5.) Consider you have two systems - one filled with (1kg) water and the other with...

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5.) Consider you have two systems - one filled with (1kg) water and the other with (1kg) of air. Both systems are at 1000 kPa and 30 C. Determine numerically which fluid system has the larger availability (8 pts). (No credit without supporting calculations) 6.) Five kilograms of R134a is compressed adiabatically from saturated vapor at -10 C to a final pressure of 1.2 MPa and temperature of 80 C. a.) Draw a schematic of the system (2 pts). b.) Determine the actual work (5 pts) and c.) exergy destruction (5 pts). (Total 12 pts) 5.) Consider you have two systems - one filled with (1kg) water and the other with (1kg) of air. Both systems are at 1000 kPa and 30 C. Determine numerically which fluid system has the larger availability (8 pts). (No credit without supporting calculations) 6.) Five kilograms of R134a is compressed adiabatically from saturated vapor at -10 C to a final pressure of 1.2 MPa and temperature of 80 C. a.) Draw a schematic of the system (2 pts). b.) Determine the actual work (5 pts) and c.) exergy destruction (5 pts). (Total 12 pts)