A certain fixed-mass system contains mass, m = 1.022597356 kgs of water, and undergoes a polytropic...

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A certain fixed-mass system contains mass, m = 1.022597356 kgs of water, and undergoes a polytropic process from state 1 to state 2. Given are: Polytropic exponent n = 0. T = 600 C (temperature at state 2) 3 V2 = 1.34136 m/kg (specific volume at state 2). 3 V = 0.60582 m/kg (specific volume at state 1). Determine: (10 points each) 1. P (Pressure at state 2, in kPa). 2. P (Pressure at state 1, in kPa). 3. W (Work done on/by the system, in kJoules). 4. 1Q2 (Heat Transfer to/from the system, in kJoules). A certain fixed-mass system contains mass, m = 1.022597356 kgs of water, and undergoes a polytropic process from state 1 to state 2. Given are: Polytropic exponent n = 0. T = 600 C (temperature at state 2) 3 V2 = 1.34136 m/kg (specific volume at state 2). 3 V = 0.60582 m/kg (specific volume at state 1). Determine: (10 points each) 1. P (Pressure at state 2, in kPa). 2. P (Pressure at state 1, in kPa). 3. W (Work done on/by the system, in kJoules). 4. 1Q2 (Heat Transfer to/from the system, in kJoules).