When you blow across the embouchure hole, the air that goes inside the flute vibrates. When you open a hole, the air is released from being trapped in the flute and goes out of that way. the air that vibrates is sometimes called the air-spring, and the shorter it is,the higher it is.
Well actually, thereisn't any vibrating. When you blow through the emboucer the air hits the keys. You would look at it like blowing into different bottle where each one is filled with more beans or water
Air particles vibrate and cause a chain reaction making the vibrations spread, which eventually reaches your ears and your ear drum vibrates, causing you to hear it.
Believe it or not, the air.
Flute, piccolo, bass flute, nose flute, etc.
Anything that vibrates can cause a sound.
The column of air within the flute vibrates as the player causes turbulence by blowing across the mouthpiece.
A flute produces sound energy when it is played. The air blown by the flutist vibrates within the instrument, creating sound waves that travel through the air and reach our ears.
When matter vibrates it sends out a sound wave.
When you blow across the embouchure hole, the air that goes inside the flute vibrates. When you open a hole, the air is released from being trapped in the flute and goes out of that way. the air that vibrates is sometimes called the air-spring, and the shorter it is,the higher it is.
Well actually, thereisn't any vibrating. When you blow through the emboucer the air hits the keys. You would look at it like blowing into different bottle where each one is filled with more beans or water
Believe it or not, the air.
Air particles vibrate and cause a chain reaction making the vibrations spread, which eventually reaches your ears and your ear drum vibrates, causing you to hear it.
Flute, piccolo, bass flute, nose flute, etc.
he reed that you blow on the inside part of it vibrates
The strings are the source for vibrations but the whole instrument vibrates to some extent when they are sounded.
The strings.