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Question | (SU points) A piston cylinder device (see figure) is initially filled with 2.0 kg of liquid R-134a and 0.25 kg of R-134a vapor in equilibrium at -10C (state 1). Heat is transferred to the system causing the piston to rise until it reaches a set of stops at which point the volume is 0.1 m' (state 2). Additional heat is transferred until the R134a is at 600 kPa (state 3). (a) What is the quality at state 1? (10 points) al = (b) What is the temperature of the R134A when it first touches the stops? (10 points) (c) Show the process in a PV diagram with respect to saturation lines (10 points). (d) Calculate the boundary work done by the R-134a. (10 points) Hl | od i (e) Calculate the heat transferred to the R-134a. (10 points) R-134a If you need to interpolate to find a value, you can use the closest value in the table and state that you would have interpolated