If sound waves were dispersive (that is, if the speed of sound depended on its frequency), what would be the consequences of someone listening to an orchestra in a a concert hall?

vagnhestagn

vagnhestagn

Answered question

2022-10-08

If sound waves were dispersive (that is, if the speed of sound depended on its frequency), what would be the consequences of someone listening to an orchestra in a a concert hall?

Answer & Explanation

Lichtpulsax

Lichtpulsax

Beginner2022-10-09Added 4 answers

The speed of the sound travelling in the medium is determined by,
v = f × λ
v = velocity of propagation f= frequency or wave λ = wavelength So it is clear that velocity, wavelength and frequency are interconnected.
If in case man listening to an orchestra in a concert hall waves directly comes to his ear and set on the eardrum vibrate. But this vibration depends upon its pitch. A higher speed of sound produces high frequency, so the pitch of the sound is also high and the same low-frequency sound produce low pitch which means the loudness of sound is also low.

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