1.If the time period (TTT) of vibration of a liquid drop depends on surface tension (SSS), radius (rrr) of the drop and density (ρ\rhoρ) of the liquid, then the expression of TTT isa.T=kρr3ST = k\sqrt{\frac{\rho r^3}{S}}T=kSρr3b.T=kρ1/2r3ST = k\sqrt{\frac{\rho^{1/2} r^3}{S}}T=kSρ1/2r3c.T=kρr3S1/2T = k\sqrt{\frac{\rho r^3}{S^{1/2}}}T=kS1/2ρr3d.None of theseLogin to continueOnly logged in users canattempt or see the solution.