The kinematic form of this quantity is equal to the dynamic form divided by density.
The kinematic form of this quantity is equal to the dynamic form divided by density. The effects of this property are most significant in the boundary layer. This quantity depends on the magnitude or duration of the shear stress in (*) non-Newtonian materials. The ratio of inertial forces to this property's forces is known as the Reynold's number. This quantity is equal to the shear stress divided by the shear strain and is constant for Newtonian fluids. For 10 points, name this property defined as a fluid's resistance to flow.
The kinematic form of this quantity is equal to the dynamic form divided by density.
{viscosity}