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Displaying 91—100 of 1000 matches for query "15._Where_would_we_be_on_Mars" retrieved in 0.018 sec with these stats:
- "15" found 36664 times in 13784 documents
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- "would" found 42637 times in 9226 documents
- "we" found 51112 times in 4364 documents
- "be" found 50529 times in 10727 documents
- "on" found 78455 times in 14289 documents
- "mar" found 48386 times in 4487 documents
... temperature would have to be regulated inside the module to make sure it is neither too hot nor too cold. Around the Earth and Moon, temperatures could reach 250° F where the ... by both the sunlight outside and by all the equipment operating inside. This heat must be removed by using a mechanically-pumped fluid to perform heat transfer. An insulation blanket around ...
... instruments we have in space produce all the heat we will need. We will just channel it to where we need it. In fact, that equipment will probably produce more heat than we need and we may ... and power for all our instruments. Electricity is the most important thing that is needed on a spaceship.
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Answer provided by John Cavallaro
Image:K2S logosmall.jpg Question and Answer extracted ...
... matter where we go in the solar system, we would need to build habitats for growing plants. These habitats would protect the plants from the cold, radiation and lack of a suitable atmosphere, and we could ... regoliths as a substrate for growing the plants. Because there are nutrients in these regoliths, we would need to bring fewer nutrients with us.
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Answer provided by Gregory Schlick
Image:K2S logosmall ...
... our technological ability. There are many things that we need to know before planning a human mission to Mars. We are now sending robots to Mars to find these answers. According to NASA, the timing of the first human research missions to Mars will depend on several factors: the ...
... for reaching other stars include light sails that might be pushed by laser beams fired from the Moon, where solar electrical power can be generated. A continuous push from the laser banks could ... or two dozen years, you need to go close to light-speed. Ordinary rocket speed would take many centuries to reach other stars.
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Answer provided by David Gump & Gary Hudson
Image ...
... , your mind would have a new perspective in thinking about the results of your work. Would your findings help improve our life on Earth as well as on the Moon or Mars? It would be very important to keep a daily journal to document all the data you would gather from ...
... hotel would have to be continually filtered and moisture and carbon dioxide (CO2) would have to be scrubbed out of the system. Our space modules are pressurized with an atmosphere similar to that on Earth ... or spacesuits when you are inside, unless there is an emergency. Any space modules we build must be air-tight, so breathable air will not leak out to space. With inflatable modules ...
... . Or, it may be possible to make fuel at a distant location such as the Moon, one of the planets, or perhaps at Phobos, one of the moons of Mars.
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Answer provided ...
First, Earth is not very polluted. Only where there are high concentrations of people such as in cities is the pollution bad. And ... are built in mountain valleys. In space there will not be large concentrations of humans for a while and any pollution will be spread out in the huge vastness of space.
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Answer ...
... one to two weeks, we plan to keep our orbiting space hotel in micro-gravity. So expect to float around and have fun doing so There would be lots of places for you to restrain your feet and hold on with your hands to stabilize your body when you need to, such as when you are typing on the computer or preparing your meals. We also use a lot of Velcro and other attachment methods to keep ...
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