Certainly. That's exactly what happens when you fall into the middle of a trampoline.
As the stretchy fabric absorbs your kinetic energy, you slow down, and you eventually
stop when all of your kinetic energy is stored in the trampoline as elastic energy.
Then the elastic energy transfers back and becomes your kinetic energy, as you go
sailing again.
Elastic Potential Energy
The energy stored in the stretched rubber (or elastic) is converted into the kinetic energy of the missile.
This can happen in many sports. One common example is anything that involves a ball - of the type that can bounce when they fall. In such a ball, when it falls down, gravitational potential energy is converted into kinetic energy; later, when it touches the ground, the kinetic energy is converted into elastic energy. When the ball bounces back, part of this elastic energy (typically, most of it) is converted back into kinetic energy.
Yes, anything that has a mass, and moves, has kinetic energy.Yes, anything that has a mass, and moves, has kinetic energy.Yes, anything that has a mass, and moves, has kinetic energy.Yes, anything that has a mass, and moves, has kinetic energy.
Mainly, what much energy of other types was converted to elastic energy. For example: if a ball falls from a certain height, and assuming a perfect bounce and no air resistance, all the potential energy is converted to kinetic energy as the ball falls down, which in turn is converted to elastic energy when it hits the floor. Then the elastic energy is converted back into kinetic energy, as the ball bounces back up.
Elastic Potential Energy
The energy stored in the stretched rubber (or elastic) is converted into the kinetic energy of the missile.
This can happen in many sports. One common example is anything that involves a ball - of the type that can bounce when they fall. In such a ball, when it falls down, gravitational potential energy is converted into kinetic energy; later, when it touches the ground, the kinetic energy is converted into elastic energy. When the ball bounces back, part of this elastic energy (typically, most of it) is converted back into kinetic energy.
Yes, anything that has a mass, and moves, has kinetic energy.Yes, anything that has a mass, and moves, has kinetic energy.Yes, anything that has a mass, and moves, has kinetic energy.Yes, anything that has a mass, and moves, has kinetic energy.
When the elastic is drawn back by the action of work done by the boy, potential energy is at a maximum, stored in the elastic. When it is released most of the energy is converted into kinetic energy of the stone.
Mainly, what much energy of other types was converted to elastic energy. For example: if a ball falls from a certain height, and assuming a perfect bounce and no air resistance, all the potential energy is converted to kinetic energy as the ball falls down, which in turn is converted to elastic energy when it hits the floor. Then the elastic energy is converted back into kinetic energy, as the ball bounces back up.
The moment the arrow is released, potential energy (elastic energy in the bow) is converted into kinetic energy.
kinetic and elastic potential energy
The energy in the stretched bowstring is potential energy - specifically, elastic energy. This is converted into kinetic energy, when the arrow is released.
Elastic cars work by converting elastic potential energy into kinetic energy. The most potential energy, the more kinetic energy.
That is potential energy, converted to kinetic energy when the toy rolls.
can be converted to potential energy.