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Unformatted text preview: 1 equation page (for the case with T 1 = 4 °C and P 2 = 1200 kPa) printed from EES 1 solutions page (for the case with T 1 = 4 °C and P 2 = 1200 kPa) printed from EES ES 202 EES Project – Cycle Analysis Correct answers to check your results: Vapor-Compression Refrigeration Cycle – Sample EES Results T1=4 [C] (given) p2=1200 [kPa] (given) x1=1 (given) x3=0 (given) η comp =0.85 T2=54.75 [C] T2s=50.71 [C] T3=46.29 [C] T4=4 [C] p1=337.9 [kPa] p3=1200 [kPa] p4=337.9 [kPa] h1=252.8 [kJ/kg] h2=283.7 [kJ/kg] h2s=279.1 [kJ/kg] h3=117.8 [kJ/kg] h4=117.8 [kJ/kg] s1=0.9293 [kJ/kg-K] s2=0.9435 [kJ/kg-K] s3=0.4244 [kJ/kg-K] s4=0.4422 [kJ/kg-K] x4=0.3095 powerin=3.097 [kW] qin=13.5 [kW] COP R =4.359...
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- Spring '08
- Vapor-compression refrigeration, 6 kg, Vapor-Compression Refrigeration Cycle, 4 °C, refrigeration cycle