Using the formulae provided calculate the Coefficient of Performance (COP) for each flow rate and the average COP. Document Preview: Heat Pump 12. A heatpump has been used to collect the following data for two different condenser flow rates: Flow rate (kg s-1) 0.19 Condenser water inlet temperature ((5) ((C) 9.6 Condenser water outlet temperature ((6) ((C) 11.5 Time taken for disc to make one revolution (s) 63 Flow rate (kg s-1) 0.16 Condenser water inlet temperature ((5) ((C) 9.6 Condenser water outlet temperature ((6) ((C) 13.1 Time taken for disc to make one revolution (s) 65 Using the formulae provided calculate the Coefficient of Performance (COP) for each flow rate and the average COP. Heat Pump 12. A heatpump has been used to collect the following data for two different condenser flow rates: Flow rate (kg s-1) 0.19 Condenser water inlet temperature ((5) ((C) 9.6 Condenser water outlet temperature ((6) ((C) 11.5 Time taken for disc to make one revolution (s) 63 Flow rate (kg s-1) 0.16 Condenser water inlet temperature ((5) ((C) 9.6 Condenser water outlet temperature ((6) ((C) 13.1 Time taken for disc to make one revolution (s) 65 Using the formulae provided calculate the Coefficient of Performance (COP) for each flow rate and the average COP. Attachments: 5252-Heat Pum.doc