When a body is acted upon by a resultant force, then the work done by the resultant force is equal to

Question

When a body is acted upon by a resultant force, then the work done by the resultant force is equal to (A) its initial kinetic energy (B) its initial potential energy (C) change in the kinetic energy (D) change in the potential energy

Tardigrade Admin · Accepted Answer

By work energy theorem, Change in K E= Work done by net (resultant) force on the body

Q. When a body is acted upon by a resultant force, then the work done by the resultant force is equal to

its initial kinetic energy

its initial potential energy

change in the kinetic energy

change in the potential energy

By work energy theorem, Change in $K E =$ Work done by net (resultant) force on the body

Q. When a body is acted upon by a resultant force, then the work done by the resultant force is equal to

its initial kinetic energy

its initial potential energy

change in the kinetic energy

change in the potential energy

By work energy theorem, Change in KE= Work done by net (resultant) force on the body

By work energy theorem, Change in $K E =$ Work done by net (resultant) force on the body