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Q3 (15 Pi8): A heat pump based on the ideal ve cycle of Figure 13.5(b. below) uses the refrigerant. R-134a to heat a house. The

image text in transcribed Q3 (15 Pi8): A heat pump based on the ideal ve cycle of Figure 13.5(b. below) uses the refrigerant. R-134a to heat a house. The set points ane T=gC,T=40 tC. Relevant themodyecamic data for R.134a is provided in Table below (1) What is the CaP. how does t camatre with the Caenol limt? (2) What flow rate in ko/s is required lo provide heat at 50kW ? Hint: To calculate the heat, one reeds to know the lecrperature seecile enthsipy at stale 2. can Las the pressure (1,0166MPa) and specific entropy {1,732klikgK) bo find them in databese for R-134a. Foe simplicity, thery are providod: T2=43 " C, and h2=422.8kmik

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