The third harmonic of a tube open at both ends has a wavelength A. If the same tube is now closed at one end, the third harmonic will have a wavelength of: (a) 2, (b) 2X, (c) 6/1, (d) 층, (e) 1.

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The third harmonic of a tube open at both ends has a wavelength λ. If the same tube is now
closed at one end, the third harmonic will have a wavelength of:
(a) 21,
(b) 2X,
(c) ,
(d) $,
Transcribed Image Text:The third harmonic of a tube open at both ends has a wavelength λ. If the same tube is now closed at one end, the third harmonic will have a wavelength of: (a) 21, (b) 2X, (c) , (d) $,
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