[" A metal plate of area "10^(3)cm^(2)" rests on a "],[" layer of oil "6mm" thick.A tangential force "],[10^(-2)N" is applied on it to move it with a "],[" constant velocity of "6cms^(-1)" .The "],[" coefficient of viscosity of the liquid is "]

A metal plate of area 10^(3)" "cm^(2) rests on a layer o oil 6 mm thick. A tangential force of 10^(-2) N is appled on it to move it with a constant velocity of 6 cm s^(-1) . The coefficient of viscosity of the liquid is :-

A metal plate of area 10^(3)" "cm^(2) rests on a layer o oil 6 mm thick. A tangential force of 10^(-2) N is appled on it to move it with a constant velocity of 6 cm s^(-1) . The coefficient of viscosity of the liquid is :-

A metal plate of area 10^(3)" "cm^(2) rests on a layer o oil 6 mm thick. A tangential force of 10^(-2) N is appled on it to move it with a constant velocity of 6 cm s^(-1) . The coefficient of viscosity of the liquid is :-

Aflat plate of area 0.05 m^(2) is separated from another large plate at rost by a liquid layer of uniform thickness 1mu m . The tangential force needed to move the smaller plate with a constant velocity of 10 cm s ^(-1) i s 20 N. Calculate the coefficent of viscosity of the liquid.

A metal plate ofarea 100 sq. cm, rests on a layer of oil 2mm thick. A force of 0.1 N applied parallel to the plate horizontally keeps it moving with uniform speed of 1cm/ s. What is the coefficient of viscosity of oil ?

A metal plate of area 500 cm^92) is kept on a horizontal surface with a layer of oil of thickness 0.5 mm between them. The horizontal force required to drag the plate with a velocity of 2 cm/s is (coefficient of viscosity =0.9 kg/ms)

A metal plate of area 500 cm^92) is kept on a horizontal surface with a layer of oil of thickness 0.5 mm between them. The horizontal force required to drag the plate with a velocity of 2 cm/s is (coefficient of viscosity =0.9 kg/ms)