What is the weight (or force of gravity) of a body(mass $m$ ) at the centre of earth ?

m g

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m / g

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g

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0

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Solution

The correct option is D $0$
Weight is defined as force acting due to the gravity that is $F = m \times g$ .As we all know that $g = 0$ at the centre of the gravity on substituting this we get $F = 0$ that is weight of the body at the centre of the gravity is zero.

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What is the weight (or force of gravity) of a body(mass m) at the centre of earth ?

The correct option is D 0Weight is defined as force acting due to the gravity that is F=m×g.As we all know that g=0 at the centre of the gravity on substituting this we get F=0 that is weight of the body at the centre of the gravity is zero.

What is the weight (or force of gravity) of a body(mass $m$ ) at the centre of earth ?

The correct option is D $0$
Weight is defined as force acting due to the gravity that is $F = m \times g$ .As we all know that $g = 0$ at the centre of the gravity on substituting this we get $F = 0$ that is weight of the body at the centre of the gravity is zero.