1 mol of Nitrogen (N) enters a steady-state flow process at 800K and 50 bar and...

 

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1 mol of Nitrogen (N) enters a steady-state flow process at 800K and 50 bar and exits at 300K and 1 bar. Assume that the heat is transferred into this process at the exit temperature. Determine the maximum work (J) that can be obtained. Nitrogen T-800K P = 50 bar T-300K P = 1 bar W a) Assume Nitrogen is an ideal gas with a constant C, chosen from the following published table: (6 pts) Temperature Specific Heat, Cp (K) (kJ/kgK) 300 1.040 350 1.041 400 1.044 450 1.049 500 1.056 550 1.065 600 1.075 650 1.086 700 1.098 750 1.110 800 1.122 1 mol of Nitrogen (N) enters a steady-state flow process at 800K and 50 bar and exits at 300K and 1 bar. Assume that the heat is transferred into this process at the exit temperature. Determine the maximum work (J) that can be obtained. Nitrogen T-800K P = 50 bar T-300K P = 1 bar W a) Assume Nitrogen is an ideal gas with a constant C, chosen from the following published table: (6 pts) Temperature Specific Heat, Cp (K) (kJ/kgK) 300 1.040 350 1.041 400 1.044 450 1.049 500 1.056 550 1.065 600 1.075 650 1.086 700 1.098 750 1.110 800 1.122