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MTALHAHASSAN2
 one year ago
In a guitar string that vibrates at 440 Hz, the speed of a wave is 365.0 m/s. What will the pitch be if the tension in the string is changed such that the speed of the wave:
a)Is reduced to 350.0 m/s?
b)Is increased by 20.0%?
c)Is decreased by 15%?
MTALHAHASSAN2
 one year ago
In a guitar string that vibrates at 440 Hz, the speed of a wave is 365.0 m/s. What will the pitch be if the tension in the string is changed such that the speed of the wave: a)Is reduced to 350.0 m/s? b)Is increased by 20.0%? c)Is decreased by 15%?

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IrishBoy123
 one year ago
Best ResponseYou've already chosen the best response.1use \(v = f \, \, \lambda\) here, \( \lambda = const \implies \large \frac{v_1}{f_1} = \frac{v_2}{f_2} \)
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