$A$ wave pulse can travel along a tense string like a violin string. $A$ series of experiments showed that the wave velocity $V$ of a pulse depends on the following quantities: the tension $T$ of the string,the cross-sectional area $A$ of the string,and the density $\rho$ (mass per unit volume) of the string. Obtain an expression for $V$ in terms of $T$,$A$,and $\rho$ using dimensional analysis.

  • A
    $V = k \sqrt{\frac{T}{A \rho}}$
  • B
    $V = k \sqrt{\frac{A \rho}{T}}$
  • C
    $V = k \sqrt{\frac{T}{A \rho^2}}$
  • D
    None of these

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