A lead sphere of `1.0 mm` diameter and relative density `11.20` attains a terminal velocity of `0.7 cm s^(-1)` in a liquid of relative density `1.26`.
Determine the coefficient of dynamic viscosity of the liquid.

A lead sphere of 1.0 mm diameter and relative density 11.20 attains terminal velocity of 0.7 cm/s in a liquid of relative density 1.26 Determine the coefficient of dynamic viscosity of the liquid

A lead sphere of 1.0 mm diameter and relative density 11.20 attains a terminal velocity of 0.7 cm s^(-1) in a liquid of relative density 1.26 . What is the value of the Reynolds number?

A lead sphere of 1.0 mm diameter and relative density 11.20 attains a terminal velocity of 0.7 cm s^(-1) in a liquid of relative density 1.26 . What is the value of the Reynolds number?

A lead sphere of 1.0 mm diameter and relative density 11.20 attains terminal velocity of 0.7 c/m in a liquid of relative density 1.26 What is the value of the Reynolds number ?

A steel ball of radius 2 mm and of relative density 8.2 is falling through a liquid of relative density 1.9. Its terminal velocity is 0.7 m/s. What is the viscosity of the liquid if the acceleration due to gravity is 10m//s^2 ?

60cc of a liquid of relative densilty 1.4 are mixed with 40 cc of another liquid of relative density 0.8. The density of the mixture is

A gas bubble of 2 cm diameters rises through a liquid of density 1.75 g. cm^-3 with a fixed speed of 0.35cm. s^-1 . Neglect the density of the gas. The coefficient of viscosity of the liquid is

If a tangential force of 1dyne cm^-2 of the surface is required to maintain a relative velocity of 1cms^-1 between two layers of a liquid 1 cm apart, then the coefficient of viscosity of the liquid is said to be___.

An air bubble of radius 1 cm rises from the bottom portion through a liquid of density 1.5 g c c^(-1) at a constant speed of 0.25cms^-1 . If the density of air is neglected, the coefficient of viscosity of the liquid is approximately, (in Pa-s)