Refrigerant volume flow rate: 25 L/h Temperature (C) Pressure (KPa) T1 19 P1 200 T2 60 P2 1200 T3 46 P3 1200 T4 -1 P4 Electrical measurements: Ammeter (1): 8,580 A Voltmeter (V): 114.6 V 240 1.With the steady-state data at 25 L/h, plot the 1, 2, 3 and 4 states in a Pressure-Enthalpy diagram of the R-134a refrigerant. 2. Calculate the transmitted net heat and the coefficient of performance during the heating of the environment (condensation) for data at 25 L/h. 3. Calculate the net heat received and the coefficient of performance during the cooling of the environment (evaporation) for data at 25 L/h. 4. Calculate the coefficient of performance during cooling based on the refrigerant flow. 5. What is the compressor efficiency for each of the tests. 6. Is the compression of the refrigerant adiabatic. PS: ANSWER WITH ALL STEPS, FORMULA AND REFERENCE PLEASE THANK YOU! Filtre Valde Tubes copios Fugard Condense Evapor Debitme Valve d'expansion Boltede con Marombe Muline Compra Rok Thermometre T section fluid state conditions LOW PRESSURE (Plow) LOW TEMPERATURE(Tr1) 1 R-134A STEAM N R-134A STEAM HIGH PRESSURE (Phigh) HIGH TEMPERATURE(Tr2) HIGH PRESSURE HIGH (Phigh)TEMPERATURE(Tr3) LOW PRESSURE LOW(Plow) TEMPERATURE(Tr4) 3 R-134A LIQUID 4 R-134A LIQUID