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It takes a 200-g mass to create 3 segments of a transverse wave pattern using a...

It takes a 200-g mass to create 3 segments of a transverse wave pattern using a string of length 30.0 [cm] and density 0.0112[g/cm3 ]. What is the frequency (in [Hz]) at which the string is vibrating?

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Answer #1

If the string is vibrating in the three segments, then the relation between length of the spring and the wavelength of wave is,

The velocity of the wave inside stretched string is given as,

here, T = Mg= 0.200*9.8 = 1.96 Newton

m = 0.0112gm/cm3 = 11.2 kg/m3

Hence the frequency will be,

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