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Displaying 1—10 of 1000 matches for query "30._How_fast_can_the_spaceship_go" retrieved in 0.021 sec with these stats:
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... goes about 25,400 feet per second, or about 17,400 mph. The Apollo command module reached speeds of about 36,000 feet per second, or about 25, ... .
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Answer provided by Jon H. Brown
Image:K2S logosmall.jpg Question and Answer extracted from the book Kids to Space - by Lonnie Schorer
Image:9781894959421.jpg '''Buy This ...
We do not know how fast the human body can go, because we do not know what the effect is on the body at very high speeds. The faster we go, the more we feel the pressure called gravity pull on our bodies.
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Answer provided by John Cavallaro
Image:K2S logosmall.jpg Question and Answer extracted from the book Kids ...
... spaceship has to travel at a minimum of about 25,000 mph to get to the Moon. To go faster, we would only need more fuel. But when we get closer to the Moon ... a lot more fuel to slow us down so that we don't crash into the Moon.
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Answer provided by John Cavallaro
Image:K2S logosmall.jpg Question and Answer extracted from the book Kids to Space - by Lonnie Schorer
Image:9781894959421.jpg '''Buy This ...
... it is traveling at least 17,000 mph. We don't have to go a specific speed to leave the atmosphere, but we have to be traveling at a minimum of 17,000 mph in order to stay in space and not crash to the Earth.
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Answer provided by John Cavallaro
Image:K2S logosmall.jpg Question and Answer extracted from the book Kids to Space - by Lonnie Schorer
Image:9781894959421.jpg '''Buy This ...
... six or seven months to go, say, to Mars, the planet most like Earth. It would take less time to go to Venus, but much more time to go to Jupiter.
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Answer provided by Jon H. Brown
Image:K2S logosmall.jpg Question and Answer extracted from the book Kids to ...
... Transportation System Reference, Volume 1 Systems and Facilities, June 1988. This document is available on the Internet at: http://science.ksc.nasa.gov/shuttle/technology/sts-newsref/stsreftoc.html sts-umbilical ...
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Answer provided by Jon H. Brown
Image:K2S logosmall.jpg Question and Answer extracted from the book Kids to Space - by Lonnie Schorer
Image:9781894959421.jpg '''Buy This ...
... term exposure to micro-gravity has little to no adverse effects on the human body. Long term exposure, on the other hand, has many detrimental effects including dehydration, cardiovascular deterioration, and bone ... Dana S. Klein & D. Brooke Owens
Image:K2S logosmall.jpg Question and Answer extracted from the book Kids to Space - by Lonnie Schorer
Image:9781894959421.jpg '''Buy This ...
... people do not realize this, but we are actually living within the atmosphere of a star called the Sun. The Sun bathes the entire solar system with a volatile mix of highly energized particles ... , which were launched back in the 1970s, are only now just getting to the outer reaches of the solar system and may actually cross the heliopause, where the influence of the Sun's atmosphere begins to ...
... called the Spaceship ... the standard outcomes in the ongoing technological dance with humans? Should we expect them not to occur in the future? How does the pervasive role of the human affect the outcomes? On the ... 30.9. A Triple-triplet (TT) Conceptual Framework for Integrated SMA ''
Risk Assessment Triplet — Gaining PRA Insights:
(1) What can go wrong?
(2) What's the likelihood?
(3) What are the ...
A spaceship can be almost any size. Some satellites with cameras or other sensors are as small as a piece of notebook paper and several inches thick. Spaceships that carry humans must be large enough to have all the systems that support life (air, water, food, waste disposal, couches, exercise machines, and so forth). But remember that the spaceship (or ...
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