The energy in the stretched bowstring is potential energy - specifically, elastic energy. This is converted into kinetic energy, when the arrow is released.
elastic energy is stored in the bow. When released, it is transferred to kinetic energy in the arrow.
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potential when still kinetic when moving
kinetic energy
A string under tension has potential energy, which will be liberated as kinetic energy should the string break or be released.
Into movement, i.e., kinetic energy.
elastic potential energy
There is no energy there until the bow string is stretched. The human arm pulling back on the bow string is the source of the energy which is stored mechanically in the flexure of the bow and converted into the kinetic energy of the arrows flight when the archer releases the arrow.
potential when still kinetic when moving
Well when you hit the key, it triggers the hammer to hit the string , so that would be mechanical . Then , it hits the string that creates a vibrational wave , then , of course, it creates a sound wave . That's all I got .
kinetic energy
kinetic energy
kinetic energy
A string under tension has potential energy, which will be liberated as kinetic energy should the string break or be released.
Kinetic energy and then to heat.
Into movement, i.e., kinetic energy.
phiten
Before a yo yo is released, it has maximum potential energy and zero kinetic energy. As the yo yo goes down the string, its kinetic energy increases and it potential energy decreases. When the yo yo reaches the bottom of the string it has maximum kinetic energy and zero potential energy. As the yo yo goes back up the string, its kinetic energy decreases and potential energy increases until the yo yo reaches the top of the string, at which point kinetic energy is zero and potential energy is at its maximum.
Sound energy.