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Questions and Answers
The motion of the moon around the ______ ;
earth
The universal law of gravitation successfully explained several phenomena which were believed to be unconnected : ( i ) the force that binds us to the ______ ;
earth
The motion of planets around the ______ ;
Sun
The tides due to the moon and the ______
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The magnitude of the gravitational force F will be equal to the product of mass force , that is , and acceleration due to the gravitational F = ______
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From Eqs. ( 9.4 ) and ( 9.6 ) we have or mg = ______
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The distance d in Eq. ( 9.7 ) will be equal to R , the radius of the earth. Thus , for objects on or near the surface of the earth , g = ______
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The earth is not a perfect sphere. As the radius of the earth increases from the poles to the equator , the value of g becomes greater at the poles than at the equator. For most 6.7x = 9.8 D Thus , the of the ear 9.2.2 M IN FC Let us do all object fall from ______
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The universal law of gravitation successfully explained several phenomena which were believed to be unconnected : ( i ) the force that binds us to the ______
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What is the magnitude of the gravitational force denoted by F?
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What is the distance d in Eq. (9.7) equal to for objects on or near the surface of the earth?
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What factor increases the value of g from the poles to the equator due to the earth not being a perfect sphere?
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What is the mass of the earth denoted by in the equation mg = G?
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What does the equation F = mg represent?
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What is the value of g for most cases?
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