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Standard IX

Physics

Universal Law of Gravitation

An apple fall...

Question

An apple falls from a tree because of gravitation between the earth and apple. If $F_{1}$ is the magnitude of force exerted by the earth on the apple and $F_{2}$ is the magnitude of force exerted by apple on earth, then

F_{1}

is very much greater than

F_{2}

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F_{2}

is very much greater than

F_{1}

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F_{1}

is only a little greater than

F_{2}

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F_{1}

and

F_{2}

are equal

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Solution

The correct option is C $F_{1}$ and $F_{2}$ are equal
From Newton’s third law of motion: Every action has equal and opposite reaction. Thus, F1 =F2 where, F1 is the magnitude of force exerted by the earth on the apple and F2 is the magnitude of force exerted by apple on earth.

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An apple falls from a tree because of gravitational attraction between the earth and apple. If

F_{1}

is the magnitude of force exerted by the earth on the apple and

F_{2}

is the magnitude of force exerted by apple on earth, then

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is very much greater than

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(b)

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An apple falls from a tree because of gravitation between the earth and apple. If F1 is the magnitude of force exerted by the earth on the apple and F2 is the magnitude of force exerted by apple on earth, then

The correct option is C F1 and F2 are equalFrom Newton’s third law of motion: Every action has equal and opposite reaction. Thus, F1 =F2 where, F1 is the magnitude of force exerted by the earth on the apple and F2 is the magnitude of force exerted by apple on earth.

An apple falls from a tree because of gravitation between the earth and apple. If $F_{1}$ is the magnitude of force exerted by the earth on the apple and $F_{2}$ is the magnitude of force exerted by apple on earth, then

The correct option is C $F_{1}$ and $F_{2}$ are equal
From Newton’s third law of motion: Every action has equal and opposite reaction. Thus, F1 =F2 where, F1 is the magnitude of force exerted by the earth on the apple and F2 is the magnitude of force exerted by apple on earth.