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The energy in the sound's vibration dies down, until it is no longer audible.
it dies and fades away
For one, as the sound spreads over a larger area, the intensity decreases. This is similar to a light becoming dimmer, the farther away you get away from the light source - the light, too, spreads over a larger area, so in both cases, less energy is available per unit area. On the other hand, part of any sound (or light, or other wave) will be absorbed - converted to other types of energy.
The energy gets absorbed by the string, and will be converted mainly to heat.
ti sleeps and dies it sleeps and dies
The energy in the sound's vibration dies down, until it is no longer audible.
The energy in the sound's vibration dies down, until it is no longer audible.
it dies and fades away
The energy gets absorbed by the string, and will be converted mainly to heat.
It dies out
it dies
Much of the energy is consumed by decomposers.
The energy is dissipated. That means it is absorbed, and somehow converted to other forms of energy. Typically, much of this dissipated energy gets converted into heat.
The arms of the fork are oscilllating, so the energy exchange is between potential energy in the elasticity of the arms of the fork, and kinetic energy during that part of the cycle when the arms are moving. There is also a constant loss of energy to atmospheric damping as the sound dies away.
For one, as the sound spreads over a larger area, the intensity decreases. This is similar to a light becoming dimmer, the farther away you get away from the light source - the light, too, spreads over a larger area, so in both cases, less energy is available per unit area. On the other hand, part of any sound (or light, or other wave) will be absorbed - converted to other types of energy.
It dies or is too weak to run away from a predator.
It disappears until the tsunami dies away. I don't know what happens to a tsunami but this is what I think.