An ideal gas flows within a small diameter tube.Derive an
Chapter 8, Problem 8.108(choose chapter or problem)
An ideal gas flows within a small diameter tube.Derive an expression for the transition density of thegas ?cbelow which microscale effects must beaccounted for. Express your result in terms of the gas molecule diameter, universal gas constant, Boltz-manns constant, and the tube diameter. Evaluate thetransition density for a D?10-?m-diameter tube forhydrogen, air, and carbon dioxide. Compare the cal-culated transition densities with the gas density atatmospheric pressure and T?23C
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