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As an “instrument”, does the well have one or two open ends?     Calculate the speed of sound inside the well.  c.      Use both frequencies to calculate the depth of the well.

As an “instrument”, does the well have one or two open ends?     Calculate the speed of sound inside the well.  c.      Use both frequencies to calculate the depth of the well.

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 A student uses an audio oscillator of adjustable frequency to measure the depth of a water well. She reports hearing two consecutive resonant frequencies at 27.5 Hz and 35.3 Hz. The temperature inside the well is 24 °C.

  1.     As an “instrument”, does the well have one or two open ends?
  2.     Calculate the speed of sound inside the well.

 c.      Use both frequencies to calculate the depth of the well.

12. A student uses an audio oscillator of adjustable frequency to measure the depth of a water well. She reports hearing two consecutive resonant frequencies at 27.5 Hz and 35.3 Hz. The temperature inside the well is 24 °C. а. As an “instrument", does the well have one or two open ends? b. Calculate the speed of sound inside the well. С. Use both frequencies to calculate the depth of the well.
Transcribed Image Text:12. A student uses an audio oscillator of adjustable frequency to measure the depth of a water well. She reports hearing two consecutive resonant frequencies at 27.5 Hz and 35.3 Hz. The temperature inside the well is 24 °C. а. As an “instrument", does the well have one or two open ends? b. Calculate the speed of sound inside the well. С. Use both frequencies to calculate the depth of the well.
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