A heat engine receives an amount of energy Q,= 760 kJ by heat transfer from a high temperature thermal reservoir at T, = 990 K. Energy is rejected by heat transfer to a lower temperature thermal reservoir at T1= 590 K. If waste heat in the amount of Q= 230 kJ is rejected to the low temperature thermal reservoir during each cycle answer the following questions. Solve for the maximum theoretical efficiency that an engine in this situation could operate with. Nmax = Solve for the actual efficiency that the engine is operating with. Nact

A heat engine receives an amount of energy Q,= 760 kJ by heat transfer from a high temperature thermal reservoir at T, = 990 K. Energy is rejected by heat transfer to a lower temperature thermal reservoir at T1= 590 K. If waste heat in the amount of Q= 230 kJ is rejected to the low temperature thermal reservoir during each cycle answer the following questions. Solve for the maximum theoretical efficiency that an engine in this situation could operate with. Nmax = Solve for the actual efficiency that the engine is operating with. Nact