You're outside on a cold day (Tout = 0 °C) listening to your iPod with an external circular speaker having a diameter 0.0550 m. Because of the cold you decide to go inside where the temperature is 27.5 °C. If your favorite song begins with a 8.54-kHz tone, find the change in the diffraction angle of this tone assuming the air behaves as an ideal gas.

Question

Vivian Macdonald

Physics

21 July, 12:24

You're outside on a cold day (Tout = 0 °C) listening to your iPod with an external circular speaker having a diameter 0.0550 m. Because of the cold you decide to go inside where the temperature is 27.5 °C. If your favorite song begins with a 8.54-kHz tone, find the change in the diffraction angle of this tone assuming the air behaves as an ideal gas.

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Janae Sampson · Answer 1

1). The change would be due to the expansion of the speaker, so we need to know what substances comprise the speaker. #2). A speaker with a diameter of 0.055m is not too good at reproducing 8.54 KHz. (3). I believe this is a bogus question.