Consider the following power generation cycle. The working steam is heated inside a boiler by nuclear fission, which provides 27.8 MW of heat transfer at a steady 1900 K. The turbine generates 22 MW of electrical power, and the pump consumes 3 MW. Once the steam is expanded through the turbine, it passes through a chiller (heat exchanger) where it is cooled by a secondary fluid coming in at a constant temperature. What is the maximum temperature of cooling liquid that will permit this process to occur? Hint: start with the First Law for a Cycle. O TH QH BOILER PUMP [CHILLERK