Please could someone help me answer all these questions, with a detailed process, please? (all the formulas and calculations to reach the answer)

A steam generation plant operates with a Rankine cycle and a steam mass flow rate of 200,000 kg/h. The following diagram shows some specifications of the process. The turbine and the pump are isentropic. At the exit of the turbine we have a saturated mixture (liquid-steam). The condenser operates at constant pressure, obtaining saturated liquid at the outlet. Calculate the enthalpy in kJ/kg at the exit of the turbine. a) 2684.9 b) b) 2887.62 c) c) 2438.44 d) d) 2483.25 Calculate the power generated by the Turbine in MW. a) 1,516 b) 84.24 c) 303.20 d) 73.03 Calculate the true efficiency of the Rankine cycle. a) 0.4252 b) 0.5096 c) 0.3706 d) 0.7881 Calculate the Carnot cycle efficiency for the above process. a) 0.4252 b) 0.5096 c) 0.3706 d) 0.7881 A steam generation plant operates with a Rankine cycle and a steam mass flow rate of 200,000 kg/h. The following diagram shows some specifications of the process. The turbine and the pump are isentropic. At the exit of the turbine we have a saturated mixture (liquid-steam). The condenser operates at constant pressure, obtaining saturated liquid at the outlet. Calculate the enthalpy in kJ/kg at the exit of the turbine. a) 2684.9 b) b) 2887.62 c) c) 2438.44 d) d) 2483.25 Calculate the power generated by the Turbine in MW. a) 1,516 b) 84.24 c) 303.20 d) 73.03 Calculate the true efficiency of the Rankine cycle. a) 0.4252 b) 0.5096 c) 0.3706 d) 0.7881 Calculate the Carnot cycle efficiency for the above process. a) 0.4252 b) 0.5096 c) 0.3706 d) 0.7881