A rain drop of radius 0.3 mm has a terminal velocity in air 1m/s. the viscosity of air is `18xx10^(-5)` poise. The viscous force on it is-

A raindrop of radius 0.3 mm has a terminal velocity in air 1ms^(-1) . The viscosity of air is 18xx10^(-3) poise. The viscous force on it is

A rain drop of radius 0.5 mm has a terminal velocity in air 2m/sec. The viscosity of air is 18xx10^-5 poise . Find the viscous force on the raindrop.

A rain drop of radius 0.3 mm has a terminal velocity in "air" = 1 "m/s" . The viscosity of air is 8 xx 10^(–5) poise. The viscous force on it is

A rain drop of radius 0.5 mm has a terminal velocity in air 2 m/s. If the coefficient of viscosity of air is 1.8xx10^(-4) poise, the viscous drag on the rain drop will be

A rain drop of radius 0.5 mm has a terminal velocity in air 2 m/s. If the coefficient of viscosity of air is 1.8xx10^(-4) poise, the viscous drag on the rain drop will be

A rain drop radius 0.3mm falling vertically downwards in air has a terminal velocity of 1(m)/(s) The viscosity of air is 18xx10^-5 poise. The viscous force on the drop is

A rain drop of radius 0.5 mm has a terminal velocity in air 2 ms^(-1) . The viscosity of air is 18 xx 10^(-5)" dyne "cm^(-2)s . Find the viscous force on the rain drop.

A rain drop of radius 0.3 mm falls through air with a terminal viscosity of 1 m s^(-1) . The viscosity of air is 18 xx 10^(-5) poise. The viscous force on the rain drop is

A rain drop of radius 0.3 mm falls through air with a terminal viscosity of 1 m s^(-1) . The viscosity of air is 18 xx 10^(-5) poise. The viscous force on the rain drop is

A rain drop of radius 0.3 mm falls through air with a terminal velocity of 1 m/s. The viscosity of air is 18 xx 10^(-6) N-s //m^(2) . Find the viscous force on the rain drop.