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Consider a Particle Inside the Earth Located a Distance of One-Third

Question 35

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Consider a particle inside the Earth located a distance of one-third the Earth's radius Consider a particle inside the Earth located a distance of one-third the Earth's radius   from the center of the Earth.Assuming the Earth has a uniform density,how would the gravitational force on that particle compare to the gravitational force it would experience at the Earth's surface? A)  The gravitational force at one-third   would be 3 times smaller than at the Earth's surface. B)  The gravitational force at one-third   would be 3 times larger than at the Earth's surface. C)  The gravitational force at one-third   would be 9 times smaller than at the Earth's surface. D)  The gravitational force at one-third   would be 9 times larger than at the Earth's surface. from the center of the Earth.Assuming the Earth has a uniform density,how would the gravitational force on that particle compare to the gravitational force it would experience at the Earth's surface?


A) The gravitational force at one-third Consider a particle inside the Earth located a distance of one-third the Earth's radius   from the center of the Earth.Assuming the Earth has a uniform density,how would the gravitational force on that particle compare to the gravitational force it would experience at the Earth's surface? A)  The gravitational force at one-third   would be 3 times smaller than at the Earth's surface. B)  The gravitational force at one-third   would be 3 times larger than at the Earth's surface. C)  The gravitational force at one-third   would be 9 times smaller than at the Earth's surface. D)  The gravitational force at one-third   would be 9 times larger than at the Earth's surface. would be 3 times smaller than at the Earth's surface.
B) The gravitational force at one-third Consider a particle inside the Earth located a distance of one-third the Earth's radius   from the center of the Earth.Assuming the Earth has a uniform density,how would the gravitational force on that particle compare to the gravitational force it would experience at the Earth's surface? A)  The gravitational force at one-third   would be 3 times smaller than at the Earth's surface. B)  The gravitational force at one-third   would be 3 times larger than at the Earth's surface. C)  The gravitational force at one-third   would be 9 times smaller than at the Earth's surface. D)  The gravitational force at one-third   would be 9 times larger than at the Earth's surface. would be 3 times larger than at the Earth's surface.
C) The gravitational force at one-third Consider a particle inside the Earth located a distance of one-third the Earth's radius   from the center of the Earth.Assuming the Earth has a uniform density,how would the gravitational force on that particle compare to the gravitational force it would experience at the Earth's surface? A)  The gravitational force at one-third   would be 3 times smaller than at the Earth's surface. B)  The gravitational force at one-third   would be 3 times larger than at the Earth's surface. C)  The gravitational force at one-third   would be 9 times smaller than at the Earth's surface. D)  The gravitational force at one-third   would be 9 times larger than at the Earth's surface. would be 9 times smaller than at the Earth's surface.
D) The gravitational force at one-third Consider a particle inside the Earth located a distance of one-third the Earth's radius   from the center of the Earth.Assuming the Earth has a uniform density,how would the gravitational force on that particle compare to the gravitational force it would experience at the Earth's surface? A)  The gravitational force at one-third   would be 3 times smaller than at the Earth's surface. B)  The gravitational force at one-third   would be 3 times larger than at the Earth's surface. C)  The gravitational force at one-third   would be 9 times smaller than at the Earth's surface. D)  The gravitational force at one-third   would be 9 times larger than at the Earth's surface. would be 9 times larger than at the Earth's surface.

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