The air you blown in.
The string of a veena vibrates
The reed vibrates.
The strings.
Tonny Hiningan on tin whistle in key of B
the main part vibrates as the air is bouncing off the closed keys
A whistle makes a high sound because of the short length of the whistle's tube, which amplifies high-frequency sounds. When air is blown into the whistle and vibrates at a high frequency, it produces a high-pitched sound.
When blowing a whistle, the energy that is wasted is primarily in the form of sound energy. As air is forced through the whistle, it vibrates and produces sound waves, which dissipate into the surrounding environment as noise. Some energy is also lost as heat due to friction and air resistance as the air passes through the whistle's chamber and creates turbulence. Overall, the majority of the energy input into blowing a whistle is converted into sound energy and dissipated into the surroundings.
The future tense of whistle is will whistle.
The possessive form is whistle's.
whistle whistle
The skin vibrates when you hit them.
The string of a veena vibrates
The reed on a clarinet vibrates against the mouthpiece.
You have to whisper in the library so you won't disturb people who are reading.
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.
its whistle
The tightly stretched surface (membrane) of a drum vibrates.