One empirical measure of it is known as the Saybolt Universal variety, and Jeans' equation states that, in a gas, it is proportional to the temperature raised to a constant power.
The Mark-Houwink equation relates its intrinsic variety to molecular weight for certain polymers. One empirical measure of it is known as the Saybolt Universal variety, and Jeans' equation states that, in a gas, it is proportional to the temperature raised to a constant power. Usually calculated by dividing stress to shear strain, the kinematic variety can be multiplied by mass density to derive the absolute or dynamic variety, which is usually a collective measure of friction, adhesion, and cohesion. For 10 points name this quantity measured in units of either poise or stokes, the resistance to flow found in both gases and liquids.
The Mark-Houwink equation relates its intrinsic variety to molecular weight for certain polymers.
{viscosity}