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How is a rubber band related to sound?

Updated: 9/26/2023
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Q: How is a rubber band related to sound?
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Related questions

How will a sound of thick rubber band and thin rubber band sound what is the difference?

dfgdfbfdg


How is vibration important to sound?

Think of it as a rubber band. No vibration, no sound. it's the same with a rubber band!


What sound a rubber band produced?

a rubber band produced a song like a guitar kinda


How does a rubber band guitar make sound?

cos it does


How can you make a streched rubber band produce a softhigh-pitched sound?

One can produce a soft, high-pitched sound from a stretched rubber band by snapping it. It is easier to accomplish this if the band is stretched very tightly.


Why does a rubber band make sound energy when it vibrates?

The oscillation of the rubber as it vibrates - forces the air around it to vibrate also. This is the sound we hear.


Is there a differences in the sound produced by each of the rubber band how do they refer?

is there a difference in the sound produced by each of the rubber bands?how do they refer?


Which form of energy is produced when a rubber band vibrates?

Sound energy


What energy forms does a rubber band have?

thermal kinetic potential and sound energy


Is there a change in the sound produced when you plucked the rubber band while stretching?

Yes


How does a rubber band stretched between two fingers make a sound?

When you stretch the rubber band it creates tension that is transferred into kinetic energy when you release it and so it moves and in moving it moves in turn the air around it and the air vibrates your ear drum creating a noise (it is a higher pitch if it is tighter because the rubber band is more tense so it moves the air faster thus the higher sound)


How do you find the wavelength of a rubber band's sound?

To find this, you're going to need scientific equipment. You will need an oscillator and a microphone, as well as the rubber band. Hook the microphone up to the oscillator and snap the rubber band. View the oscillator to find it's frequency.