The law of gravitation gives the gravitational force between:

  • A
    the earth and a point mass only
  • B
    the earth and Sun only
  • C
    any two bodies having some mass
  • D
    two charged bodies only

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Similar Questions

Prove that if a body is thrown vertically upward,the time of ascent is equal to the time of descent.

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$(i)$ Is the acceleration due to gravity of earth '$g$' always a constant at every place? Discuss.
$(ii)$ During a free fall,will heavier objects accelerate more than lighter ones? Give reason for your answer.

State whether the following statement is True or False:
The acceleration of a body thrown vertically upward is numerically the same as the acceleration of a body falling downward,but opposite in sign.

$(a)$ The Earth is acted upon by the gravitation of the Sun,yet it does not fall into the Sun. Why?
$(b)$ An object of mass $500 \, g$ is dropped from a tower of height $5 \, m$. Calculate its momentum when it touches the ground (given $g = 10 \, m s^{-2}$).

State the universal law of gravitation. How is the force between two bodies affected if the distance between them is tripled?

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