Give example of a situation in which an applied force does not result in a change in kinetic energy.

Cite an example of kinetic energy related to a sport. The distance when a airplane travels 500mph for two hours is 80467 kmh. When things move they can do work. The difference between momentum and kinetic energy is slightly tricky.

And my vast knowledge and skills. I would have guessed that golf balls had most energy because they seem to be going so fast but theyre also very light. Soccer balls kicked hard have surprisingly high energy because they go faster than you think and weigh.

Now that load will have potential energy that can be transformed into kinetic energy. As we can see in the above definition to express the magnitude of kinetic energy we have to know the mass and the velocity of the given body or a human body. Especially in the light of.

For example if we assume that a pole vaulter does not perform any work after taking off his total mechanical energy at the beginning of the vault is equal to his kinetic energy at the end of his run-up. The shirt is made of a special type of material to enhance strain-energy which increases the amount of weight lifted in the bench press movement. That is what the above demonstrates W Delta KE.

In kicking throwing or hitting a ballprojectile the player needs to put impart the energy into the ball. In a collision total momentum of the system player and ball is conserved but kinetic energy is not although total energy. This kinetic energy is transformed into deformation energy of the pole and subsequently into the increase in potential energy of the athlete.

Thermal Energy is the kinetic energy of molecules. Based on my intellectual capacity. Work is the force on the object as it changes a distance.