Consider a power plant with a fluidized bed combustion chamber producing 10MWof energy to obtain super heated steam. Liquid water at 50 0C with a flow rate of 7 kg/senters the chamber and 15MPa super heated steam leaves the chamber. Steam is send to aturbine to generate power. Steam at 50 0C with a quality of 0.9 leaves the turbine which iscondensed in a condenser to re-send the combustion chamber. Condenser is cooled by thewater from a lake nearby. For environmental safety considerations cooling water is notallow to experience a rise more than 10 0C. a) calculate the outlet temperature of steamleaving the combustion chamber b) calculate the power obtained from turbine c) calculatethe flow rate of cooling water used in condenser.