Yes. This is the only way sound can move and be heard. By definition, sound is a disturbance. It vibrates the air particles, and the wave moves through the air. It's like when you slap a parachute. and you see the ripples. The slap is a sound, the ripple is the sound wave, and the parachute is the air. It is what the disturbance disturbs.
Greco
Your vocal chords,
When you speak or sing, your vocal cords come together and vibrate as air passes through them from your lungs. The tension and length of your vocal cords determine the pitch and tone of the sound produced. This vibration creates sound waves that travel through the air to reach the listener's ears.
The pitch of your voice depends on how fast your vocal chords vibrate. The faster they vibrate, the higher the pitch. When you sing you use your muscles to force them closer together causing them to vibrate faster. When you are sick, your lymph nodes swell causing them to get closer and vibrate faster producing a higher sound.
Pipes vibrate when they are pushing air back and forth.
Your voice is a sound, hence it is a vibration in the air, which is caused by a vibration in your vocal chords. This is true whether you are singing or speaking. It's a vibration, either way.
Objects that vibrate cause air molecules to also vibrate, creating sound waves that propagate through the air. The vibrations push and pull air molecules as they travel, which our ears can detect as sound.
It has to vibrate.
The player makes the strings vibrate, which makes the body of the guitar vibrate, which makes the air vibrate. And vibrations in the air, at a certain set of frequencies, is what sound is.
Yes, air molecules can vibrate. When the molecules absorb energy, they begin to move and vibrate, creating sound waves. This vibration is what allows us to hear sounds in the environment.
because when you blow though it the air bounces down the sides and makes it vibrate
I suppose your vocal chords vibrate, just like when you talk!
The flute vibrate when you blow air across the embrochure, causing the air to vibrate inside the flute which causes the sound to come out the end of the flute.