A speaker plays a pure single-frequency tone into the apparatus shown below. The sound takes two paths to an opening where a receiver is positioned. One path is fixed in length, while the other can be adjusted. Sliding section Receiver Speaken Suppose that the receiver detects constructive interference at a particular instant. The speaker is producing sound with a frequency of 794 Hz, and that sound travels through the tubes at 343 m/s. By what minimum amount (in cm) should the adjustable path length be ncreased for the receiver to detect destructive interference?

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A speaker plays a pure single-frequency tone into the apparatus shown below. The sound takes two paths to an opening where a receiver is positioned. One path is fixed in length, while the other can be adjusted.
Sliding section
Receiver
Speaker
Suppose that the receiver detects constructive interference at a particular instant. The speaker is producing sound with a frequency of 794 Hz, and that sound travels through the tubes at 343 m/s. By what minimum amount (in cm) should the adjustable path length be
increased for the receiver to detect destructive interference?
cm
Transcribed Image Text:A speaker plays a pure single-frequency tone into the apparatus shown below. The sound takes two paths to an opening where a receiver is positioned. One path is fixed in length, while the other can be adjusted. Sliding section Receiver Speaker Suppose that the receiver detects constructive interference at a particular instant. The speaker is producing sound with a frequency of 794 Hz, and that sound travels through the tubes at 343 m/s. By what minimum amount (in cm) should the adjustable path length be increased for the receiver to detect destructive interference? cm
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