A force is applied to a block, which causes the block to accelerate along a frictionless, horizontal surface. Which of the following is equal to the energy gained by the block? The power applied to the block The impulse applied to the block The momentum given to the block The work done on the block

Question

A force is applied to a block, which causes the block to accelerate along a frictionless, horizontal surface. Which of the following is equal to the energy gained by the block? The power applied to the block The impulse applied to the block The momentum given to the block The work done on the block

Answer 1

The work done on the block is equal to the energy gained by the block. Work is defined as the transfer of energy that occurs when a force is applied to an object and the object moves in the direction of the force. In this case, the force applied to the block causes it to accelerate along the frictionless, horizontal surface, and the work done on the block is equal to the energy gained by the block.

Problemas

A force is applied to a block, which causes the block to accelerate along a frictionless, horizontal surface. Which of the following is equal to the energy gained by the block? The power applied to the block The impulse applied to the block The momentum given to the block The work done on the block

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