Heya
50 marks question
enjoy.
As observed from earth, the sun appears to move in an approximate circular orbit. For the motion of another planet like mercury as observed from earth, this would(a) be similarly true.(b) not be true because the force between earth and mercury is not inverse square law.(c) not be true because the major gravitational force on mercury is due to sun.(d) not be true because mercury is influenced by forces other than gravitational forces.
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Answered by
7
Hii dear here is your answer
option d is the correct answer
Because Acceleration due to gravity g = 0, at the centre if we assume the earth as a sphere of uniform density, then it can be treated as point mass placed at its centre.
But on surface of the earth the acceleration due to gravity cannot be zero at any point
Hope it's help u
option d is the correct answer
Because Acceleration due to gravity g = 0, at the centre if we assume the earth as a sphere of uniform density, then it can be treated as point mass placed at its centre.
But on surface of the earth the acceleration due to gravity cannot be zero at any point
Hope it's help u
Answered by
3
heya......
answer is
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in my opinion d is the correct option
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hope it helps ^_^
answer is
========
in my opinion d is the correct option
========
hope it helps ^_^
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