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TPR SW #362
"A violin string, known to be too taut, is being tuned with a tuning fork that is producing an accurate pitch of E (equal to 330 Hz). When the string and the fork are sounded together, beats of frequency 3 Hz are heard. What is the period of vibration of the violin string"?
The answer is clearly either 1/333 or 1/327 since T = 1/f.
TPR says the answer is 1/333 because being "too taut" means the frequency is "too high".
How does TPR know this (which equation/concept is this from)?
"A violin string, known to be too taut, is being tuned with a tuning fork that is producing an accurate pitch of E (equal to 330 Hz). When the string and the fork are sounded together, beats of frequency 3 Hz are heard. What is the period of vibration of the violin string"?
The answer is clearly either 1/333 or 1/327 since T = 1/f.
TPR says the answer is 1/333 because being "too taut" means the frequency is "too high".
How does TPR know this (which equation/concept is this from)?