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A particle is dropped into a hole dug from the earth's surface to reach the surface of the earth on the other side and penetrate the center of the earth. (a) Regardless of the effect of the earth's rotation, show that the motion of the particles is harmonic simple, if we assume that the earth has a uniform mass density (uniform). (b) What is the oscillation period?

A particle is dropped into a hole dug from the earth's surface to reach the surface of the earth on the other side and penetrate the center of the earth. (a) Regardless of the effect of the earth's rotation, show that the motion of the particles is harmonic simple, if we assume that the earth has a uniform mass density (uniform). (b) What is the oscillation period?

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A particle is dropped into a hole dug from the earth's surface to reach the surface of the earth on the other side and penetrate the center of the earth. (a) Regardless of the effect of the earth's rotation, show that the motion of the particles is harmonic simple, if we assume that the earth has a uniform mass density (uniform). (b) What is the oscillation period?
Transcribed Image Text:A particle is dropped into a hole dug from the earth's surface to reach the surface of the earth on the other side and penetrate the center of the earth. (a) Regardless of the effect of the earth's rotation, show that the motion of the particles is harmonic simple, if we assume that the earth has a uniform mass density (uniform). (b) What is the oscillation period?
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