The Sutherland's viscosity law for gases has been derived from the kinetic theory by Sutherland using...

 

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The Sutherland's viscosity law for gases has been derived from the kinetic theory by Sutherland using an idealized intermolecular-force potential. It is given as: CT3/2 T+S where u is the viscosity, C and S are empirical constants, and T is the absolute temperature. Following is the viscosity data for air at different temperatures. 40 H (N.s/m2) 1.71x105 1.82x105 1.87x10 1.97x105 2.07x10s 2.17x105 T ("C) 100 20 60 80 Using the given data for air, determine the values and units of C and S. b) How do the values change if the viscosity was determined in Ibr.s/ft? based on temperature measured in the U.S. Customary units. The Sutherland's viscosity law for gases has been derived from the kinetic theory by Sutherland using an idealized intermolecular-force potential. It is given as: CT3/2 T+S where u is the viscosity, C and S are empirical constants, and T is the absolute temperature. Following is the viscosity data for air at different temperatures. 40 H (N.s/m2) 1.71x105 1.82x105 1.87x10 1.97x105 2.07x10s 2.17x105 T ("C) 100 20 60 80 Using the given data for air, determine the values and units of C and S. b) How do the values change if the viscosity was determined in Ibr.s/ft? based on temperature measured in the U.S. Customary units.

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SUTHERLANDS LAW In 1893 William Sutherland an Aust... View the full answer