Assume the Earth to be a sphere of uniform density. Calculate: a. its moment of inertia b. its rotational kinetic energy c. Suppose that this energy could be harnessed for our use. For how long could the Earth supply 1.0 kW of power to each of the 7.8 x 10° persons on Earth?

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Assume the Earth to be a sphere of uniform density. Calculate:
a. its moment of inertia
b. its rotational kinetic energy
c. Suppose that this energy could be harnessed for our use. For how long
could the Earth supply 1.0 kW of power to each of the 7.8 x 10° persons
on Earth?
Transcribed Image Text:Assume the Earth to be a sphere of uniform density. Calculate: a. its moment of inertia b. its rotational kinetic energy c. Suppose that this energy could be harnessed for our use. For how long could the Earth supply 1.0 kW of power to each of the 7.8 x 10° persons on Earth?
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