Finding wavelength and fundamental frequency with string

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The discussion centers on calculating the wavelength and fundamental frequency of a string that is 1328 cm long and vibrates at 97 Hz with eight antinodes. To find the wavelength, the formula is used: wavelength equals the length of the string divided by the number of sections (eight), resulting in a wavelength of 166 cm. The fundamental frequency can be determined by dividing the frequency by the number of sections, yielding a fundamental frequency of 12.125 Hz. Participants are advised to follow forum guidelines for homework help by showing their work. The thread was ultimately closed for not adhering to these requirements.
rachb75
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The length of a string is 1328 cm. It is held fixed at each end. The string vibrates in eight sections; i.e., the string has eight antinodes, and the string vibrates at 97 Hz.

Find the wavelength and fundamental frequency.

I have no clue, anything helps! Thank you!
 
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rachb75 said:
The length of a string is 1328 cm. It is held fixed at each end. The string vibrates in eight sections; i.e., the string has eight antinodes, and the string vibrates at 97 Hz.

Find the wavelength and fundamental frequency.

I have no clue, anything helps! Thank you!
Thread closed. Re-post in the Homework Help forums and fill out the Template there and show your work. "no clue" is not accepted here.
 
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