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Displaying 61—70 of 1000 matches for query "15._Where_would_we_be_on_Mars" retrieved in 0.023 sec with these stats:
- "15" found 36664 times in 13784 documents
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- "would" found 42637 times in 9226 documents
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- "be" found 50529 times in 10727 documents
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- "mar" found 48386 times in 4487 documents
The most noticeable difference between being in space and being on Earth is that in space you feel weightless and that makes moving around and working ... here on Earth we are constantly exercising our muscles—even when we are sleeping or sitting down—because we are constantly resisting the pull of gravity, just by breathing. In space you would ...
... 121-130
'''Year''' - 2000
'''Keywords''' - Mars, astrobiology, life detection, microbiology, sample return, biological assay.
'''JBIS Reference Code ''' - 2000.53.121
'''Number of Pages''' - 10
Abstract
We have investigated the ... illustrate the capacity of the method to successfully detect extant forms of life on Mars assuming ATP is an intrinsic part of the biochemistry of such life-forms ...
... will be employed, it should be assumed that skills commonly associated with rock climbing, caving, and mountaineering on Earth will also be required. This paper looks at the human factors associated with such activity on Mars: space suit design requirements, life support, tools and procedures, traverse planning, logistics issues and navigation. Implications for adaptation of terrestrial gear will be examined as will implications ...
... ''' - Human locomotion, Mars, gravity, mechanics, energetics
'''JBIS Reference Code ''' - 2004.57.262
'''Number of Pages''' - 9
Abstract
Human locomotion on Mars will be considerably different from on Earth. Optimum walking speeds will be approximately 30% lower ... running on Mars airborne time will increase by approximately 80% in comparison to running on the Earth. On Mars, half as much energy will be required to travel the equivalent distance on Earth and it will be 65 ...
Not necessarily. There will probably be no place to go to get away and be on one's own. This might be difficult for some people with autism.
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Answer provided by Lucy Jane Miller ...
... if the water or carbon dioxide ice on Mars contain any bacteria. In May 2008, the NASA Phoenix Mars lander will dig its robotic arm into Mars' northern polar terrain to search for microbes ... /For%20Kids/KidstoSpace.html Click here
Category:Kids To Space
Category:Kids To Space - MARS
... them. The number of tanks depends on the design of the spacecraft, the mission duration, and the type of propulsion. For electrical propulsion, oxidizers would not be required (since there is no combustion) and only a fuel (for example, hydrogen) would be required.
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Answer provided by Jon H. Brown
Image ...
... as if they stopped doing any exercise because they are not working against gravity. This would be similar to people who decide to sit in a chair all day without getting up ... all day. Therefore, if they ate the same amount of food, they should be fatter. They would also be taller by one to three inches, since the spine stretches if it is not ...
... like to look back at their home town and their capitol city, and places where they have been on holiday, and at amazing things like the Grand Canyon. Once you leave Earth orbit and head out to the Moon or beyond, though, there are no rest stops on the way
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Answer provided by Derek Webber
Image:K2S logosmall.jpg Question and Answer extracted ...
... whose job is to keep track of time on both planets and make sure that time-sensitive events were coordinated. This job might be handled by a computer or a person. For example, if the space travelers call home to Earth once a day, what time should they call? And what time on the new planet would that be?
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Answer provided by Luke Keller, Ph.D.
Image:K2S logosmall.jpg Question and ...
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