University Physics with Modern Physics with Mastering Physics (11th Edition)

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15.46: a) For the fundamental mode, the wavelength is twice the length of the string, and s. m 311 m) Hz)(0.635 245 ( 2 2 = = = λ = fL f v b) The frequency of the fundamental mode is proportional to the speed and hence to the square root of the tension; Hz. 246 1.01 Hz) 245 (
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Unformatted text preview: = c) The frequency will be the same, Hz. 245 The wavelength will be m, 40 . 1 ) z 245 ( ) s m 344 ( air air = Η = = λ f v which is larger than the wavelength of standing wave on the string by a factor of the ration of the speeds....
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  • Hertz, Wavelength, Complex number, Normal mode, Standing wave

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