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Displaying 41—50 of 1000 matches for query "11._Will_we_ever_be_able_to_actually_land_on_and_visit_any_planets" retrieved in 0.045 sec with these stats:
- "11" found 38941 times in 14393 documents
- "will" found 24730 times in 5032 documents
- "we" found 51112 times in 4364 documents
- "ever" found 2664 times in 1389 documents
- "be" found 50529 times in 10727 documents
- "abl" found 3357 times in 1734 documents
- "to" found 237450 times in 18716 documents
- "actual" found 2809 times in 849 documents
- "land" found 10467 times in 4286 documents
- "on" found 78455 times in 14289 documents
- "and" found 284902 times in 19361 documents
- "visit" found 2221 times in 1477 documents
- "ani" found 6242 times in 2570 documents
- "planet" found 6671 times in 2647 documents
... , because anytime we need electricity it is possible to lose that electricity. But, since we are going to be in space, far away from any repair person, we will need to carry spare parts and spare solar panels, and even a spare fuel cell. Today, the space program depends on electricity for ...
... are actually quite far apart from each other. If we wanted to pass by one, we would have to make plans ahead of time in order to meet up with it. Thus, other than what we would ... travel, we don't need any special equipment to pass through the asteroid belt.
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Answer provided by Alan Hale, Ph.D. & Capt. USN (Ret.) William Readdy
Image:K2S logosmall.jpg Question and Answer extracted ...
... humans start to live and work in space, there will be stores of all sorts and it would be reasonable to assume that eventually there would be something like our large shopping malls. To prevent the merchandise in any store from floating away, new hold-down technologies will need to be developed ...
... on board to provide for their needs. Long-duration missions are the real challenge. The largest issue we will contend with is not how to carry water with us through space, but rather, how to ... technologies necessary are actually already available and in-use today in mining that is taking place here on Earth. If water can be efficiently refined from lunar ice deposits, it can be easily placed into ...
... it would be a bit tricky. But, there is nothing to prevent a spacecraft from landing on one. It is very probable that people will land on asteroids someday.
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Answer provided by Alan Hale, Ph.D. & Capt. USN (Ret.) William Readdy
Image:K2S logosmall.jpg Question and ...
... while in space to exercise, eat properly, and get the right amount of sleep, just like on Earth. If you do, it is likely that you will be very healthy when you return to Earth. Of ... by Col. USAF Dr. Richard S. Williams
Image:K2S logosmall.jpg Question and Answer extracted from the book Kids to Space - by Lonnie Schorer
Image:9781894959421.jpg '''Buy This ...
Yes, we can bring these things, but we will have to be concerned about weight, electricity usage, and storage space on our spaceship. Spaceships are small, and there will only be room for so much stuff. We will have to share some things since it is probable that we won ...
... to think that we will be advanced enough that when we are able to live in space, we will have convenient ways to maintain our supply of oxygen.
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Answer provided by Lonnie Moffitt & Russell Romanella
Image:K2S logosmall.jpg Question and Answer extracted from the book Kids to ...
... we live on the Moon or on Mars, we will always have to wear some version of our spacesuit. It may look different than it now looks but it will still have to provide the same protection ... It would be nice to have them less bulky to give us more freedom of movement.
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Answer provided by Lonnie Moffitt
Image:K2S logosmall.jpg Question and Answer extracted from the book Kids to Space ...
... 't be easy, but we can and will live and work on the Moon. In the near future it will be for short periods, but we'll be constantly building and expanding, and eventually we will have people who live on the Moon from birth to death.
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Answer provided by Thomas Matula, Ph.D. & Kenneth J. Murphy
Image:K2S logosmall.jpg Question and Answer ...
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