Calculate the Wavelength of Middle C on a Piano | 512 Hz Frequency

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To calculate the wavelength of the note C above middle C at a frequency of 512 Hz, one must use the relationship between frequency and wavelength. The speed of sound in air is essential for this calculation, typically around 343 meters per second. The formula to find the wavelength (λ) is λ = v/f, where v is the speed of sound and f is the frequency. By substituting the values, the wavelength can be determined. Understanding this relationship is crucial for solving similar problems in acoustics.
aricho
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Hi,
i'm stuck with this question, I'm prob missing something easy.

the "c" above middle c on the piano has a frequency of 512 Hz. calculate the wavelength.

Thanks for your help
 
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All you're given is the wavelength of a wave in air. So, even though you may have forgotten, there should be some relation between the wavelength and the frequency of a wave.
Is any relation between f and \lambda coming to mind?
 
Here's another hint: you'll probably need to look up the speed of sound somewhere in your textbook, if the exercise doesn't give it to you already.
 

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