4. Determine the viscosity of gaseous nitrogen, in cP, at 1 atm at 300 K and...

Transcribed Image Text:

4. Determine the viscosity of gaseous nitrogen, in cP, at 1 atm at 300 K and 700 K by the equation in the notes for gases (kinetic theory of gases), by the Chapman-Enskog equation (for collision integral use: 0.96 @ 300 K; 0.82 @ 700 K) and by the reduced viscosity chart. Prepare a table to compare your calculated values with literature values for nitrogen from other sources. How well do the values agree and what can you conclude about our predictive behavior for the viscosity of gases? [PG p. 7, BSL1 p. 16] 4. Determine the viscosity of gaseous nitrogen, in cP, at 1 atm at 300 K and 700 K by the equation in the notes for gases (kinetic theory of gases), by the Chapman-Enskog equation (for collision integral use: 0.96 @ 300 K; 0.82 @ 700 K) and by the reduced viscosity chart. Prepare a table to compare your calculated values with literature values for nitrogen from other sources. How well do the values agree and what can you conclude about our predictive behavior for the viscosity of gases? [PG p. 7, BSL1 p. 16]