A geothermal heat pump operating at steady state with Refrigerant-22 as the working fluid is shown schematically in figure below. where Qout = 3 tons and T = 90C. The heat pump uses 12C water from wells as the thermal source. Operating data are shown on the figure for a day in which the outside air temperature is -10C. Assume adiabatic operation of the compressor. For the heat pump, determine: (a) the volumetric flow rate of heated air to the house, in m/s. (b) the isentropic compressor efficiency. (c) the compressor power, in horsepower. (d) the coefficient of performance. (e) the volumetric flow rate of water from the geothermal wells, in L/s. (f) For To = -10C, perform a full exergy accounting for the system, and devise and evaluate a second law efficiency for the heat pump system. To = -10C P3 14 bar T = 30C P4= 4 bar Return air from house 20C Expansion valve lout www Condenser Heated air to house +45C Water discharged at 9C Evaporator www 2+ Condenser P = 14 bar T P = 4 bar T = -1C Water from geothermal wells enters at 12C P = 14 bar T3=30C 4 P4 = 4 bar T2, p2 = 14 bar 2s, P1 = 4 bar T=-1C