The ratio of buoyant force to the force caused by it is given as the Grashof number.
A Refutas equation can be used to calculate this quantity for a mixture, and one form of it is the numerator of the Prandtl number. The ratio of buoyant force to the force caused by it is given as the Grashof number. This property is increased when rheopectic substances are agitated, while it is reduced for (*) thixotropic compounds. It can be measured using a Zahn cup, and its kinematic form can be calculated by dividing its absolute form by mass density. This property can be characterized by a Reynolds number, and it is constant for Newtonian fluids and zero for superfluids. For ten points, identify this measure of a fluid's resistance to flow.
A Refutas equation can be used to calculate this quantity for a mixture, and one form of it is the numerator of the Prandtl number.
{viscosity} or {viscous force}