This artist's conception imagines a 'wheel-shaped' space station. The idea is that the 'wheel' would turn on its axis at a rate such that the acceleration in the rim of the wheel would be 9.8 m.s 2. (This would make inhabitants feel as though they had their normal weight.) Suppose that the radius of the wheel is 1.0 x 102 m. What is the required period of rotation of the space station about its axis? Period of rotation =
This artist's conception imagines a 'wheel-shaped' space station. The idea is that the 'wheel' would turn on its axis at a rate such that the acceleration in the rim of the wheel would be 9.8 m.s 2. (This would make inhabitants feel as though they had their normal weight.) Suppose that the radius of the wheel is 1.0 x 102 m. What is the required period of rotation of the space station about its axis? Period of rotation =
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Transcribed Image Text:This artist's conception imagines a 'wheel-shaped' space station. The idea is that the 'wheel' would turn on its axis at a rate such that the acceleration in the rim of the
wheel would be 9.8 m.s2. (This would make inhabitants feel as though they had their normal weight.) Suppose that the radius of the wheel is 1.0 x 102 m.
What is the required period of rotation of the space station about its axis?
Period of rotation =
Transcribed Image Text:Give one plausible reason why are there no sunflowers on the space station described above.
They would get dizzy turning around so much.
The direction of the sun changes too rapidly.
Sunflowers in such a small, enclosed space are toxic for humans.
O Sunflowers cannot handle 'artificial' gravity.
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