Question

What is the correct order of energy conversions associated with a power plant that uses nuclear fission reactions?

Answer 1

The correct order of energy conversions associated with a nuclear power plant that uses nuclear fission reactions is: fission reactions produce steam, steam spins a turbine to generate electricity, condensation lowers the steam's temperature, and water is recirculated through the reactor core.

Step-by-step explanation:

The correct order of energy conversions associated with a power plant that uses nuclear fission reactions is as follows:

1. The energy from the fission reactions of uranium is used to produce hot, high-pressure steam.
2. The steam passes through a turbine, causing it to spin and generate electricity.
3. As the steam condenses, it is run through a cooling tower to lower its temperature.
4. The water then recirculates through the reactor core to be used again.

Answer 2

The correct order of energy conversions associated with a power plant that uses nuclear fission reaction is as follows :
-water is heated by energy created through nuclear fission.
-Energy is lost surroundings
-Steam turn a turbine .
-Energy is lost friction
-Turbine powers a generator
-Energy is lost to friction
-Energy is transformed into electrical energy