QUESTION 12): Methane gas, which is at an ambient temperature of 26.7 C and a pressure of 0.69 MPa, will be compressed to a pressure of 3.45 MPa by a compressor, and during this process, its temperature will rise to 182 C. This pressurized gas will then be sent to a cooler, where it will be cooled to 38 C. For this system; a) Draw a schematic representation. b) Perform a thermodynamic analysis.

Data: 0.69MPa3.45MPa3.45MPaH26.7C=946.7kJ/kg;H182C=1324.2kJ/kg;H38C=949.6kJ/kg;S26.7C=6.071kJ/(kgK)S182C=6.238kJ/(kgK)S38C=5.264kJ/(kgK) Data: 0.69MPa3.45MPa3.45MPaH26.7C=946.7kJ/kg;H182C=1324.2kJ/kg;H38C=949.6kJ/kg;S26.7C=6.071kJ/(kgK)S182C=6.238kJ/(kgK)S38C=5.264kJ/(kgK)