The diaphragm in a speaker vibrates when an electrical signal is sent through the coil attached to it. This vibration creates sound waves that we hear as music or other audio.
The cone of a speaker is what vibrates to make sound. In some hard speakers with a rigid cone-shaped horn, a flexible diaphragm vibrates. Withut the vibration, you get no sound.
The color that vibrates the fastest in the visible spectrum is violet, which has the shortest wavelength.
The medium vibrates perpendicular to the direction of the wave propagation.
A transverse wave vibrates perpendicular to the direction of wave motion.
A tuning fork creates a sound wave when it vibrates.
A speaker vibrates in relation to the electrical signal going to it, turning an electronic signal into audible sound.
Subwoofer speakers amplify the bass tones in music by inducing electric currents that move the plate. The large plate vibrates generating a low frequency sound that is the bass.
The electronic energy audio signal is converted to magnetic energy to drive the speakers. The speakers convert magnetic energy to mechanical energy driving the speaker cone. The speaker cone vibrates the air creating audio energy.
The skin vibrates when you hit them.
The string of a veena vibrates
The reed on a clarinet vibrates against the mouthpiece.
There is no such thing as vibrates or non-vibrates. Vibration is a concept when dealing with sound waves. However, one may mean vertibrates and invertibrates. Vertibrates are those that have backbones and invertibrates do not.
The tightly stretched surface (membrane) of a drum vibrates.
The reed vibrates.
The cone of a speaker is what vibrates to make sound. In some hard speakers with a rigid cone-shaped horn, a flexible diaphragm vibrates. Withut the vibration, you get no sound.
It's the string that vibrates when you either pluck or bow them.
The strings.