A gas with a flow rate of 300 mol/min enters a steady-state, adiabatic nozzle with negligible velocity
Question:
A gas with a flow rate of 300 mol/min enters a steady-state, adiabatic nozzle with negligible velocity at T = 500 K and P = 10 bar and leaves the nozzle at P = 1 bar. The gas has CP* = 40 J/mol · K.
A. Find the exiting temperature and exiting velocity if the gas is ideal and the nozzle is reversible.
B. Find the exiting temperature and exiting velocity if the gas follows the equation of state above and the nozzle is reversible.
C. The gas follows the equation of state above, but the nozzle is not reversible; it has a rate of entropy generation of
= 1.5 kJ/min. Find the exiting temperature and exiting velocity.
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Step by Step Answer:
To solve these problems we will need to apply the principles of conservation of mass energy and entropy for a steadystate adiabatic nozzle The reversible nozzle implies that it is an isentropic proces...View the full answer
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Related Book For 
Fundamentals Of Chemical Engineering Thermodynamics
ISBN: 9781111580704
1st Edition
Authors: Kevin D. Dahm, Donald P. Visco
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