The kinetic energy acquired by a mass m after travelling a fixed distance from rest under the action of constant force is

directly proportional to velocity.

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directly proportional to m.

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independent of m.

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inversely proportional to m.

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Solution

The correct option is C independent of m.
the gain in kinetic energy of the body will be equal to the work done by that force on the body
as we know work done by a constant force F is
$W = F . S$
given S is fixed hence kinetic energy is independent of mass of the body.

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Q. A body of mass

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starts from rest and is moving in one dimension under the action of a force

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such that the force

F

is directly proportional to

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The kinetic energy acquired by a body of mass `m’ after travelling a fixed distance from rest under the action of a constant force is:

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The kinetic energy acquired by a mass m after travelling a fixed distance from rest under the action of constant force is

The correct option is C independent of m.the gain in kinetic energy of the body will be equal to the work done by that force on the body as we know work done by a constant force F isW=F.Sgiven S is fixed hence kinetic energy is independent of mass of the body.

The correct option is C independent of m.
the gain in kinetic energy of the body will be equal to the work done by that force on the body
as we know work done by a constant force F is
$W = F . S$
given S is fixed hence kinetic energy is independent of mass of the body.