessels.

answers: NDQ_002118

answers: military space vessels.

answers: NDQ_002119

answers: Space Opera

answers: NDQ_002120

answers: Space Opera

answers: NDQ_002121

answers: kinetic energy

answers: NDQ_002122

answers: kinetic energy

answers: NDQ_002123

answers: military space vessels.

answers: NDQ_002124

answers: Space Opera

answers: NDQ_002125

answers: military space vessels.

answers: NDQ_002126

answers: military space vessels.

answers: NDQ_002127

answers: kinetic energy

answers: NDQ_002128

answers: space vessels.

answers: NDQ_002129

answers: military space vessels.

answers: NDQ_002130

answers: military space vessels.

answers: NDQ_002131

answers: kinetic energy

answers: NDQ_002132

answers: Starship Troopers

answers: NDQ_002133

answers: Lensman series by E. E. Smith

answers: NDQ_002134

answers: kinetic energy

answers: NDQ_002135

answers: The Lensman series by E. E. Smith

answers: NDQ_002136

answers: kinetic energy

answers: NDQ_002137

answers: kinetic energy

answers: NDQ_002138

answers: military space vessels.

answers: NDQ_002139

answers: E. E. Smith

text: The early history of United States space policy is linked to the US–Soviet Space Race of the 1960s.  The National Aeronautics and Space Act creating NASA was passed in 1958, after the launch of the Soviet Sputnik 1 satellite. Thereafter, in response to the flight of Yuri Gagarin as the first man in space, Kennedy in 1961 committed the United States to landing a man on the Moon by the end of the decade.  Although the costs of the Vietnam War and the programs of the Great Society forced cuts to NASA's budget as early as 1965, the first Moon landing occurred in 1969, early in Richard Nixon's presidency.  Under the Nixon administration NASA's budget continued to decline and three of the planned Apollo Moon landings were cancelled.  The Nixon administration approved the beginning of the Space Shuttle program in 1972, but did not support funding of other projects such as a Mars landing, colonization of the Moon, or a permanent space station.

text: The early history of United States space policy is linked to the US–Soviet

text: Space Race

text: of the 1960s.  The

text: National Aeronautics and Space Act

text: creating NASA was passed in 1958, after the launch of the Soviet

text: Sputnik 1

text: satellite. Thereafter, in response to the flight of

text: Yuri Gagarin

text: as the first man in space, Kennedy in 1961 committed the United States to

text: landing a man on the Moon

text: by the end of the decade.  Although the costs of the

text: Vietnam War

text: and the programs of the

text: Great Society

text: forced cuts to NASA's budget as early as 1965,

text: the first Moon landing

text: occurred in 1969, early in

text: Richard Nixon's presidency

text: .  Under the Nixon administration NASA's budget continued to decline and three of the planned Apollo Moon landings

text: were cancelled

text: .  The Nixon administration approved the beginning of the

text: Space Shuttle program

text: in 1972, but did not support funding of other projects such as a

text: Mars landing

text: colonization of the Moon

text: , or a permanent

text: space station

answers: NDQ_002095

answers: Moon

answers: NDQ_002097

answers: the Moon landing occurred in 1969

answers: NDQ_002099

answers: can be launched

answers: NDQ_002100

answers: US–Soviet

answers: NDQ_002103

answers: Sputnik 1

answers: NDQ_002108

answers: Yes

answers: NDQ_002111

answers: How many years after the launch of the Soviet Sputnik 1 satellite did Kennedy commit the United States to landing a man on the Moon?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: Which happened first, the launch of the Soviet Sputnik 1 satellite or the first Moon landing?

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: Which satellites make detailed images of continents and coasts?

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: Which happened first, the launch of the Soviet Sputnik 1 satellite or Kennedy committed the United States to landing a man on the Moon?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Yuri Gagarin

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Soviet Sputnik 1

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Sputnik

answers: NDQ_002132

answers: Space Shuttle

answers: NDQ_002133

answers: 1958

answers: NDQ_002134

answers: Newton's third law states that

answers: NDQ_002135

answers: Soviet Space Race of the 1960s

answers: NDQ_002136

answers: Space Shuttle program

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Soviet Sputnik 1

answers: NDQ_002139

answers: Richard Nixon

answers: NDQ_002095

answers: Moon landing

answers: NDQ_002097

answers: Moon

answers: NDQ_002099

answers: launch of the Soviet Sputnik 1 satellite.

answers: NDQ_002100

answers: US–Soviet

answers: NDQ_002103

answers: launch of the Soviet Sputnik 1 satellite.

answers: NDQ_002108

answers: Yuri Gagarin

answers: NDQ_002111

answers: 1969,

answers: NDQ_002113

answers: 1969,

answers: NDQ_002114

answers: the United States

answers: NDQ_002115

answers: the first Moon landing occurred in 1969,

answers: NDQ_002116

answers: satellite.

answers: NDQ_002117

answers: launch of the Soviet Sputnik 1

answers: NDQ_002118

answers: the first Moon landing occurred in 1969,

answers: NDQ_002119

answers: 1969,

answers: NDQ_002120

answers: Soviet Sputnik 1

answers: NDQ_002121

answers: the first Moon landing occurred in 1969,

answers: NDQ_002122

answers: Space Shuttle program in 1972,

answers: NDQ_002123

answers: Soviet Sputnik 1

answers: NDQ_002124

answers: 1969,

answers: NDQ_002125

answers: Mars landing,

answers: NDQ_002126

answers: Moon

answers: NDQ_002127

answers: Vietnam War

answers: NDQ_002128

answers: satellite.

answers: NDQ_002129

answers: Soviet Sputnik 1

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: Space Shuttle

answers: NDQ_002132

answers: Space Shuttle

answers: NDQ_002133

answers: Soviet Sputnik 1 satellite.

answers: NDQ_002134

answers: Mars landing, colonization of the Moon, or a permanent space station.

answers: NDQ_002135

answers: Soviet Sputnik 1

answers: NDQ_002136

answers: Vietnam War

answers: NDQ_002137

answers: satellite.

answers: NDQ_002138

answers: Soviet Sputnik 1

answers: NDQ_002139

answers: Yuri Gagarin

text: The asteroid is a member of the Flora family, a large group of S-type asteroids in the inner main-belt. It orbits the Sun at a distance of 1.7–2.7 AU once every 3 years and 4 months (1,214 days). Its orbit shows a notable eccentricity of 0.22 and is tilted by 4 degrees to the plane of the ecliptic. It has a refined rotation period of 6.0 hours and an albedo of about 0.26, based on observations by the space-based Wide-field Infrared Survey Explorer mission.

text: The asteroid is a member of the

text: Flora family

text: , a large group of

text: S-type

text: asteroids in the inner main-belt. It orbits the Sun at a distance of 1.7–2.7

text: AU

text: once every 3 years and 4 months (1,214 days). Its orbit shows a notable

text: eccentricity

text: of 0.22 and is

text: tilted

text: by 4 degrees to the plane of the

text: ecliptic

text: . It has a refined

text: rotation period

text: of 6.0 hours and an

text: albedo

text: of about 0.26, based on observations by the space-based

text: Wide-field Infrared Survey Explorer

text: mission.

answers: NDQ_002095

answers: orbit Earth

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: orbits the sun

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: the Sun

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How many years ago were rockets developed?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat satellites

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What law of motion helps explain how a rocket will travel in space?

answers: NDQ_002123

answers: Which of the following is not a type of imaging satellite: Wide-field Infrared Survey Explorer or Earth?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: unanswerable

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: NDQ_002132

answers: asteroid

answers: NDQ_002133

answers: unanswerable

answers: NDQ_002134

answers: gravitational force is equal to the force of gravity

answers: NDQ_002135

answers: the Flora family

answers: NDQ_002136

answers: eccentricity

answers: NDQ_002137

answers: Infrared

answers: NDQ_002138

answers: is tilted by 4 degrees

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Sun

answers: NDQ_002097

answers: eccentricity

answers: NDQ_002099

answers: 6.0 hours and an albedo of about 0.26,

answers: NDQ_002100

answers: The asteroid

answers: NDQ_002103

answers: 1.7–2.7 AU once every 3 years and 4 months

answers: NDQ_002108

answers: space-based Wide-field Infrared Survey Explorer mission.

answers: NDQ_002111

answers: 6.0 hours and an albedo of about 0.26,

answers: NDQ_002113

answers: 1.7–2.7

answers: NDQ_002114

answers: 1.7–2.7

answers: NDQ_002115

answers: 1.7–2.7

answers: NDQ_002116

answers: asteroid

answers: NDQ_002117

answers: asteroid

answers: NDQ_002118

answers: asteroid

answers: NDQ_002119

answers: 1.7–2.7 AU once every 3 years and 4 months

answers: NDQ_002120

answers: Wide-field Infrared Survey Explorer

answers: NDQ_002121

answers: orbit shows a notable eccentricity of 0.22

answers: NDQ_002122

answers: eccentricity of 0.22

answers: NDQ_002123

answers: Wide-field Infrared Survey Explorer

answers: NDQ_002124

answers: The asteroid

answers: NDQ_002125

answers: Wide-field Infrared Survey Explorer mission.

answers: NDQ_002126

answers: eccentricity

answers: NDQ_002127

answers: eccentricity of 0.22

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: Wide-field Infrared Survey Explorer mission.

answers: NDQ_002130

answers: Wide-field Infrared Survey Explorer

answers: NDQ_002131

answers: asteroid

answers: NDQ_002132

answers: Wide-field Infrared Survey Explorer

answers: NDQ_002133

answers: 1.7–2.7 AU once every 3 years and 4 months

answers: NDQ_002134

answers: eccentricity of 0.22

answers: NDQ_002135

answers: Wide-field Infrared Survey Explorer mission.

answers: NDQ_002136

answers: eccentricity

answers: NDQ_002137

answers: Wide-field Infrared Survey Explorer

answers: NDQ_002138

answers: eccentricity of 0.22

answers: NDQ_002139

answers: Wide-field Infrared Survey Explorer

text: A geosynchronous satellite is a satellite in geosynchronous orbit, with an orbital period the same as the Earth's rotation period. Such a satellite returns to the same position in the sky after each sidereal day, and over the course of a day traces out a path in the sky that is typically some form of analemma. A special case of geosynchronous satellite is the geostationary satellite, which has a geostationary orbit – a circular geosynchronous orbit directly above the Earth's equator. Another type of geosynchronous orbit used by satellites is the Tundra elliptical orbit.

text: A geosynchronous satellite is a

text: satellite

text: in

text: geosynchronous orbit

text: , with an orbital period the same as the Earth's rotation period. Such a satellite returns to the same position in the sky after each

text: sidereal day

text: , and over the course of a day traces out a path in the sky that is typically some form of

text: analemma

text: . A special case of geosynchronous satellite is the geostationary satellite, which has a

text: geostationary orbit

text: – a circular geosynchronous orbit directly above the Earth's equator. Another type of geosynchronous orbit used by satellites is the

text: Tundra elliptical orbit

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: an orbital period the same as the Earth's rotation period

answers: NDQ_002099

answers: orbits the Earth

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: Geosynchronous orbit

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: It's impossible to say

answers: NDQ_002119

answers: Neil Armstrong walked

answers: NDQ_002120

answers: What type of satellite does Landsat make detailed images of?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: Which of the following is not a type of geosynchronous satellite?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: gravity

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: geostationary satellite

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: unanswerable

answers: NDQ_002134

answers: orbital period is the same as the Earth's rotation period

answers: NDQ_002135

answers: unanswerable

answers: NDQ_002136

answers: Earth's rotation

answers: NDQ_002137

answers: geostationary orbit

answers: NDQ_002138

answers: unanswerable

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: geosynchronous satellite

answers: NDQ_002097

answers: rotation period.

answers: NDQ_002099

answers: geosynchronous satellite

answers: NDQ_002100

answers: A geosynchronous satellite

answers: NDQ_002103

answers: A geosynchronous satellite

answers: NDQ_002108

answers: geosynchronous satellite

answers: NDQ_002111

answers: geosynchronous satellite

answers: NDQ_002113

answers: geosynchronous satellite

answers: NDQ_002114

answers: A geosynchronous satellite

answers: NDQ_002115

answers: geosynchronous satellite

answers: NDQ_002116

answers: geosynchronous satellite is a satellite in geosynchronous orbit,

answers: NDQ_002117

answers: geosynchronous satellite

answers: NDQ_002118

answers: geosynchronous satellite

answers: NDQ_002119

answers: geosynchronous satellite

answers: NDQ_002120

answers: geosynchronous satellite

answers: NDQ_002121

answers: geosynchronous satellite is a satellite in geosynchronous orbit,

answers: NDQ_002122

answers: orbital period the same as the Earth's rotation period.

answers: NDQ_002123

answers: geostationary satellite,

answers: NDQ_002124

answers: A geosynchronous satellite

answers: NDQ_002125

answers: geosynchronous satellite

answers: NDQ_002126

answers: elliptical

answers: NDQ_002127

answers: Earth's rotation period.

answers: NDQ_002128

answers: geosynchronous satellite

answers: NDQ_002129

answers: geostationary satellite,

answers: NDQ_002130

answers: geosynchronous satellite

answers: NDQ_002131

answers: geosynchronous satellite

answers: NDQ_002132

answers: geosynchronous satellite

answers: NDQ_002133

answers: A geosynchronous satellite

answers: NDQ_002134

answers: satellite returns to the same position in the sky after each sidereal day,

answers: NDQ_002135

answers: geosynchronous satellite

answers: NDQ_002136

answers: Earth's rotation period.

answers: NDQ_002137

answers: geosynchronous satellite

answers: NDQ_002138

answers: Tundra elliptical orbit.

answers: NDQ_002139

answers: geosynchronous satellite

text: Traditional launch methods of satellites are too costly to put small payloads into orbit without a larger payload accompanying it to make the launch worth the expense.  Current launches of sub-100-pound satellites are performed as "piggyback payloads" on launches of much larger spacecraft, usually headed for geostationary orbit, and are released at the altitude of the primary payload.  In addition, range costs of operating from ground-based infrastructure have escalated as they have aged, accounting for up to 35 percent of the launch cost.  This restricts the number of light satellite launches to 10-12 per year, which could be increased if small payloads could be launched into space affordably and without ground range constraints.  Air-launching satellites was first seriously considered during the 1950s and 1960s, but small payloads in the 100-pound class at the time did not have effective capabilities, so the method was overlooked.  The first air-launched rocket to put a satellite into orbit was the Orbital Sciences Corporation Pegasus, which did it on 13 June 1990; however, it is currently deployed from a heavily modified and expensive Lockheed L-1011 airliner.  The ALASA program's objective is to use an unmodified aircraft platform (except for software) that does not have to be dedicated to the mission to place a 100 lb satellite into orbit that requires only 24 hours notice to integrate and launch the payload, with the ability to re-plan the launch in flight and relocate the aircraft to any civilian airport or military airfield in a crisis situation, while using onboard GPS/inertial position reporting rather than ground-based radar tracking.

text: Traditional launch methods of satellites are too costly to put small payloads into orbit without a larger payload accompanying it to make the launch worth the expense.  Current launches of sub-100-pound satellites are performed as "piggyback payloads" on launches of much larger spacecraft, usually headed for

text: geostationary orbit

text: , and are released at the altitude of the primary payload.  In addition, range costs of operating from ground-based infrastructure have escalated as they have aged, accounting for up to 35 percent of the launch cost.  This restricts the number of light satellite launches to 10-12 per year, which could be increased if small payloads could be launched into space affordably and without ground range constraints.  Air-launching satellites was first seriously considered during the 1950s and 1960s, but small payloads in the 100-pound class at the time did not have effective capabilities, so the method was overlooked.  The first air-launched rocket to put a satellite into orbit was the

text: Orbital Sciences Corporation

text: Pegasus

text: , which did it on 13 June 1990; however, it is currently deployed from a heavily modified and expensive

text: Lockheed L-1011

text: airliner.  The ALASA program's objective is to use an unmodified aircraft platform (except for software) that does not have to be dedicated to the mission to place a 100 lb satellite into orbit that requires only 24 hours notice to integrate and launch the payload, with the ability to re-plan the launch in flight and relocate the aircraft to any civilian airport or military airfield in a crisis situation, while using onboard

text: GPS

text: /inertial position reporting rather than ground-based radar tracking.

answers: NDQ_002095

answers: orbit

answers: NDQ_002097

answers: inertial position reporting

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: How many years ago was the first air-launched rocket to put a satellite into orbit?

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: the U.S.

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit?

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: Which satellites make detailed images of continents and coasts?

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: Which satellites are placed in high orbits over Earth?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: air

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: ALASA program's objective is to use an unmodified aircraft platform

answers: NDQ_002130

answers: Orbital Sciences

answers: NDQ_002131

answers: unmodified aircraft platform

answers: NDQ_002132

answers: satellites

answers: NDQ_002133

answers: 1950s

answers: NDQ_002134

answers: Earth's gravitational force is equal to

answers: NDQ_002135

answers: 13 June 1990

answers: NDQ_002136

answers: ground-based radar tracking

answers: NDQ_002137

answers: ground-based radar tracking

answers: NDQ_002138

answers: does not have effective capabilities

answers: NDQ_002139

answers: unanswerable

answers: NDQ_002095

answers: air-launched rocket to put a satellite into orbit

answers: NDQ_002097

answers: altitude

answers: NDQ_002099

answers: released at the altitude of the primary payload.

answers: NDQ_002100

answers: 1950s and 1960s,

answers: NDQ_002103

answers: Air-launching satellites

answers: NDQ_002108

answers: 1950s and 1960s,

answers: NDQ_002111

answers: 1950s and 1960s,

answers: NDQ_002113

answers: air-launched rocket

answers: NDQ_002114

answers: Air-launching satellites

answers: NDQ_002115

answers: Orbital Sciences Corporation Pegasus,

answers: NDQ_002116

answers: small payloads into orbit without a larger payload

answers: NDQ_002117

answers: 10-12 per year,

answers: NDQ_002118

answers: 10-12 per year,

answers: NDQ_002119

answers: 1990;

answers: NDQ_002120

answers: Air-launching satellites

answers: NDQ_002121

answers: released at the altitude of the primary payload.

answers: NDQ_002122

answers: released at the altitude of the primary payload.

answers: NDQ_002123

answers: geostationary orbit,

answers: NDQ_002124

answers: 13 June 1990;

answers: NDQ_002125

answers: Orbital Sciences Corporation Pegasus,

answers: NDQ_002126

answers: orbit,

answers: NDQ_002127

answers: Lockheed L-1011 airliner.

answers: NDQ_002128

answers: geostationary orbit,

answers: NDQ_002129

answers: 100 lb

answers: NDQ_002130

answers: Orbital Sciences Corporation

answers: NDQ_002131

answers: Lockheed L-1011 airliner.

answers: NDQ_002132

answers: satellites

answers: NDQ_002133

answers: 13 June 1990;

answers: NDQ_002134

answers: onboard GPS/inertial position reporting rather than ground-based radar tracking.

answers: NDQ_002135

answers: 13 June 1990;

answers: NDQ_002136

answers: ground-based radar tracking.

answers: NDQ_002137

answers: onboard GPS/inertial position reporting rather than ground-based radar tracking.

answers: NDQ_002138

answers: geostationary orbit,

answers: NDQ_002139

answers: Orbital Sciences Corporation Pegasus,

text: The USSR used ICBM technology to launch Sputnik into space. This essentially gave the Soviets two propaganda victories at once (sending the satellite into space and proving the distance capabilities of their missiles). This proved that the Soviets had rockets capable of sending nuclear weapons from Russia to Europe and even North America. This was the most immediate threat that the launch of Sputnik 1 posed. Not only did the Soviet Union have this ability, the United States did not. America, a land with a history of geographical security, suddenly seemed vulnerable. Overall, what caused the fear for the American people was not the satellite itself but more so the rocket that put Sputnik into orbit.

text: The USSR used

text: ICBM

text: technology to launch Sputnik into space. This essentially gave the Soviets two propaganda victories at once (sending the satellite into space and proving the distance capabilities of their missiles). This proved that the Soviets had rockets capable of sending nuclear weapons from Russia to Europe and even North America. This was the most immediate threat that the launch of Sputnik 1 posed. Not only did the Soviet Union have this ability, the United States did not. America, a land with a history of geographical security, suddenly seemed vulnerable. Overall, what caused the fear for the American people was not the satellite itself but more so the rocket that put Sputnik into orbit.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: The USSR

answers: NDQ_002103

answers: into space

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: Why did the USSR launch Sputnik into space?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the United States

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What did the launch of Sputnik 1 prove?

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: in space

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat or Sputnik?

answers: NDQ_002121

answers: The law of conservation of momentum.

answers: NDQ_002122

answers: What is the most immediate threat that the launch of Sputnik 1 posed?

answers: NDQ_002123

answers: What was the most immediate threat that the launch of Sputnik 1 posed?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: ICBM

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Sputnik 1

answers: NDQ_002130

answers: The United States

answers: NDQ_002131

answers: Sputnik 1

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: Soviet Union

answers: NDQ_002134

answers: Sputnik 1 was launched into space

answers: NDQ_002135

answers: Sputnik 1

answers: NDQ_002136

answers: ICBM

answers: NDQ_002137

answers: ICBM technology

answers: NDQ_002138

answers: would not be able to send nuclear weapons

answers: NDQ_002139

answers: Sputnik

answers: NDQ_002095

answers: space.

answers: NDQ_002097

answers: distance

answers: NDQ_002099

answers: orbit.

answers: NDQ_002100

answers: USSR

answers: NDQ_002103

answers: ICBM technology to launch Sputnik into space.

answers: NDQ_002108

answers: Sputnik into space.

answers: NDQ_002111

answers: rockets capable of sending nuclear weapons from Russia to Europe and even North America.

answers: NDQ_002113

answers: nuclear weapons from Russia to Europe and even North America.

answers: NDQ_002114

answers: the United States

answers: NDQ_002115

answers: Sputnik

answers: NDQ_002116

answers: orbit.

answers: NDQ_002117

answers: ICBM technology to launch Sputnik into space.

answers: NDQ_002118

answers: The USSR used ICBM technology to launch Sputnik

answers: NDQ_002119

answers: space.

answers: NDQ_002120

answers: satellite

answers: NDQ_002121

answers: space.

answers: NDQ_002122

answers: orbit.

answers: NDQ_002123

answers: satellite itself but more so the rocket that put Sputnik into orbit.

answers: NDQ_002124

answers: The USSR used ICBM technology to launch Sputnik

answers: NDQ_002125

answers: the United States

answers: NDQ_002126

answers: orbit.

answers: NDQ_002127

answers: ICBM technology

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Sputnik

answers: NDQ_002130

answers: the United States

answers: NDQ_002131

answers: ICBM technology to launch Sputnik

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: Sputnik into space.

answers: NDQ_002134

answers: distance capabilities of their missiles).

answers: NDQ_002135

answers: Sputnik

answers: NDQ_002136

answers: rocket

answers: NDQ_002137

answers: ICBM technology

answers: NDQ_002138

answers: satellite

answers: NDQ_002139

answers: Sputnik

text: In addition to deep space and solar system exploration ESAC hosts the data processing of SMOS, a satellite observing the earth, as well as the Space Situation Awareness (SSA) programme.

text: In addition to deep space and solar system exploration ESAC hosts the data processing of

text: SMOS

text: , a satellite observing the earth, as well as the Space Situation Awareness (SSA) programme.

answers: NDQ_002095

answers: orbit the sun

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States and Russia

answers: NDQ_002103

answers: ESAC

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: space

answers: NDQ_002120

answers: SMOS

answers: NDQ_002121

answers: the law of conservation of momentum

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: Which of the following is not a satellite observing the earth?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: gravity

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: SMOS

answers: NDQ_002130

answers: ESAC

answers: NDQ_002131

answers: can be described as

answers: NDQ_002132

answers: SMOS

answers: NDQ_002133

answers: 20th century

answers: NDQ_002134

answers: gravitational force is inversely proportional to mass

answers: NDQ_002135

answers: SSA

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: SMOS

answers: NDQ_002138

answers: can observe the earth

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: deep space

answers: NDQ_002097

answers: earth,

answers: NDQ_002099

answers: deep space and solar system exploration

answers: NDQ_002100

answers: earth,

answers: NDQ_002103

answers: deep space and solar system exploration

answers: NDQ_002108

answers: solar system exploration

answers: NDQ_002111

answers: Space Situation Awareness

answers: NDQ_002113

answers: Space Situation Awareness

answers: NDQ_002114

answers: ESAC

answers: NDQ_002115

answers: Space Situation Awareness

answers: NDQ_002116

answers: earth,

answers: NDQ_002117

answers: earth,

answers: NDQ_002118

answers: SMOS, a satellite observing the earth,

answers: NDQ_002119

answers: SMOS, a satellite observing the earth,

answers: NDQ_002120

answers: SMOS,

answers: NDQ_002121

answers: SMOS, a satellite observing the earth,

answers: NDQ_002122

answers: Space Situation Awareness

answers: NDQ_002123

answers: SMOS, a satellite observing the earth,

answers: NDQ_002124

answers: ESAC hosts the data processing of SMOS,

answers: NDQ_002125

answers: In addition to deep space and solar system exploration

answers: NDQ_002126

answers: satellite observing the earth,

answers: NDQ_002127

answers: earth,

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: SMOS,

answers: NDQ_002130

answers: ESAC

answers: NDQ_002131

answers: Space Situation Awareness

answers: NDQ_002132

answers: satellite

answers: NDQ_002133

answers: solar system exploration

answers: NDQ_002134

answers: earth,

answers: NDQ_002135

answers: solar system exploration

answers: NDQ_002136

answers: solar system exploration

answers: NDQ_002137

answers: SMOS,

answers: NDQ_002138

answers: SMOS,

answers: NDQ_002139

answers: SMOS,

text: As of 2015, 70 different government space agencies are in existence; 13 of those have launch capability. Six government space agencies - the Indian Space Research Organisation (ISRO), the European Space Agency (ESA), the China National Space Administration (CNSA), the Japan Aerospace Exploration Agency (JAXA), the National Aeronautics and Space Administration (NASA) and the Russian Federal Space Agency (RFSA or Roscosmos) have full launch capabilities; these include the ability to launch and recover multiple satellites, deploy cryogenic rocket engines and operate extraterrestrial probes. Only two currently operating government space agencies in the world - RFSA and the CNSA - are capable of human spaceflight as of 2016.

text: As of 2015, 70 different government space agencies are in existence; 13 of those have launch capability. Six government space agencies - the Indian Space Research Organisation (ISRO), the European Space Agency (ESA), the China National Space Administration (CNSA), the Japan Aerospace Exploration Agency (JAXA), the National Aeronautics and Space Administration (NASA) and the Russian Federal Space Agency (RFSA or Roscosmos) have full launch capabilities; these include the ability to launch and recover multiple satellites, deploy cryogenic rocket engines and operate extraterrestrial probes. Only two currently operating government space agencies in the world - RFSA and the CNSA - are capable of human spaceflight as of 2016.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: Newton's Law of Gravity

answers: NDQ_002099

answers: can launch multiple satellites

answers: NDQ_002100

answers: the Russian Federal Space Agency

answers: NDQ_002103

answers: 13 of those have launch capability

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: RFSA

answers: NDQ_002114

answers: U.S.

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: satellite

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: Landsat satellites

answers: NDQ_002121

answers: law of conservation of momentum

answers: NDQ_002122

answers: cryogenic rocket engines

answers: NDQ_002123

answers: How many different government space agencies are in existence?

answers: NDQ_002124

answers: RFSA and the CNSA

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: cryogenic rocket engines

answers: NDQ_002128

answers: satellite

answers: NDQ_002129

answers: Russia Federal Space Agency

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: aerodynamic

answers: NDQ_002132

answers: satellites

answers: NDQ_002133

answers: Russian

answers: NDQ_002134

answers: only two currently operating government space agencies in the world are capable of human spaceflight

answers: NDQ_002135

answers: Indian Space Research Organisation

answers: NDQ_002136

answers: cryogenic rocket engines

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: isotope

answers: NDQ_002139

answers: NASA

answers: NDQ_002095

answers: extraterrestrial probes.

answers: NDQ_002097

answers: cryogenic rocket engines

answers: NDQ_002099

answers: launch and recover multiple satellites,

answers: NDQ_002100

answers: Russian

answers: NDQ_002103

answers: 13 of those have launch capability.

answers: NDQ_002108

answers: RFSA and the CNSA - are capable of human spaceflight

answers: NDQ_002111

answers: RFSA and the CNSA - are capable of human spaceflight

answers: NDQ_002113

answers: RFSA and the CNSA - are capable of human spaceflight

answers: NDQ_002114

answers: RFSA and the CNSA - are capable of human spaceflight

answers: NDQ_002115

answers: RFSA and the CNSA - are capable of human spaceflight

answers: NDQ_002116

answers: satellites,

answers: NDQ_002117

answers: 13 of those have launch capability.

answers: NDQ_002118

answers: human spaceflight

answers: NDQ_002119

answers: 2015,

answers: NDQ_002120

answers: Six

answers: NDQ_002121

answers: RFSA and the CNSA - are capable of human spaceflight

answers: NDQ_002122

answers: RFSA and the CNSA - are capable of human spaceflight

answers: NDQ_002123

answers: extraterrestrial probes.

answers: NDQ_002124

answers: RFSA and the CNSA - are capable of human spaceflight

answers: NDQ_002125

answers: extraterrestrial probes.

answers: NDQ_002126

answers: As of 2015,

answers: NDQ_002127

answers: cryogenic rocket engines

answers: NDQ_002128

answers: satellites,

answers: NDQ_002129

answers: Roscosmos)

answers: NDQ_002130

answers: (NASA)

answers: NDQ_002131

answers: RFSA and the CNSA - are capable of human spaceflight

answers: NDQ_002132

answers: extraterrestrial probes.

answers: NDQ_002133

answers: 2015,

answers: NDQ_002134

answers: cryogenic rocket engines and operate extraterrestrial probes.

answers: NDQ_002135

answers: human spaceflight

answers: NDQ_002136

answers: launch and recover multiple satellites, deploy cryogenic rocket engines

answers: NDQ_002137

answers: satellites,

answers: NDQ_002138

answers: satellites,

answers: NDQ_002139

answers: (NASA)

text: Yinghuo-1 was a Chinese Mars-exploration space probe, intended to be the first Chinese spacecraft to explore Mars. It was launched from Baikonur Cosmodrome, Kazakhstan, on 8 November 2011, along with the Russian Fobos-Grunt sample return spacecraft, which was intended to visit Mars' moon Phobos. The 115-kg (250-lb) Yinghuo-1 probe was intended by the CNSA to orbit Mars for about two years, studying the planet's surface, atmosphere, ionosphere and magnetic field. Shortly after launch, Fobos-Grunt was expected to perform two burns to depart Earth orbit bound for Mars. However, these burns did not take place, leaving both probes stranded in orbit. On 17 November 2011, Chinese state media reported that Yinghuo-1 had been declared lost by the CNSA. After a period of orbital decay, Yinghuo-1 and Fobos-Grunt underwent destructive re-entry on 15 January 2012, finally disintegrating over the Pacific Ocean.

text: Yinghuo-1 was a Chinese

text: Mars-exploration

text: space probe

text: , intended to be the first Chinese spacecraft to explore Mars. It was launched from

text: Baikonur Cosmodrome

text: , Kazakhstan, on 8 November 2011, along with the

text: Russia

text: n

text: Fobos-Grunt

text: sample return

text: spacecraft, which was intended to visit Mars' moon

text: Phobos

text: . The 115-kg (250-lb) Yinghuo-1 probe was intended by the

text: CNSA

text: to orbit Mars for about two years, studying the planet's surface, atmosphere,

text: ionosphere

text: and

text: magnetic field

text: . Shortly after launch, Fobos-Grunt was expected to perform two burns to depart Earth orbit bound for Mars. However, these burns did not take place, leaving both probes stranded in orbit. On 17 November 2011, Chinese state media reported that Yinghuo-1 had been declared lost by the CNSA. After a period of

text: orbital decay

text: , Yinghuo-1 and Fobos-Grunt underwent destructive re-entry on 15 January 2012, finally disintegrating over the Pacific Ocean.

answers: NDQ_002095

answers: orbit Mars

answers: NDQ_002097

answers: magnetic field

answers: NDQ_002099

answers: can be launched

answers: NDQ_002100

answers: Russian

answers: NDQ_002103

answers: on 8 November 2011

answers: NDQ_002108

answers: When did humans first reach space?

answers: NDQ_002111

answers: It was launched from Baikonur Cosmodrome, Kazakhstan

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: the U.S

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: How does Yinghuo-1 differ from other satellites?

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: The first artificial satellite was launched

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat or Fobos-Grunt?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: Which happened first, Yinghuo-1 and Fobos-Grunt underwent destructive re-entry on 15 January 2012, finally disintegrating over the Pacific Ocean?

answers: NDQ_002124

answers: who was the first astronaut to walk on the Moon

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: magnetic field

answers: NDQ_002128

answers: orbital decay

answers: NDQ_002129

answers: Yinghuo-1

answers: NDQ_002130

answers: CNSA

answers: NDQ_002131

answers: ionosphere

answers: NDQ_002132

answers: unanswerable

answers: NDQ_002133

answers: 20th century

answers: NDQ_002134

answers: Yinghuo-1 was intended by the CNSA to orbit Mars for how many years?

answers: NDQ_002135

answers: Yinghuo-1

answers: NDQ_002136

answers: orbital decay

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: Yinghuo-1 was intended by the CNSA to orbit Mars for about two years

answers: NDQ_002139

answers: Who was the first American to orbit Earth?

answers: NDQ_002095

answers: Mars.

answers: NDQ_002097

answers: magnetic field.

answers: NDQ_002099

answers: two burns

answers: NDQ_002100

answers: Russian

answers: NDQ_002103

answers: Baikonur Cosmodrome,

answers: NDQ_002108

answers: Earth

answers: NDQ_002111

answers: Fobos-Grunt was expected to perform two burns

answers: NDQ_002113

answers: Earth orbit bound for Mars.

answers: NDQ_002114

answers: Mars.

answers: NDQ_002115

answers: Mars. It was launched from Baikonur Cosmodrome,

answers: NDQ_002116

answers: Earth orbit

answers: NDQ_002117

answers: Earth orbit

answers: NDQ_002118

answers: Earth orbit bound for Mars.

answers: NDQ_002119

answers: 2011,

answers: NDQ_002120

answers: Pacific Ocean.

answers: NDQ_002121

answers: Earth orbit

answers: NDQ_002122

answers: destructive re-entry

answers: NDQ_002123

answers: Earth orbit

answers: NDQ_002124

answers: Yinghuo-1

answers: NDQ_002125

answers: Mars.

answers: NDQ_002126

answers: orbital

answers: NDQ_002127

answers: magnetic field.

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: 115-kg (250-lb)

answers: NDQ_002130

answers: CNSA

answers: NDQ_002131

answers: destructive re-entry

answers: NDQ_002132

answers: Yinghuo-1

answers: NDQ_002133

answers: Earth

answers: NDQ_002134

answers: magnetic field.

answers: NDQ_002135

answers: Yinghuo-1

answers: NDQ_002136

answers: orbital decay,

answers: NDQ_002137

answers: Earth

answers: NDQ_002138

answers: orbital decay,

answers: NDQ_002139

answers: Fobos-Grunt

text: Hergé's use of research would include months of preparation for Tintin's voyage to the moon in the two-part storyline spread across Destination Moon and Explorers on the Moon. His research for the storyline was noted in New Scientist: "The considerable research undertaken by Hergé enabled him to come very close to the type of space suit that would be used in future Moon exploration, although his portrayal of the type of rocket that was actually used was a long way off the mark". The moon rocket is based on the German V-2 rockets.

text: Hergé's use of research would include months of preparation for Tintin's voyage to the moon in the two-part storyline spread across

text: Destination Moon

text: and

text: Explorers on the Moon

text: . His research for the storyline was noted in

text: New Scientist

text: : "The considerable research undertaken by Hergé enabled him to come very close to the type of space suit that would be used in future

text: Moon exploration

text: , although his portrayal of the type of rocket that was actually used was a long way off the mark". The moon rocket is based on the German

text: rockets.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: law of conservation of energy

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: German

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: What did Hergé use of research for?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Landsat or V-2 rockets?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: What is the first law of motion mentioned?

answers: NDQ_002123

answers: Which of the following is not a type of rocket: German V-2 rockets or V-2 rockets?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: the German V-2 rockets

answers: NDQ_002128

answers: the moon

answers: NDQ_002129

answers: the moon

answers: NDQ_002130

answers: New Scientist

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: V-2 rockets

answers: NDQ_002133

answers: German V-2

answers: NDQ_002134

answers: The moon rocket is based on the German V-2 rockets

answers: NDQ_002135

answers: Destination Moon

answers: NDQ_002136

answers: gravitational pull

answers: NDQ_002137

answers: V-2 rockets

answers: NDQ_002138

answers: What is the best title for Destination Moon?

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: The moon rocket is based on the German V-2 rockets.

answers: NDQ_002097

answers: moon

answers: NDQ_002099

answers: German V-2 rockets.

answers: NDQ_002100

answers: German

answers: NDQ_002103

answers: German V-2 rockets.

answers: NDQ_002108

answers: moon

answers: NDQ_002111

answers: New Scientist:

answers: NDQ_002113

answers: German V-2 rockets.

answers: NDQ_002114

answers: Moon.

answers: NDQ_002115

answers: German V-2 rockets.

answers: NDQ_002116

answers: moon

answers: NDQ_002117

answers: German V-2 rockets.

answers: NDQ_002118

answers: moon

answers: NDQ_002119

answers: moon

answers: NDQ_002120

answers: New Scientist:

answers: NDQ_002121

answers: moon

answers: NDQ_002122

answers: German V-2 rockets.

answers: NDQ_002123

answers: New Scientist:

answers: NDQ_002124

answers: Hergé's

answers: NDQ_002125

answers: moon in the two-part storyline spread across Destination Moon

answers: NDQ_002126

answers: moon

answers: NDQ_002127

answers: German V-2

answers: NDQ_002128

answers: moon

answers: NDQ_002129

answers: German V-2 rockets.

answers: NDQ_002130

answers: New Scientist:

answers: NDQ_002131

answers: The moon rocket is based on the German V-2 rockets.

answers: NDQ_002132

answers: The moon rocket

answers: NDQ_002133

answers: German V-2 rockets.

answers: NDQ_002134

answers: a long way off the mark".

answers: NDQ_002135

answers: German V-2 rockets.

answers: NDQ_002136

answers: rocket

answers: NDQ_002137

answers: German V-2 rockets.

answers: NDQ_002138

answers: German V-2 rockets.

answers: NDQ_002139

answers: Hergé's

text: A lunar rover or Moon rover is a space exploration vehicle (rover) designed to move across the surface of the Moon. Some rovers have been designed to transport members of a human spaceflight crew, such as the U.S. Apollo program's Lunar Roving Vehicle; others have been partially or fully autonomous robots, such as Soviet Lunokhods and Chinese Yutu. As of 2013, three countries have had rovers on the Moon: the Soviet Union, the United States and China.

text: A lunar rover or Moon rover is a

text: space exploration

text: vehicle (rover)

text: designed to move across the

text: surface of the Moon

text: . Some rovers have been designed to transport members of a

text: human spaceflight

text: crew, such as the U.S.

text: Apollo program

text: 's

text: Lunar Roving Vehicle

text: ; others have been partially or fully

text: autonomous robot

text: s, such as Soviet

text: Lunokhod

text: s and Chinese

text: Yutu

text: . As of 2013, three countries have had rovers on the Moon: the

text: Soviet Union

text: , the

text: United States

text: and

text: China

answers: NDQ_002095

answers: Moon

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: Soviet Union

answers: NDQ_002103

answers: The Soviet Union

answers: NDQ_002108

answers: It's impossible to say

answers: NDQ_002111

answers: How many countries have had rovers on the Moon

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth?

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: How many countries have had rovers on the Moon?

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: How many countries have had rovers on the Moon?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: NDQ_002128

answers: the Moon

answers: NDQ_002129

answers: Yutu

answers: NDQ_002130

answers: Apollo program

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: autonomous robots

answers: NDQ_002133

answers: Soviet Union

answers: NDQ_002134

answers: A lunar rover is designed to move across the surface of the Moon

answers: NDQ_002135

answers: U.S. Apollo

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: is a space exploration vehicle

answers: NDQ_002139

answers: Apollo program

answers: NDQ_002095

answers: Moon.

answers: NDQ_002097

answers: Moon.

answers: NDQ_002099

answers: partially or fully autonomous robots,

answers: NDQ_002100

answers: Soviet Union, the United States and China.

answers: NDQ_002103

answers: Moon.

answers: NDQ_002108

answers: 2013,

answers: NDQ_002111

answers: A lunar rover

answers: NDQ_002113

answers: A lunar rover

answers: NDQ_002114

answers: three

answers: NDQ_002115

answers: U.S. Apollo program's Lunar Roving Vehicle;

answers: NDQ_002116

answers: Moon.

answers: NDQ_002117

answers: partially or fully autonomous robots,

answers: NDQ_002118

answers: A lunar rover

answers: NDQ_002119

answers: 2013,

answers: NDQ_002120

answers: A lunar rover

answers: NDQ_002121

answers: Moon.

answers: NDQ_002122

answers: lunar rover

answers: NDQ_002123

answers: A lunar rover

answers: NDQ_002124

answers: U.S. Apollo program's Lunar Roving Vehicle;

answers: NDQ_002125

answers: three countries have had rovers on the Moon:

answers: NDQ_002126

answers: Moon.

answers: NDQ_002127

answers: partially or fully autonomous robots,

answers: NDQ_002128

answers: Moon.

answers: NDQ_002129

answers: Soviet Lunokhods and Chinese Yutu.

answers: NDQ_002130

answers: Apollo program's

answers: NDQ_002131

answers: lunar rover

answers: NDQ_002132

answers: autonomous robots,

answers: NDQ_002133

answers: 2013,

answers: NDQ_002134

answers: partially or fully autonomous robots,

answers: NDQ_002135

answers: Apollo program's

answers: NDQ_002136

answers: Moon.

answers: NDQ_002137

answers: lunar rover

answers: NDQ_002138

answers: Soviet Lunokhods

answers: NDQ_002139

answers: Apollo

text: In 2012, NASA researchers Metzger, Muscatello, Mueller, and Mantovani argued for a bootstrapping approach to start self-replicating factories in space. They developed this concept on the basis of In Situ Resource Utilization (ISRU) technologies that NASA has been developing to "live off the land" on the Moon or Mars. Their modeling showed that in just 20 to 40 years this industry could become self-sufficient then grow to large size, enabling greater exploration in space as well as providing benefits back to Earth. In 2014, Thomas Kalil of the White House Office of Science and Technology Policy published on the White House blog an interview with Metzger on bootstrapping solar system civilization through self-replicating space industry. Kalil requested the public submit ideas for how "the Administration, the private sector, philanthropists, the research community, and storytellers can further these goals." Kalil connected this concept to what NASA Chief Scientist Mason Peck has dubbed "Massless Exploration", the ability to make everything in space so that you do not need to launch it from Earth. Peck has said, "...all the mass we need to explore the solar system is already in space. It's just in the wrong shape." In 2016, Metzger argued that fully self-replicating industry can be started over several decades by astronauts at a lunar outpost for a total cost (outpost plus starting the industry) of about a third of the space budgets of the International Space Station partner nations, and that this industry would solve Earth's energy and environmental problems in addition to providing massless exploration.

text: In 2012, NASA researchers Metzger, Muscatello, Mueller, and Mantovani argued for a bootstrapping approach to start self-replicating factories in space. They developed this concept on the basis of

text: In Situ Resource Utilization (ISRU)

text: technologies that NASA has been developing to "live off the land" on the Moon or Mars. Their modeling showed that in just 20 to 40 years this industry could become self-sufficient then grow to large size, enabling greater exploration in space as well as providing benefits back to Earth. In 2014,

text: Thomas Kalil

text: of the White House

text: Office of Science and Technology Policy

text: published on the White House blog an interview with Metzger on bootstrapping solar system civilization through self-replicating space industry. Kalil requested the public submit ideas for how "the Administration, the private sector, philanthropists, the research community, and storytellers can further these goals." Kalil connected this concept to what NASA Chief Scientist

text: Mason Peck

text: has dubbed "Massless Exploration", the ability to make everything in space so that you do not need to launch it from Earth. Peck has said, "...all the mass we need to explore the solar system is already in space. It's just in the wrong shape." In 2016, Metzger argued that fully self-replicating industry can be started over several decades by astronauts at a lunar outpost for a total cost (outpost plus starting the industry) of about a third of the space budgets of the

text: International Space Station

text: partner nations, and that this industry would solve Earth's energy and environmental problems in addition to providing massless exploration.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: massless exploration

answers: NDQ_002099

answers: can be launched from Earth

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: from Earth

answers: NDQ_002108

answers: It's impossible to say

answers: NDQ_002111

answers: How many years ago were rockets developed?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: How many nations have put a human on the moon

answers: NDQ_002115

answers: unanswerable

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: How many satellites are in orbit around Earth

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

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

answers: NDQ_002121

answers: Why can an object go into orbit?

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: How are imaging satellites placed in high orbits over Earth?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: massless exploration

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: The International Space Station

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: massless exploration

answers: NDQ_002132

answers: massless exploration

answers: NDQ_002133

answers: Earth

answers: NDQ_002134

answers: massless exploration would solve Earth's energy and environmental problems in addition to providing what?

answers: NDQ_002135

answers: The International Space Station

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: In Situ Resource Utilization technologies

answers: NDQ_002138

answers: can provide benefits back to Earth

answers: NDQ_002139

answers: Mason Peck

answers: NDQ_002095

answers: launch it from Earth.

answers: NDQ_002097

answers: mass

answers: NDQ_002099

answers: launch it from Earth.

answers: NDQ_002100

answers: Earth.

answers: NDQ_002103

answers: Earth.

answers: NDQ_002108

answers: astronauts

answers: NDQ_002111

answers: Earth.

answers: NDQ_002113

answers: Earth.

answers: NDQ_002114

answers: Moon

answers: NDQ_002115

answers: Earth.

answers: NDQ_002116

answers: Earth.

answers: NDQ_002117

answers: Earth.

answers: NDQ_002118

answers: International Space Station

answers: NDQ_002119

answers: 20 to 40 years

answers: NDQ_002120

answers: Earth.

answers: NDQ_002121

answers: launch it from Earth.

answers: NDQ_002122

answers: In Situ Resource Utilization

answers: NDQ_002123

answers: International Space Station

answers: NDQ_002124

answers: Moon

answers: NDQ_002125

answers: Mars.

answers: NDQ_002126

answers: In Situ Resource Utilization

answers: NDQ_002127

answers: Earth.

answers: NDQ_002128

answers: Moon

answers: NDQ_002129

answers: International Space Station

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: In Situ Resource Utilization

answers: NDQ_002132

answers: "Massless Exploration",

answers: NDQ_002133

answers: Earth.

answers: NDQ_002134

answers: 20 to 40 years

answers: NDQ_002135

answers: International Space Station

answers: NDQ_002136

answers: launch it from Earth.

answers: NDQ_002137

answers: In Situ Resource Utilization

answers: NDQ_002138

answers: International Space Station

answers: NDQ_002139

answers: Mason Peck

text: In response to some of these criticisms, advocates of manned space exploration say that criticism of the ISS project is short-sighted, and that manned space research and exploration have produced billions of dollars' worth of tangible benefits to people on Earth. Jerome Schnee estimated that the indirect economic return from spin-offs of human space exploration has been many times the initial public investment. A review of the claims by the Federation of American Scientists argued that NASA's rate of return from spin-offs is actually "astoundingly bad", except for aeronautics work that has led to aircraft sales.

text: In response to some of these criticisms, advocates of manned space exploration say that criticism of the ISS project is short-sighted, and that manned space research and exploration have produced billions of dollars' worth of tangible benefits to people on Earth. Jerome Schnee estimated that the indirect economic return from spin-offs of

text: human space exploration

text: has been many times the initial public investment. A review of the claims by the Federation of American Scientists argued that NASA's rate of return from spin-offs is actually "astoundingly bad", except for aeronautics work that has led to aircraft sales.

answers: NDQ_002095

answers: ISS

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: American

answers: NDQ_002103

answers: Space exploration

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: unanswerable

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: no

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: unanswerable

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: Earth

answers: NDQ_002127

answers: propellant

answers: NDQ_002128

answers: ISS

answers: NDQ_002129

answers: ISS

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: ISS

answers: NDQ_002133

answers: Space Age

answers: NDQ_002134

answers: The rate of return from spin-offs of human space exploration has been many times the initial public investment

answers: NDQ_002135

answers: ISS project

answers: NDQ_002136

answers: Earth's gravity

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: ISS

answers: NDQ_002139

answers: Jerome Schnee

answers: NDQ_002095

answers: ISS

answers: NDQ_002097

answers: manned space exploration say that criticism of the ISS project is short-sighted,

answers: NDQ_002099

answers: billions of dollars' worth of tangible benefits to people on Earth.

answers: NDQ_002100

answers: NASA's

answers: NDQ_002103

answers: manned space exploration

answers: NDQ_002108

answers: manned space exploration

answers: NDQ_002111

answers: Federation of American Scientists

answers: NDQ_002113

answers: manned space exploration

answers: NDQ_002114

answers: manned space exploration

answers: NDQ_002115

answers: ISS

answers: NDQ_002116

answers: Earth.

answers: NDQ_002117

answers: manned

answers: NDQ_002118

answers: billions of dollars' worth of tangible benefits to people on Earth.

answers: NDQ_002119

answers: manned space exploration

answers: NDQ_002120

answers: billions of dollars' worth of tangible benefits to people on Earth.

answers: NDQ_002121

answers: manned space exploration

answers: NDQ_002122

answers: ISS project is short-sighted,

answers: NDQ_002123

answers: ISS

answers: NDQ_002124

answers: In response to some of these criticisms, advocates of manned space exploration

answers: NDQ_002125

answers: manned space exploration say that criticism of the ISS

answers: NDQ_002126

answers: Earth.

answers: NDQ_002127

answers: aeronautics

answers: NDQ_002128

answers: ISS

answers: NDQ_002129

answers: ISS

answers: NDQ_002130

answers: NASA's

answers: NDQ_002131

answers: manned space exploration

answers: NDQ_002132

answers: ISS

answers: NDQ_002133

answers: manned space exploration

answers: NDQ_002134

answers: aircraft sales.

answers: NDQ_002135

answers: ISS

answers: NDQ_002136

answers: manned space exploration

answers: NDQ_002137

answers: Earth.

answers: NDQ_002138

answers: ISS

answers: NDQ_002139

answers: Jerome Schnee

text: In the Republic of China (Taiwan), an indigenous Taiwanese manned spaceflight program was begun in 1991 to compete with the manned space program of the People's Republic of China (PRC) and is steadily making progress in the innovation and development of the spacecraft, satellite and rocket technology which is currently being designed for both orbital spaceflights around Earth as well as future voyages to the moon and planet Mars by Taiwanese astronauts. As part of this human spaceflight effort, Taiwan's National Space Organization has built numerous rockets and space vehicle prototypes to launch both satellites and Taiwanese astronauts into space. Taiwan has also developed state of the art cutting edge technologies, which only a small number of countries like the United States, France and Germany possess, for spaceflight in indigenous Taiwanese built satellites. Additionally, the Taiwan Lunar Lander Program was initiated in 2016 and is a technological innovation program currently ongoing and in development by Taiwan's National Chung-Shan Institute of Science and Technology, which also designed and built the advanced ramjet powered nuclear weapons capable Hsiung Feng III hypersonic missile, to build a cutting edge advanced Artificial Intelligence (A.I.) autonomous lunar lander that is scheduled to be sent to the surface of the moon in the year 2020. The advanced innovative Taiwanese technology developed in this project is designed to be used in preparation for Taiwan's Manned Spaceflight Program's future missions to the moon, planet Mars and asteroids by Taiwanese astronauts.

text: In the

text: Republic of China (Taiwan)

text: , an indigenous

text: Taiwanese manned spaceflight program

text: was begun in 1991 to compete with the manned space program of the

text: People's Republic of China (PRC)

text: and is steadily making progress in the innovation and development of the spacecraft, satellite and rocket technology which is currently being designed for both orbital spaceflights around

text: Earth

text: as well as future voyages to the moon and planet

text: Mars

text: by

text: Taiwanese astronauts

text: . As part of this human spaceflight effort,

text: Taiwan

text: 's

text: National Space Organization

text: has built numerous

text: rockets

text: and space vehicle prototypes to launch both satellites and

text: Taiwanese astronauts

text: into space.

text: Taiwan

text: has also developed state of the art cutting edge technologies, which only a small number of countries like the

text: United States

text: France

text: and

text: Germany

text: possess, for spaceflight in indigenous

text: Taiwan

text: ese built satellites. Additionally, the

text: Taiwan Lunar Lander Program

text: was initiated in 2016 and is a technological innovation program currently ongoing and in development by

text: Taiwan's

entity_name: National Chung-Shan Institute of Science and Technology

text: National Chung-Shan Institute of Science and Technology

text: , which also designed and built the advanced

text: ramjet

text: powered

text: nuclear weapons

text: capable

text: Hsiung Feng III hypersonic missile

text: , to build a cutting edge advanced

text: Artificial Intelligence (A.I.)

text: autonomous lunar lander that is scheduled to be sent to the surface of the moon in the year 2020. The advanced innovative

text: Taiwan

text: ese technology developed in this project is designed to be used in preparation for

text: Taiwan's Manned Spaceflight Program's

text: future missions to the moon, planet

text: Mars

text: and asteroids by

text: Taiwanese astronauts

answers: NDQ_002095

answers: orbit around Earth

answers: NDQ_002097

answers: gravitational

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: Taiwan

answers: NDQ_002103

answers: into space

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: yes

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: orbits around Earth

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices are true

answers: NDQ_002119

answers: the moon

answers: NDQ_002120

answers: unanswerable

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: Which is not a country: Taiwan, France or Germany?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbital

answers: NDQ_002127

answers: ramjet

answers: NDQ_002128

answers: orbital

answers: NDQ_002129

answers: Taiwanese built satellites

answers: NDQ_002130

answers: National Space Organization

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: satellites

answers: NDQ_002133

answers: 1991

answers: NDQ_002134

answers: orbital spaceflight around Earth as well as future voyages to the moon and planet Mars

answers: NDQ_002135

answers: Taiwan's Manned Spaceflight Program

answers: NDQ_002136

answers: rockets

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Earth

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: moon

answers: NDQ_002097

answers: orbital spaceflights around Earth

answers: NDQ_002099

answers: launch both satellites and Taiwanese astronauts into space.

answers: NDQ_002100

answers: People's Republic of China

answers: NDQ_002103

answers: launch both satellites and Taiwanese astronauts into space.

answers: NDQ_002108

answers: 1991

answers: NDQ_002111

answers: rockets and space vehicle prototypes

answers: NDQ_002113

answers: orbital spaceflights around Earth

answers: NDQ_002114

answers: (Taiwan),

answers: NDQ_002115

answers: Taiwanese astronauts

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: Taiwanese built satellites.

answers: NDQ_002118

answers: Taiwanese built satellites.

answers: NDQ_002119

answers: 1991

answers: NDQ_002120

answers: Taiwanese built satellites.

answers: NDQ_002121

answers: orbital spaceflights around Earth

answers: NDQ_002122

answers: orbital spaceflights around Earth

answers: NDQ_002123

answers: orbital spaceflights

answers: NDQ_002124

answers: 2020.

answers: NDQ_002125

answers: Mars

answers: NDQ_002126

answers: orbital

answers: NDQ_002127

answers: ramjet

answers: NDQ_002128

answers: orbital

answers: NDQ_002129

answers: Taiwanese built satellites.

answers: NDQ_002130

answers: Taiwan's National Space Organization

answers: NDQ_002131

answers: Hsiung Feng III hypersonic missile,

answers: NDQ_002132

answers: autonomous lunar lander

answers: NDQ_002133

answers: 1991

answers: NDQ_002134

answers: orbital spaceflights around Earth

answers: NDQ_002135

answers: 1991

answers: NDQ_002136

answers: Taiwan has also developed state of the art cutting edge technologies,

answers: NDQ_002137

answers: satellites.

answers: NDQ_002138

answers: orbital spaceflights around Earth

answers: NDQ_002139

answers: 1991

text: Spaceflight is the monthly magazine of the British Interplanetary Society (BIS). It was first published in 1956, a year before the launch of Sputnik 1, and has been reporting on space exploration topics ever since.

text: Spaceflight is the monthly magazine of the

text: British Interplanetary Society

text: (BIS). It was first published in 1956, a year before the launch of

text: Sputnik 1

text: , and has been reporting on

text: space exploration

text: topics ever since.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: British

answers: NDQ_002103

answers: Sputnik 1

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: Sputnik 1

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is a satellite?

answers: NDQ_002117

answers: no

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: Spaceflight

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: Which of the following is not a law: Newtons Third Law of Motion?

answers: NDQ_002123

answers: Spaceflight

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: NDQ_002127

answers: Spaceflight

answers: NDQ_002128

answers: interplanetary

answers: NDQ_002129

answers: Sputnik 1

answers: NDQ_002130

answers: Spaceflight

answers: NDQ_002131

answers: Spaceflight

answers: NDQ_002132

answers: Sputnik

answers: NDQ_002133

answers: 1956

answers: NDQ_002134

answers: gravitational force is equal to the force of gravity

answers: NDQ_002135

answers: Sputnik

answers: NDQ_002136

answers: Spaceflight

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: Spaceflight

answers: NDQ_002139

answers: Sputnik 1

answers: NDQ_002095

answers: Sputnik 1,

answers: NDQ_002097

answers: Spaceflight

answers: NDQ_002099

answers: launch of Sputnik 1,

answers: NDQ_002100

answers: British

answers: NDQ_002103

answers: launch of Sputnik 1,

answers: NDQ_002108

answers: Sputnik 1,

answers: NDQ_002111

answers: 1956, a year before the launch of Sputnik 1,

answers: NDQ_002113

answers: Sputnik 1,

answers: NDQ_002114

answers: Sputnik 1,

answers: NDQ_002115

answers: Sputnik 1,

answers: NDQ_002116

answers: Sputnik 1,

answers: NDQ_002117

answers: launch of Sputnik 1,

answers: NDQ_002118

answers: Sputnik 1,

answers: NDQ_002119

answers: 1956, a year before the launch of Sputnik 1,

answers: NDQ_002120

answers: Sputnik 1,

answers: NDQ_002121

answers: Sputnik 1,

answers: NDQ_002122

answers: Sputnik 1,

answers: NDQ_002123

answers: Sputnik 1,

answers: NDQ_002124

answers: Sputnik 1,

answers: NDQ_002125

answers: Sputnik 1,

answers: NDQ_002126

answers: 1,

answers: NDQ_002127

answers: launch of Sputnik 1,

answers: NDQ_002128

answers: Interplanetary

answers: NDQ_002129

answers: Sputnik 1,

answers: NDQ_002130

answers: Spaceflight is the monthly magazine of the British Interplanetary Society

answers: NDQ_002131

answers: Sputnik 1,

answers: NDQ_002132

answers: Sputnik 1,

answers: NDQ_002133

answers: Sputnik 1,

answers: NDQ_002134

answers: Sputnik 1,

answers: NDQ_002135

answers: Sputnik 1,

answers: NDQ_002136

answers: launch of Sputnik 1,

answers: NDQ_002137

answers: 1,

answers: NDQ_002138

answers: Sputnik 1,

answers: NDQ_002139

answers: Sputnik 1,

text: The story is about the conversion of an ordinary house into an interplanetary portal or stargate by mysterious alien beings who apparently have taken up the task of exploring space for habitable planets and connecting them to each other, thus allowing civilizations to swap ideas easily.

text: The story is about the conversion of an ordinary house into an

text: interplanetary portal

text: or

text: stargate

text: by mysterious alien beings who apparently have taken up the task of exploring space for habitable planets and connecting them to each other, thus allowing civilizations to swap ideas easily.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: United States and China

answers: NDQ_002103

answers: first

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: It's impossible to say

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: no

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is the purpose of the story?

answers: NDQ_002117

answers: None of the above choices.

answers: NDQ_002118

answers: None of the above choices.

answers: NDQ_002119

answers: space

answers: NDQ_002120

answers: None of the above choices.

answers: NDQ_002121

answers: None of the above choices .

answers: NDQ_002122

answers: How does a rocket travel in space?

answers: NDQ_002123

answers: None of the above choices.

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: can mean

answers: NDQ_002127

answers: None of the above choices

answers: NDQ_002128

answers: a planet

answers: NDQ_002129

answers: is neptune

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: a car

answers: NDQ_002132

answers: alien beings

answers: NDQ_002133

answers: early 20th century

answers: NDQ_002134

answers: gravitational force is inversely proportional to mass

answers: NDQ_002135

answers: the story

answers: NDQ_002136

answers: gravitational pull

answers: NDQ_002137

answers: satellites

answers: NDQ_002138

answers: can be used to send a message

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: habitable planets and connecting them to each other,

answers: NDQ_002097

answers: space for habitable planets

answers: NDQ_002099

answers: habitable planets and connecting them to each other,

answers: NDQ_002100

answers: habitable planets and connecting them to each other,

answers: NDQ_002103

answers: habitable planets

answers: NDQ_002108

answers: habitable planets

answers: NDQ_002111

answers: alien beings

answers: NDQ_002113

answers: habitable planets

answers: NDQ_002114

answers: habitable planets

answers: NDQ_002115

answers: habitable planets

answers: NDQ_002116

answers: stargate

answers: NDQ_002117

answers: space

answers: NDQ_002118

answers: habitable planets

answers: NDQ_002119

answers: space for habitable planets

answers: NDQ_002120

answers: habitable planets

answers: NDQ_002121

answers: space

answers: NDQ_002122

answers: space for habitable planets

answers: NDQ_002123

answers: habitable planets

answers: NDQ_002124

answers: habitable planets

answers: NDQ_002125

answers: habitable planets

answers: NDQ_002126

answers: stargate

answers: NDQ_002127

answers: alien beings

answers: NDQ_002128

answers: planets

answers: NDQ_002129

answers: house

answers: NDQ_002130

answers: habitable planets

answers: NDQ_002131

answers: stargate by mysterious alien beings

answers: NDQ_002132

answers: stargate by mysterious alien beings

answers: NDQ_002133

answers: ordinary house

answers: NDQ_002134

answers: habitable planets and connecting them to each other,

answers: NDQ_002135

answers: exploring space for habitable planets

answers: NDQ_002136

answers: space

answers: NDQ_002137

answers: space for habitable planets

answers: NDQ_002138

answers: habitable planets

answers: NDQ_002139

answers: alien beings

text: The X-type asteroid is classified as a Xc-type in the SMASS taxonomy, a transitional type to the dark C-type asteroids. It orbits the Sun at a distance of 2.2–3.2 AU once every 4 years and 4 months (1,590 days). Its orbit shows an eccentricity of 0.19 and is significantly inclined by 29 degrees to the plane of the ecliptic. It has a rotation period of 7.2 hours and an albedo of 0.040–0.08, based on the space-spaced observations carried out by IRAS, Akari, and WISE/NEOWISE.

text: The

text: X-type

text: asteroid is classified as a Xc-type in the

text: SMASS

text: taxonomy, a transitional type to the dark

text: C-type

text: asteroids. It orbits the Sun at a distance of 2.2–3.2

text: AU

text: once every 4 years and 4 months (1,590 days). Its orbit shows an

text: eccentricity

text: of 0.19 and is significantly

text: inclined

text: by 29 degrees to the plane of the

text: ecliptic

text: . It has a

text: rotation period

text: of 7.2 hours and an

text: albedo

text: of 0.040–0.08, based on the space-spaced observations carried out by

text: IRAS

text: Akari

text: , and

text: WISE

text: NEOWISE

answers: NDQ_002095

answers: orbit Earth

answers: NDQ_002097

answers: centrifugal force

answers: NDQ_002099

answers: orbits the sun

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: How many years ago were rockets developed?

answers: NDQ_002113

answers: unknown

answers: NDQ_002114

answers: China

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: no

answers: NDQ_002119

answers: Apollo 11

answers: NDQ_002120

answers: Which is not a type of asteroid?

answers: NDQ_002121

answers: Its orbit shows an eccentricity of 0.19

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: Which of the following is not a type of satellite: IRAS, Akari, and WISE/NEOWISE?

answers: NDQ_002124

answers: unanswerable

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: IRAS

answers: NDQ_002130

answers: IRAS

answers: NDQ_002131

answers: NDQ_002132

answers: asteroid

answers: NDQ_002133

answers: unanswerable

answers: NDQ_002134

answers: gravitational force is equal to the force of gravity

answers: NDQ_002135

answers: X-type asteroid

answers: NDQ_002136

answers: eccentricity

answers: NDQ_002137

answers: space-spaced observations

answers: NDQ_002138

answers: X-type asteroid

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: Sun

answers: NDQ_002097

answers: eccentricity of 0.19

answers: NDQ_002099

answers: 7.2 hours and an albedo of 0.040–0.08,

answers: NDQ_002100

answers: Xc-type in the SMASS taxonomy,

answers: NDQ_002103

answers: 7.2 hours and an albedo of 0.040–0.08,

answers: NDQ_002108

answers: X-type asteroid

answers: NDQ_002111

answers: 7.2 hours and an albedo of 0.040–0.08,

answers: NDQ_002113

answers: 0.040–0.08,

answers: NDQ_002114

answers: The X-type asteroid

answers: NDQ_002115

answers: 7.2 hours and an albedo of 0.040–0.08,

answers: NDQ_002116

answers: The X-type asteroid

answers: NDQ_002117

answers: X-type asteroid

answers: NDQ_002118

answers: The X-type asteroid

answers: NDQ_002119

answers: 4 years and 4 months

answers: NDQ_002120

answers: 0.040–0.08,

answers: NDQ_002121

answers: eccentricity of 0.19

answers: NDQ_002122

answers: 7.2 hours and an albedo of 0.040–0.08,

answers: NDQ_002123

answers: 0.040–0.08,

answers: NDQ_002124

answers: 7.2 hours and an albedo of 0.040–0.08,

answers: NDQ_002125

answers: The X-type asteroid

answers: NDQ_002126

answers: eccentricity

answers: NDQ_002127

answers: 7.2 hours and an albedo of 0.040–0.08,

answers: NDQ_002128

answers: asteroid

answers: NDQ_002129

answers: 7.2 hours and an albedo of 0.040–0.08,

answers: NDQ_002130

answers: IRAS,

answers: NDQ_002131

answers: X-type asteroid

answers: NDQ_002132

answers: X-type asteroid

answers: NDQ_002133

answers: 2.2–3.2 AU once every 4 years and 4 months

answers: NDQ_002134

answers: 29 degrees

answers: NDQ_002135

answers: X-type asteroid

answers: NDQ_002136

answers: eccentricity

answers: NDQ_002137

answers: space-spaced observations

answers: NDQ_002138

answers: eccentricity of 0.19

answers: NDQ_002139

answers: The X-type asteroid

text: Part of Pauling's work on the nature of the chemical bond led to his introduction of the concept of orbital hybridization. While it is normal to think of the electrons in an atom as being described by orbitals of types such as s and p, it turns out that in describing the bonding in molecules, it is better to construct functions that partake of some of the properties of each. Thus the one 2s and three 2p orbitals in a carbon atom can be combined to make four equivalent orbitals (called sp hybrid orbitals), which would be the appropriate orbitals to describe carbon compounds such as methane, or the 2s orbital may be combined with two of the 2p orbitals to make three equivalent orbitals (called sp hybrid orbitals), with the remaining 2p orbital unhybridized, which would be the appropriate orbitals to describe certain unsaturated carbon compounds such as ethylene. Other hybridization schemes are also found in other types of molecules.

text: Part of Pauling's work on the nature of the chemical bond led to his introduction of the concept of

text: orbital hybridization

text: . While it is normal to think of the electrons in an atom as being described by

text: orbital

text: s of types such as s and p, it turns out that in describing the bonding in molecules, it is better to construct functions that partake of some of the properties of each. Thus the one 2s and three 2p orbitals in a carbon atom can be combined to make four equivalent orbitals (called sp hybrid orbitals), which would be the appropriate orbitals to describe carbon compounds such as

text: methane

text: , or the 2s orbital may be combined with two of the 2p orbitals to make three equivalent orbitals (called sp hybrid orbitals), with the remaining 2p orbital unhybridized, which would be the appropriate orbitals to describe certain

text: unsaturated

text: carbon compounds such as

text: ethylene

text: . Other hybridization schemes are also found in other types of molecules.

answers: NDQ_002095

answers: orbit the Sun

answers: NDQ_002097

answers: unhybridized

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: unanswerable

answers: NDQ_002103

answers: unanswerable

answers: NDQ_002108

answers: no

answers: NDQ_002111

answers: no

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: orbitals

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: unanswerable

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: unknown

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: unanswerable

answers: NDQ_002123

answers: unanswerable

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbitals

answers: NDQ_002127

answers: unanswerable

answers: NDQ_002128

answers: an atom

answers: NDQ_002129

answers: unanswerable

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: unmanned

answers: NDQ_002133

answers: 19th century

answers: NDQ_002134

answers: orbitals of types such as s and p

answers: NDQ_002135

answers: unanswerable

answers: NDQ_002136

answers: chemical bonding

answers: NDQ_002137

answers: orbital hybridization

answers: NDQ_002138

answers: orbital hybridization

answers: NDQ_002139

answers: Pauling

answers: NDQ_002095

answers: orbital hybridization.

answers: NDQ_002097

answers: orbital hybridization.

answers: NDQ_002099

answers: one 2s and three 2p orbitals

answers: NDQ_002100

answers: Part of Pauling's

answers: NDQ_002103

answers: orbital hybridization.

answers: NDQ_002108

answers: sp hybrid orbitals),

answers: NDQ_002111

answers: orbital hybridization.

answers: NDQ_002113

answers: orbital hybridization.

answers: NDQ_002114

answers: orbital hybridization.

answers: NDQ_002115

answers: 2s and three 2p orbitals

answers: NDQ_002116

answers: orbital hybridization.

answers: NDQ_002117

answers: orbital hybridization.

answers: NDQ_002118

answers: orbital hybridization.

answers: NDQ_002119

answers: orbital hybridization.

answers: NDQ_002120

answers: sp hybrid orbitals),

answers: NDQ_002121

answers: orbital hybridization.

answers: NDQ_002122

answers: one 2s and three 2p orbitals

answers: NDQ_002123

answers: orbital hybridization.

answers: NDQ_002124

answers: sp hybrid orbitals),

answers: NDQ_002125

answers: three 2p orbitals

answers: NDQ_002126

answers: orbitals

answers: NDQ_002127

answers: orbital hybridization.

answers: NDQ_002128

answers: orbital hybridization.

answers: NDQ_002129

answers: 2s and three 2p orbitals

answers: NDQ_002130

answers: Part of Pauling's

answers: NDQ_002131

answers: orbital hybridization.

answers: NDQ_002132

answers: orbital hybridization.

answers: NDQ_002133

answers: orbital hybridization.

answers: NDQ_002134

answers: one 2s and three 2p orbitals

answers: NDQ_002135

answers: orbital hybridization.

answers: NDQ_002136

answers: orbital hybridization.

answers: NDQ_002137

answers: orbital hybridization.

answers: NDQ_002138

answers: orbital hybridization.

answers: NDQ_002139

answers: Part of Pauling's

text: Sun–Earth  is suited for making observations of the Sun–Earth system. Objects here are never shadowed by Earth or the Moon. The first mission of this type was the International Sun Earth Explorer 3 (ISEE-3) mission used as an interplanetary early warning storm monitor for solar disturbances.  Since June 2015, DSCOVR has orbited the L point.

text: Sun–Earth  is suited for making observations of the Sun–Earth system. Objects here are never shadowed by Earth or the Moon. The first mission of this type was the

text: International Sun Earth Explorer 3

text: (ISEE-3) mission used as an interplanetary early warning storm monitor for solar disturbances.  Since June 2015,

text: DSCOVR

text: has orbited the L point.

answers: NDQ_002095

answers: orbit the L

answers: NDQ_002097

answers: gravitational force

answers: NDQ_002099

answers: can launch into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: before June 2015

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: What was the first mission of this type?

answers: NDQ_002113

answers: unanswerable

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: Yes

answers: NDQ_002117

answers: None of the above choices.

answers: NDQ_002118

answers: None of the above choices are true

answers: NDQ_002119

answers: Neil Armstrong

answers: NDQ_002120

answers: Which of the following is not a type of satellite: Sun–Earth or Landsat?

answers: NDQ_002121

answers: It is not possible to tell

answers: NDQ_002122

answers: Which of the following is not a law: Newtons Third Law of Motion?

answers: NDQ_002123

answers: Which of the following is not a type of mission: Sun–Earth is suited for making observations of the Sun–Earth system?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: orbit

answers: NDQ_002127

answers: Earth

answers: NDQ_002128

answers: Earth

answers: NDQ_002129

answers: DSCOVR

answers: NDQ_002130

answers: NASA

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: DSCOVR

answers: NDQ_002133

answers: first mission

answers: NDQ_002134

answers: DSCOVR has orbited the L point.

answers: NDQ_002135

answers: International Sun Earth Explorer 3

answers: NDQ_002136

answers: Earth and the Moon

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: DSCOVR

answers: NDQ_002139

answers: DSCOVR

answers: NDQ_002095

answers: DSCOVR has orbited the L point.

answers: NDQ_002097

answers: Objects here are never shadowed by Earth

answers: NDQ_002099

answers: International Sun Earth Explorer 3 (ISEE-3)

answers: NDQ_002100

answers: Earth

answers: NDQ_002103

answers: Earth or the Moon.

answers: NDQ_002108

answers: International Sun Earth Explorer 3

answers: NDQ_002111

answers: Sun–Earth

answers: NDQ_002113

answers: International Sun Earth Explorer 3

answers: NDQ_002114

answers: International Sun Earth Explorer 3

answers: NDQ_002115

answers: International Sun Earth Explorer 3 (ISEE-3)

answers: NDQ_002116

answers: Earth

answers: NDQ_002117

answers: Sun–Earth

answers: NDQ_002118

answers: Sun–Earth

answers: NDQ_002119

answers: International Sun Earth Explorer 3

answers: NDQ_002120

answers: Sun–Earth

answers: NDQ_002121

answers: Objects here are never shadowed by Earth or the Moon.

answers: NDQ_002122

answers: International Sun Earth Explorer 3

answers: NDQ_002123

answers: Sun–Earth

answers: NDQ_002124

answers: International Sun Earth Explorer 3 (ISEE-3)

answers: NDQ_002125

answers: DSCOVR

answers: NDQ_002126

answers: orbited

answers: NDQ_002127

answers: Earth

answers: NDQ_002128

answers: DSCOVR has orbited the L point.

answers: NDQ_002129

answers: DSCOVR

answers: NDQ_002130

answers: International Sun Earth Explorer 3

answers: NDQ_002131

answers: International Sun Earth Explorer 3

answers: NDQ_002132

answers: DSCOVR

answers: NDQ_002133

answers: International Sun Earth Explorer 3

answers: NDQ_002134

answers: Objects here are never shadowed by Earth or the Moon.

answers: NDQ_002135

answers: International Sun Earth Explorer 3

answers: NDQ_002136

answers: Earth or the Moon.

answers: NDQ_002137

answers: Sun–Earth

answers: NDQ_002138

answers: DSCOVR

answers: NDQ_002139

answers: International Sun Earth Explorer 3

text: Varying degrees of criticism exist regarding international space law. Some critics accept the Outer Space Treaty, but reject the Moon Agreement. Therefore, it is important to note that even the Moon Agreement with its common heritage of mankind clause, allows space mining, extraction, private property rights and exclusive ownership rights over natural outer space resources, if removed from their natural place. The Outer Space Treaty and the Moon Agreement allow private property rights for outer space natural resources once removed from the surface, subsurface or subsoil of the moon and other celestial bodies in outer space. Thus, international space law is capable of managing newly emerging space mining activities, private space transportation, commercial spaceports and commercial space stations/habitats/settlements. Space mining involving the extraction and removal of natural resources from their natural location is without question allowable under the Outer Space Treaty and the Moon Agreement. Once removed, those natural resources can be reduced to possession, sold, traded and explored or used for scientific purposes. International space law allows space mining, specifically the extraction of natural resources. It is generally understood within the space law authorities that extracting space resources is allowable, even by private companies for profit. However, international space law prohibits property rights over territories and outer space land.

answers: NDQ_002095

answers: space

answers: NDQ_002097

answers: gravity

answers: NDQ_002099

answers: can be launched into space

answers: NDQ_002100

answers: United States

answers: NDQ_002103

answers: before it can enter Earth orbit

answers: NDQ_002108

answers: unanswerable

answers: NDQ_002111

answers: unanswerable

answers: NDQ_002113

answers: no

answers: NDQ_002114

answers: unanswerable

answers: NDQ_002115

answers: no

answers: NDQ_002116

answers: What is the Moon

answers: NDQ_002117

answers: unanswerable

answers: NDQ_002118

answers: None of the above choices are available

answers: NDQ_002119

answers: the Moon

answers: NDQ_002120

answers: None of the above choices.

answers: NDQ_002121

answers: unanswerable

answers: NDQ_002122

answers: What is the third law of motion?

answers: NDQ_002123

answers: Which of the following is not a celestial body?

answers: NDQ_002124

answers: no

answers: NDQ_002125

answers: no

answers: NDQ_002126

answers: natural

answers: NDQ_002127

answers: Space mining

answers: NDQ_002128

answers: celestial bodies

answers: NDQ_002129

answers: What is the largest artificial satellite?

answers: NDQ_002130

answers: International Space Law

answers: NDQ_002131

answers: unanswerable

answers: NDQ_002132

answers: commercial spaceports

answers: NDQ_002133

answers: Moon Agreement

answers: NDQ_002134

answers: gravitational force causes objects to move in the same direction.

answers: NDQ_002135

answers: Outer Space Treaty

answers: NDQ_002136

answers: International Space Treaty

answers: NDQ_002137

answers: Earth's magnetic field

answers: NDQ_002138

answers: can be used for scientific purposes

answers: NDQ_002139

answers: John Glenn

answers: NDQ_002095

answers: moon and other celestial bodies in outer space.

answers: NDQ_002097

answers: common heritage of mankind clause,

answers: NDQ_002099

answers: Varying degrees of criticism exist regarding international space law.

answers: NDQ_002100

answers: Outer Space Treaty,

answers: NDQ_002103

answers: commercial spaceports

answers: NDQ_002108

answers: Outer Space Treaty, but reject the Moon Agreement.

answers: NDQ_002111

answers: Varying degrees of criticism exist regarding international space law.

answers: NDQ_002113

answers: Outer Space Treaty,

answers: NDQ_002114

answers: Outer Space Treaty, but reject the Moon Agreement.

answers: NDQ_002115

answers: moon

answers: NDQ_002116

answers: Outer Space Treaty, but reject the Moon Agreement.

answers: NDQ_002117

answers: commercial spaceports

answers: NDQ_002118

answers: moon and other celestial bodies in outer space.

answers: NDQ_002119

answers: Outer Space Treaty, but reject the Moon Agreement.

answers: NDQ_002120

answers: international space law prohibits property rights over territories and outer space land.

answers: NDQ_002121

answers: outer space.

answers: NDQ_002122

answers: commercial spaceports

answers: NDQ_002123

answers: moon and other celestial bodies in outer space.

answers: NDQ_002124

answers: Outer Space Treaty, but reject the Moon Agreement.

answers: NDQ_002125

answers: international space law prohibits property rights over territories and outer space land.

answers: NDQ_002126

answers: transportation,

answers: NDQ_002127

answers: private space transportation,

answers: NDQ_002128

answers: celestial bodies

answers: NDQ_002129

answers: Moon Agreement.

answers: NDQ_002130

answers: international space law

answers: NDQ_002131

answers: private space transportation,

answers: NDQ_002132

answers: commercial spaceports

answers: NDQ_002133

answers: Outer Space Treaty,

answers: NDQ_002134

answers: international space law prohibits property rights over territories and outer space land.

answers: NDQ_002135

answers: Outer Space Treaty,

answers: NDQ_002136

answers: international space law.

answers: NDQ_002137

answers: Moon Agreement

answers: NDQ_002138

answers: commercial space stations/habitats/settlements.

answers: NDQ_002139

answers: Outer Space Treaty,

text: The Vision for Space Exploration (VSE) was a plan for space exploration announced on January 14, 2004 by President George W. Bush. It was conceived as a response to the Space Shuttle Columbia disaster, the state of human spaceflight at NASA, and as a way to regain public enthusiasm for space exploration. It was replaced by the space policy of the Barack Obama administration in June 2010.

text: The Vision for Space Exploration (VSE) was a plan for space exploration announced on January 14, 2004 by President

text: George W. Bush

text: . It was conceived as a response to the

text: Space Shuttle Columbia disaster

text: , the state of

text: human spaceflight

text: at

text: NASA

text: , and as a way to regain public enthusiasm for

text: space exploration

text: . It was replaced by the

entity_name: Space policy of the Barack Obama administration

text: space policy of the Barack Obama administration

text: in June 2010.