In soccer, you have a soccer ball. The ball has potential energy. When you kick the ball, the potential becomes kinetic energy and the ball moves. However, your foot has potential energy as well (all matter has potential energy because all matter has the potential to move). When you kick with your foot that potential energy becomes kinetic energy.
When the soccer ball is on the ground it actually has no potential energy because potential energy is only associated with height. When the ball is kicked however the kinetic energy from the player is passed on to the ball. That kinetic energy makes the ball move. If the ball is kicked into the air then the kinetic energy is passed on and some of that kinetic energy transforms into potential energy and kinetic.
Kinetic energy is the energy of motion, possessed by an object in motion. Potential energy is the energy that an object has due to its position or state, such as gravitational potential energy or elastic potential energy.
Yes. Mechanical energy is the sum of potential energy and kinetic energy; this includes gravitational potential energy.
This is called potential energy, because it is available when required
Assuming this is a real question, and not just a joke, the answer is "potential", as there is no motion.
Vector Energy, mcV, it is not a scalar energy. The total energy is the sum of the scalar potential energy and the vector energy of motion. This combination is called Quaternion energy, E = -e1e2zc/2r + mcV.
Kenetic energy
kenetic energy
kenetic is energy in motion and potential energy is energy that is stored.
kenetic energy
No, ATP represents potential energy.
No, kenetic energy is while your walking , then when u stop you have potential energy to walk forword. So it is kenetic even when you stop just not when you are stoped.
Kenetic, potential.
you can subtract either potential o kinetic energy from the total energy to find the other
Kenetic energy, potential energy
The type of energy is called the potential energy i think
For example, when an object falls, its potential energy decreases, but its kinetic energy increases, i.e., it falls faster and faster.
Not directly; the two are independent. But if an object with gravitational potential energy falls, that energy may be converted to kinetic energy.