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3. A 32 cm violin string (u= 7.8 x 10 g/m) can produce a frequency of 659.3 Hz. If the wavelength is 8.0 cm,
3. A 32 cm violin string (u= 7.8 x 10 g/m) can produce a frequency of 659.3 Hz. If the wavelength is 8.0 cm, what is the wave's velocity? Show your work. 4. Using the same information in #3, calculate the tension required to generate a frequency of 659.3 Hz.
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a To find the velocity of the wave on the violin string we can use the formula V...
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College Physics
Authors: Jerry D. Wilson, Anthony J. Buffa, Bo Lou
7th edition
9780321571113, 321601831, 978-0321601834
