In a nuclear power plant,the reactor produces 500 $\degree$ C steam that is used to power the steam turbines which generate 1 500 MW of electrical power.The cooling tower eliminates the waste heat at 50 $\degree$ C.If the efficiency of the plant were that of a Carnot engine,at what rate would waste heat be vented to the atmosphere?

Question

In a nuclear power plant,the reactor produces 500

\degree

C steam that is used to power the steam turbines which generate 1 500 MW of electrical power.The cooling tower eliminates the waste heat at 50

\degree

C.If the efficiency of the plant were that of a Carnot engine,at what rate would waste heat be vented to the atmosphere?

Quizplus · Accepted Answer

The Answer of In a nuclear power plant,the reactor produces 500$\degree$C steam that is used to power the steam turbines which generate 1 500 MW of electrical power.The cooling tower eliminates the waste heat at 50$\degree$C.If the efficiency of the plant were that of a Carnot engine,at what rate would waste heat be vented to the atmosphere?

In a Nuclear Power Plant,the Reactor Produces 500 °\degree° C Steam That Is Used to Power the Steam Turbines

In a Nuclear Power Plant,the Reactor Produces 500 $\degree$ C Steam That Is Used to Power the Steam Turbines