The work done by a force `F_1` is larger than the work done by another force `F_2`. Is it neccesary that power delivered by `F_1` is also larger than that of `F_2` ? Why

A heavy box is kept on a smooth inclined plane and is pushed up by a force F acting parallel to the plane. Does the work done by the force F as the box goes from A to B depend on how fast the box was moving at A and B? does the work by the force of gravity depend on this?

If the work done is competely recoverable than the force is

A force F is applied on a block of mass M . The block is displaced through a distance d in the direction of the force. What is the work done by the force on the block? Does the internal energy change because of this work?

If a force F is applied on a body and the body moves with velocity V the power will be

A force F_1 acts on a particle so as to accelerate it from rest to a velocity v. The force F_1 is then replaced by F_2 which decelerates it to rest.

If the force F acting on a body as a function of x then the work done in a moviung body from x=1 m to x=3 m

A force 'F' acts on an object and moves through a distance x. What is the work done by the force to move the object from x=0 to x=6 m ………….

Electron gain enthalpy is F is less negative than Cl Why ?