This quantity is measured using devices named for Staubinger and Stormer, and calculating it was the goal of the pitch drop experiment. Its variation with temperature for an ideal gas is estimated by Sutherland's equation, and the Grashof (*) number is proportional to its inverse square. Its kinematic form is computed by dividing the "dynamic" form by the material density, and this quantity is fre
This quantity is measured using devices named for Staubinger and Stormer, and calculating it was the goal of the pitch drop experiment. Its variation with temperature for an ideal gas is estimated by Sutherland's equation, and the Grashof (*) number is proportional to its inverse square. Its kinematic form is computed by dividing the "dynamic" form by the material density, and this quantity is frequently measured in centipoise and is constant for Newtonian fluids. Defined as the ratio between shear stress and rate of strain, for 10 points, name this quantity that measures a fluid's resistance to flow.
This quantity is measured using devices named for Staubinger and Stormer, and calculating it was the goal of the pitch drop experiment.
{viscosity}