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... to ourselves and more sane. But still, it is a personal matter. Thus in this chapter I will discuss my own personal reasons—and the objective views which support them—for supporting ... a powerful society empowers and encourages that (more than ours does yet). Yet such a person also has an educated and understanding self-consciousness, and appreciation and feeling for his or ... logical rational self needed to be brought kicking and screaming, by the pressure of unremitting personal experience, to a few rudiments of the greater spiritual reality around all of us every ...

... zero-gravity, others continue for as long as the person is in space. There are also effects that occur when a person returns from space and has to get used to being ...

This Tutorial video shows how registered contributors can create a Personal Page File:05personalpage.FLV

... far as we know, there is no greater chance of catching a disease from another person in space than there is on Earth, although the confined nature of a spacecraft could ...

There has never been a blind person in space, thus, many of the techniques will need to be invented. Some travel techniques ...

As to which country's laws will govern personal conduct, property ownership, and commercialization of space, it all depends upon who has the best ...

... 's one-sixth or ~16 percent gravity compared with Earth means that a 100-pound person would weigh about 16 pounds. ---- Answer provided by Thomas Matula, Ph.D. & Kenneth J. Murphy ...

On Earth, gravity pulls the fluids in your body downward, away from the sensors in your heart and lungs that detect how well hydrated you are. Millions of years of evolution have adjusted those sensors to this one-gravity balance of fluids in the body. In space, where there is no apparent gravity, the fluids shift back up towards these sensors, which are fooled into thinking you have too much ...

On our current long-duration space mission aboard Space Station Freedom, we expect that human crewmembers of average health and build will require at least 55.70 pounds of water per day. The following table helps us understand how we arrive at these numbers: Image:K2Swaterneeds.jpg border 400 px In order to successfully provide for enough water on long-duration space missions, we are ...

With a spacesuit on, jumping is going to be a bit difficult, and very dangerous if you come down wrong. From a straight physics standpoint, the average adult can jump about 1.5 feet into the air from a standstill here on Earth. On the Moon that would be about ten feet or about seven times as high. What's disorienting is that, because of the lower gravity, while less than a second is spent in the ...

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