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10. A stream of 2 kg/s of CH, at 1.6 bar and and 140 K is compressed adiabatically to 50 bar and 400 K in a steady-state process. Compute the following using the method of your choice (suggested: P-H diagram for thermodynamic properties of methane). For CH₂: T. 190.6 K, P, 4.604 MPa, = 0.011 ) AH Hout- Hin (kJ/kg)

10. A stream of 2 kg/s of CH, at 1.6 bar and and 140 K is compressed adiabatically to 50 bar and 400 K in a steady-state process. Compute the following using the method of your choice (suggested: P-H diagram for thermodynamic properties of methane). For CH₂: T. 190.6 K, P, 4.604 MPa, = 0.011 ) AH Hout- Hin (kJ/kg)

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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10. A stream of 2 kg/s of CH, at 1.6 bar and and 140 K is compressed adiabatically to 50 bar and 400 K in a steady-state process. Compute the following using the method of your choice (suggested: P-H diagram for thermodynamic properties of methane). For CH₁: T. 190.6 K, P = 4.604 MPa, w = 0.011 <) AH = Hout - Hin (kJ/kg) (b) AS Sout-Sin (J/(kg-K))
Transcribed Image Text:10. A stream of 2 kg/s of CH, at 1.6 bar and and 140 K is compressed adiabatically to 50 bar and 400 K in a steady-state process. Compute the following using the method of your choice (suggested: P-H diagram for thermodynamic properties of methane). For CH₁: T. 190.6 K, P = 4.604 MPa, w = 0.011 <) AH = Hout - Hin (kJ/kg) (b) AS Sout-Sin (J/(kg-K))
(c) The rate of effective shaft work on the gas: W, (kW) (d) (... The rate of heat released: (kW) -, The rate of entropy generated: Sen (W/K)
Transcribed Image Text:(c) The rate of effective shaft work on the gas: W, (kW) (d) (... The rate of heat released: (kW) -, The rate of entropy generated: Sen (W/K)
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