Difference between revisions of "Gravity"
(New page: Gravity is a key part of calculating the orbital path of all space craft and objects. Neutons law of gravity[http://en.wikipedia.org/wiki/Law_of_universal_gravitation] Accleration of gra...) |
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In manufacturing, gravities below the moon (1.6 m/s2) pose a number of serious problems. Movement of loose materials must be done in closed containers. The digging of material becomes progressively more difficult. Movement becomes slower due to the inability to stop or stay on the ground. | In manufacturing, gravities below the moon (1.6 m/s2) pose a number of serious problems. Movement of loose materials must be done in closed containers. The digging of material becomes progressively more difficult. Movement becomes slower due to the inability to stop or stay on the ground. | ||
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| + | ==External References== | ||
| + | *[http://www.merlyn.demon.co.uk/gravity0.htm Gravity Page] | ||
Revision as of 02:28, 10 March 2007
Gravity is a key part of calculating the orbital path of all space craft and objects.
Neutons law of gravity[1]
Accleration of gravity (g) as measured at the equator
Earth - 9.81 m/s2 Moon - 1.622 m/s2 Mars - 3.69 m/s2
Phobos - 0.0084-0.0019 m/s2 Deimos - 0.0039 m/s2
Ceres - .27 m/s2
For long term habitation in any environment save the earth, a solution must be implemented to combat the muscle wasting and heart problems seen in the space station crews. The only current option is for astronauts to spend 1/3 or more of their day in a carnival like centrifuge that duplicates the earth like accelerations.
It follows if sailors in a small boat can get used to the constant movement of the waves, then astronauts can make this adaptation too.
In manufacturing, gravities below the moon (1.6 m/s2) pose a number of serious problems. Movement of loose materials must be done in closed containers. The digging of material becomes progressively more difficult. Movement becomes slower due to the inability to stop or stay on the ground.
