Assume F is the net external force acting on a body, therefore the integral inte

Question

Assume F is the net external force acting on a body, therefore the integral integral F dt is equal in value to the change in the _____of a body's while the integral integral F middot dx is equal to the change in the body's a) potential energy, kinetic energy b) kinetic energy, linear momentum c) linear potential energy d) linear momentum, kinetic energy e) angular momentum, linear momentum A box attached at rest spring at its equilibrium length you now push the box with your hand so that spring is compressed a

Explanation / Answer

Correct option for this question is D.

As when we integrate the force w.r.t. time its linear momentum in which the force is applied and while integrating w.r.t distance it gives kinetic energy as it gives the amount of work done.

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