STOKE'S LAW

Using Stokes' Law show that the constant terminal velocity v of a sphere of radius r, density rho falling vertically under gravity through a viscous fluid of density sigma and co-efficient of viscosity eta is given by- v = (2/9).[{r^2g(rho - sigma)}/eta]

Properties Of Matter - Liquids - Viscosity - Stoke'S Equation

Properties Of Matter - Liquids - Viscosity - Stoke'S Equation And Reynold'S Number

Stokes Law & terminal velocity

Derive Stokes' law dimensionally.

Viscosity | Stokes Law and Capillarity Questions

Mention two applications of Stokes' law.

Viscosity ||Stokes Law ||Reynolds Number ||Poiseuille's Equation

What is Stokes' law? Derive the relation by method of dimensions.

Viscosity|| Stokes Law|| Reynolds Number|| Poiseuille's Equation