Solving String Wave Frequency: 6m in 0.5s

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SUMMARY

The discussion centers on calculating the wavelength of waves on a 6-meter string subjected to simple harmonic motion at a frequency of 60Hz. The wave travels the length of the string in 0.5 seconds, allowing for the determination of wave velocity using the formula v = d/t, where d is the distance and t is the time. The calculated velocity is 12 m/s, leading to a wavelength of 0.2 meters, derived from the equation wavelength = velocity / frequency.

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cseet
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Hi all,

I can't seemed to figure this out...

question:
one end of the string 6m long is moved up and down with simple harmonic motion at a frequency of 60Hz. the wave reach the other end of the string in 0.5s. find the wavelength of the waves on the string.

I know wavelength = velocity / frequency
but how do I find the velocity given that string is 6m and takes 0.5s to reach the other end... it seemed too simple for you, I do apologise...

pls direct
cseet
 
Physics news on Phys.org
v = d/t...

cookiemonster
 
thanks cookiemonster...you're a gem!
 

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