Please answer with calculations. Thank you!

Nuclear power plants use steam generated from nuclear rods to power turbines to create electricity. For this problem consider the cycle to be a Rankine cycle with a boiler (nuclear rods) that heats steam to 1000C at a pressure of 5MPa. The steam flow rate is 400kg/s, and it exits the turbine operating at 83% efficiency, at atmospheric pressure. For the following questions, specify any assumptions you make. a. Sketch the Rankine cycle on a T-S diagram. Be sure to include the VLE region. Label each point (vertex) in the cycle. The graph can be qualitative as long as the cycle lines are reasonable. Assuming the turbine is reversible, calculate: b. Power output of the turbine and outlet temperature. c. Work needed for the pump. d. Heat output by the nuclear rods. e. Total efficiency of the cycle. Now, assuming the turbine is irreversible, calculate: f. Power output of the turbine and the outlet temperature. g. Work needed for the pump. h. Heat output by the nuclear rods. i. Total efficiency of the cycle