Viscosity of the fluids is analogous to

A copper sphere attached to the bottom of a vertical spring is oscillating with time period 10 s. If the copper sphere is immersed in a fluid (assume the viscosity of the fluid is negligilbe) of specfic gravity (1)/(4) of that of the copper, then time period of the oscillation is

A copper sphere attached to the bottom of a vertical spring is oscillating with time period 10 s. If the copper sphere is immersed in a fluid (assume the viscosity of the fluid is negligilbe) of specfic gravity (1)/(4) of that of the copper, then time period of the oscillation is

Bernouli's theorem holds for incompressible, non-viscous fluids. How is this relationship changed when the viscosity of the fluid is not negligible?

The viscosity of a fluid in motion is 1 poise. What will be it's viscosity (in poise) When the fluid is at rest ?

State Newton's law of viscosity of fluids in motion.

Statement-1 : When two speres of same size but of different densities are dropped in a fluid, sphere of greater density will have greater terminal velocity. And Statement-2 : Greater the density and viscosity of the fluid, lesser will be the terminal velocity.

Statement-1 : When two speres of same size but of different densities are dropped in a fluid, sphere of greater density will have greater terminal velocity. And Statement-2 : Greater the density and viscosity of the fluid, lesser will be the terminal velocity.

Chloragogen cells found in coelomic fluid of earthworms are analogous to vertebrate

Chloragogen cells found in coelomic fluid of earthworms are analogous to vertebrate

Chloragogen cells found in coelomic fluid of earthworms are analogous to vertebrate