Question 2 A piston/cylinder contains a gas mixture of 50 mol% carbon dioxide (CO2) and 50...

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Question 2 A piston/cylinder contains a gas mixture of 50 mol% carbon dioxide (CO2) and 50 mol% ethane (C2H4) at 700 kPa, 35°C, at which point the cylinder volume is 5 L. The mixture is now compressed to 5.5 MPa in a reversible isothermal process. Calculate the heat transfer and work transfer (both in KJ) for the process, using the following model for the gas mixture: A) Ideal gas mixture B) Kay's rule Data: Properties CO2: CP(ave) = 0.846 kJ/kg K; Tc = 304.13K; Pc = 73.8 bars C2H6: CP(ave) = 1.757 kJ/kg K; Tc = 305.33K; Pc = 48.72 bars Question 2 A piston/cylinder contains a gas mixture of 50 mol% carbon dioxide (CO2) and 50 mol% ethane (C2H4) at 700 kPa, 35°C, at which point the cylinder volume is 5 L. The mixture is now compressed to 5.5 MPa in a reversible isothermal process. Calculate the heat transfer and work transfer (both in KJ) for the process, using the following model for the gas mixture: A) Ideal gas mixture B) Kay's rule Data: Properties CO2: CP(ave) = 0.846 kJ/kg K; Tc = 304.13K; Pc = 73.8 bars C2H6: CP(ave) = 1.757 kJ/kg K; Tc = 305.33K; Pc = 48.72 bars

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Given Mole fractiom of Coz mole fraction of GHs Yu 05 ko 05 05 Initial pressure P ... View the full answer