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Displaying 1—10 of 1000 matches for query "25._Would_we_be_able_to_lift_a_million_pounds_with_a_single_finger" retrieved in 0.051 sec with these stats:
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- "singl" found 1515 times in 1200 documents
- "finger" found 149 times in 118 documents
... 't lift anything, as everything floats, but let's assume that you weigh 100 pounds and push against something that weighs one million pounds. The object would essentially stay still and you would move ... , Ph.D.
Image:K2S logosmall.jpg Question and Answer extracted from the book Kids to Space - by Lonnie Schorer
Image:9781894959421.jpg '''Buy This Book''' http:// ...
... .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 single astronaut alive indefinitely.
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Answer provided by Gregory Schlick
Image:K2S logosmall.jpg Question and Answer extracted from the book Kids to Space - by Lonnie Schorer ...
... astronauts went into space. To live in space we need an environment similar to what we have on Earth. It cannot be too hot or too cold. We also need a breathable atmosphere. We need protection from the dangerous radiation, too. Spacesuits and spacecraft are designed to provide a protective ...
... you use here on Earth. Of course, in a weightless environment, you would have to be a little more careful that the spray went where you wanted it to go.
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Answer provided 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 Book''' http://www ...
... could be a blackout in space, 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 ... electricity for everything it does. So if we lose electricity we cannot survive. If we are going to go to space on a regular basis, we need to come up with other ideas.
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Answer provided by John ...
... you were to play outside, you would have to be in spacesuits, which would make running, catching and throwing more difficult. Even though there is less gravity on the Moon, you wouldn't be able to throw the ball hard enough to get ...
... a personal flight into space you might be part of some medical tests or you could photograph features of the Earth, the atmosphere, or the stars with special camera equipment. Other useful experiments might be planned with growing plants or young animals. Since we are still learning how to live and work in the unique ...
... a lot of opportunities to perform gymnastics or throw a ball forever. Space station guests could perform experiments with elements, animals and plants in a low-gravity environment. And, of course, there will be ... in a huge ball of water However, swimming pools won't be built in the early space hotels. They are too complicated to build, and there would be more important ways to use a precious ...
... .7 pounds per square inch—sea level pressure—with a mixture of oxygen and nitrogen just like the air on Earth. But if for some reason it has to be depressurized, you have to put on a spacesuit. (Ref. 1 ...
One would like 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 Space ...
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