Question
Suppose you have an air column that is closed at one end, but the closing device can be moved back and forth to change
Suppose you have an air column that is closed at one end, but the closing device can be moved back and forth to change the length of the air column. You place a vibrating tuning fork (f = 330 Hz) at the open end of the column and set the length at one of the harmonics of this frequency. When listening to the tuning fork, how can you tell when you have produced a standing wave? (9.2)
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Principles of Macroeconomics
Authors: Karl E. Case, Ray C. Fair, Sharon E. Oster
12th edition
134078802, 978-0134078809
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