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Displaying 1—10 of 1000 matches for query "23._Could_we_go_on_floating_tours" retrieved in 0.014 sec with these stats:
- "23" found 31937 times in 12990 documents
- "could" found 13857 times in 4938 documents
- "we" found 51112 times in 4364 documents
- "go" found 15794 times in 2028 documents
- "on" found 78459 times in 14291 documents
- "float" found 1159 times in 924 documents
- "tour" found 1096 times in 737 documents
On the Moon's surface, you would not be able to take a floating tour because there is gravity to hold you down. Since the gravity is much less than that of the Earth, you could take a pretty cool bouncing tour.
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Answer provided ...
... spacecraft acts as your spacesuit and protects you from the space environment. However, if you go outside the spacecraft, you will need to wear an EMU. Your EMU will protect you ...
I'm sure before you go you will have a list of everything that will be provided as well as everything ...
It is just a matter of time. You could go right to the edge of the solar system, even to Pluto, if you wanted, but ...
A trampoline probably wouldn't be a good idea on the Moon—you would go too high and not be able to aim when you came back down—and it wouldn't work in space. Gymnastics, on the other hand, would be really neat. In space you could only do some of the activities, like the uneven bars, but on the Moon you could do them all ...
We have visited all the planets in our solar system except Pluto. But if you are asking about visits by astronauts, they will probably only go to Mars.
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Answer provided by Ed ...
On January 24, 1986, a robotic spacecraft named Voyager 2 visited Uranus. It took almost ten ... around -328° F. Also, since we cannot see what is beneath the heavy clouds, it is unclear if there is even a surface on which to land.
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Answer provided by Laura ...
Yes, before you go, it would be very important to study as much as you can about space-related ...
The pressure in Jupiter's atmosphere is great enough to crush a human. Like the other gas giant outer planets, Jupiter has no solid surface. A Galileo probe, released into Jupiter's atmosphere, lasted for just under an hour and traveled 93 miles before the extreme atmospheric pressure crushed it. As the wreckage continued to descend, it likely melted and vaporized in the extreme heat. In addition ...
... poles. We hope it's in the form of water, but it could also be things like methane (CH4) deposited by comet impacts— we just don't know right now, although we hope to learn by 2010. Silicas are very useful for things like solar cells, which could be manufactured on the Moon's surface. Over the long term it will be cheaper to do so than to keep making them on Earth and shipping them ...
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