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Initially, 0.2m3 of oxygen gas at 142 kPa and 298 K is subjected to the three-stage reversible cyclic process described below. process 12 isothermally compressed

Initially, 0.2m3 of oxygen gas at 142 kPa and 298 K is subjected to the three-stage reversible cyclic process described below.
process 12 isothermally compressed to 568 kPa,
process 23 adding 67 kJ of heat at constant pressure,
process 31 returning the gas adiabatically to initial conditions,
Show the processes described above in the P-V diagram. Assuming that oxygen behaves as an ideal gas, calculate the Ut, Ht and W values in kJ for each and every step of the cyclical process. Cpoxygen = 29.26 kJ/kmol.K

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