A body falls freely under gravity, suddenly if the acceleration due to gravity disappears at a point in its journey, then the body

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Moves with uniform acceleration.

Moves with uniform velocity.

Move with non-uniform acceleration

Moves with deceleration.

answer is B.

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Detailed Solution

If the acceleration due to gravity suddenly disappears at a point in its journey, the body will continue to move with the velocity it had at that instant. The force of gravity is responsible for the acceleration of a freely falling body, and if that force is removed, the body will no longer experience acceleration due to gravity.

In the absence of other forces (such as air resistance or friction), the body will move with a constant velocity. This constant velocity could be zero (meaning the body comes to rest) or a non-zero value, depending on the velocity the body had at the moment gravity disappeared.

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