The Question is as is given

The power plant diagram below is assumed to follow a Carnot cycle principle and it operates using R134a. The inlet and exit of the boiler is saturated liquid and saturated vapor, respectively. The constant temperatures in the boiler and in the condenser are and respectively. Assume the mass flow rate is 0.1kg/s and use the table below to list the needed properties. Select high and low temperatures from the property table and compute a. power output by the turbine b. heat supplied to the bailer c. heat wasted by the condenser d. required pump power e. thermal efficiency of the power plant based on heat/wo f. thermal efficiency based on high and low temperatures Use the table to state the properties The power plant diagram below is assumed to follow a Carnot cycle principle and it operates using R134a. The inlet and exit of the boiler is saturated liquid and saturated vapor, respectively. The constant temperatures in the boiler and in the condenser are and respectively. Assume the mass flow rate is 0.1kg/s and use the table below to list the needed properties. Select high and low temperatures from the property table and compute a. power output by the turbine b. heat supplied to the bailer c. heat wasted by the condenser d. required pump power e. thermal efficiency of the power plant based on heat/wo f. thermal efficiency based on high and low temperatures Use the table to state the properties