If the time period (T) of vibration and liquid drop depends on surface tension (S), radius ( of the drop and density `(rho)` of the liquid, then the cxpression of T is

Options

A. `T=K(sqrt(rhor^(3)))/(S)`
B. `T=K(sqrt(rho^(1//2)r^(3)))/(S)`
C. `T=K(sqrt(rhor^(3)))/(S^(1//2))`
D. `T=Ksqrt((rho^(1//2)r^(3))/(S))`

Answer

C