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Displaying 31—40 of 1000 matches for query "15._Where_would_we_be_on_Mars" retrieved in 0.018 sec with these stats:
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Most stays at the space hotel will be a matter of days. Supplies will have to be brought to the hotel with each trip. For some guests performing scientific research, their hotel stay could be for weeks or even months. It is conceivable in the future that people would actually live in these space stations for extended periods ... aspects of micro-gravity. At the same time it is short enough that micro-gravity would not seriously affect your body, like making your muscles weak or bones brittle. If you ...
... sheets to reduce crew exposure. (Obviously, the use of lead would be limited by its weight.) The entire crew compartment could be surrounded by propellant tanks to further shield it from radiation. In addition, protective crew suits could be worn during high exposure periods. Finally, NASA is sponsoring research to develop new materials for ...
... 100 pounds and push against something that weighs one million pounds. The object would essentially stay still and you would move because the difference in mass is so great. If you pushed against your friend who also weighs 100 pounds, you would both move apart at the same speed, depending on how hard you pushed.
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Answer provided by Byron Lichtenberg, Ph.D ...
... are many computer programs that can track objects in space even if they can't be seen. If you somehow left the galaxy you could find your way home again.
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Answer ...
... area of about 53.8 square feet (about the size of a dining room table), we could convert all the C02 and produce all of the O2 necessary to keep a ...
There is nothing that is without risk, especially anything that's worthwhile. So we do our very best to minimize the risk and to learn. http://www.nasa.gov/ ...
... cold as well, so we couldn't breathe it. Astronauts would have to carry their own air supplies and pressure suits, just like the astronauts who landed on the Moon had to do ...
... dependable, controllable, able to move spacecraft of all sizes, and we know how to build them. However, in the future we may learn to use the gravitational pull of bodies in the solar system to propel spacecraft. We might call this electromagnetic propulsion. Another possibility is the use of solar sails to propel ...
A mission will be performed inside the spacecraft unless there is no other way than to go outside. Leaving ...
... times greater than Earth's. Ignoring any other factors, you would weigh 235.8 pounds on Jupiter if you weighed 100 pounds on Earth.
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Answer provided by Laura Peckyno & Robert Peckyno
Image:K2S ...
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