The kinematic form of this quantity is equal to its general form divided by the density.
For a dilute gas, this quantity can be estimated using the Chapman-Enskog equation. This quantity's namesake friction coefficient can be found using Stokes formula. Amorphous solids such as glass have similar properties to liquids with very high values for this quantity. The kinematic form of this quantity is equal to its general form divided by the density. This quantity decreases when thixotropic fluids are disturbed, but it is constant for Newtonian fluids. For 10 points, name this term that describes a liquid's resistance to flow.
For a dilute gas, this quantity can be estimated using the Chapman-Enskog equation.
viscosity