A uniform string of length $L$ fixed between the two ends is vibrating in three segments. The wavelength of wave in string is

\frac{L}{3}

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3 L

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\frac{2 L}{3}

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\frac{3 L}{2}

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Solution

The correct option is C $\frac{2 L}{3}$
$\begin{matrix} \frac{3 λ}{2} = L λ = \frac{2 l}{3} \end{matrix}$
$∴$ Option $C$ is correct.

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A uniform string of length L fixed between the two ends is vibrating in three segments. The wavelength of wave in string is

The correct option is C 2L33λ2=Lλ=2l3∴ Option C is correct.

A uniform string of length $L$ fixed between the two ends is vibrating in three segments. The wavelength of wave in string is

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