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Displaying 131—140 of 1000 matches for query "13._How_would_we_take_off_in_a_spaceship_from_the_Moon_or_from_planets_when_there_are_no_launch_pads" retrieved in 0.086 sec with these stats:
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- "would" found 42637 times in 9226 documents
- "we" found 51112 times in 4364 documents
- "take" found 6263 times in 2782 documents
- "off" found 6140 times in 3060 documents
- "in" found 179422 times in 17737 documents
- "a" found 169938 times in 18149 documents
- "spaceship" found 571 times in 389 documents
- "from" found 51787 times in 14609 documents
- "the" found 506431 times in 20587 documents
- "moon" found 11511 times in 3952 documents
- "or" found 21946 times in 6355 documents
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- "when" found 13064 times in 4048 documents
- "there" found 19716 times in 3479 documents
- "are" found 19853 times in 5598 documents
- "no" found 10465 times in 4339 documents
- "launch" found 30905 times in 9663 documents
- "pad" found 1259 times in 677 documents
... are best for very long journeys where the Sun's energy is no longer powerful enough. When there is a crew on board, then there is an extra problem in ... are figuring out how to do this in preparation for the Mars missions.
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Answer provided by Derek Webber
Image:K2S logosmall.jpg Question and Answer extracted from the ...
... when you are in space will be longer—anywhere from a day to a week—and will step you through what to expect on launch, in space and on landing. There are longer classes you can take ...
... we currently use can get us there in about two or three days, at the quickest—two days would use much more fuel. A trip taking closer to a week may be more realistic, with Space Station stops. There are ...
... the Moon, which is about 236,000 miles from Earth, it would take a matter of days using a standard liquid propellant fuel. Between planets distances are much greater—for instance the Earth and Mars are ...
... in a specific location in space (relative to Earth) to remain there indefinitely. The projected costs, reasonable assumptions included, indicate that obtaining ice from the Moon may be 90 percent cheaper than carrying it into orbit from ...
There are many ways to explain or guess why we exist and no single answer satisfies every person A physicist or other scientist might give a very simple answer: she or he might say that we exist because the ... we got too close to the Sun all of the water on Earth would boil and evaporate. We and all other life on Earth exist because the Earth is at just the right distance from the ...
... the Moon just as on Earth. Because the Moon has no atmosphere many sports will be played under large domes or in large underground structures. If sports are played on the lunar surface then we ... there will be many new dances created that can only be done on the Moon. Singing will probably start out as sing-alongs among the small crews of the early bases, with accompaniment from a ...
We could go about ten times as far away as the Moon, but when we got there, there would be no place to stay. The next stopping place would be Mars, which takes six months for the journey.
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Answer provided by Derek Webber
Image:K2S logosmall.jpg Question and Answer extracted from the ...
... a craft based on SpaceShipOne, the first commercial space transportation system. This would involve just a sub-orbital hop into space and would take a few hours with a small section of the trip in space itself. There are ...
There are a lot of different things to do on the Moon. There's science to be done, products to be made, and fun to be had. Using the vacuum and raw sunlight we ... the Earth's environment.
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Answer provided by Thomas Matula, Ph.D. & Kenneth J. Murphy
Image:K2S logosmall.jpg Question and Answer extracted from the ...
Additional database time was 0.040 sec.
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