Thermodynamics - Carnot Cycle

Name the component (A) in Block Diagram Carnot cycle

• Condenser

• Turbine

• Pump

• Boiler

Name the component (B) in Block Diagram Carnot cycle

• Condenser

• Turbine

• Pump

• Boiler

Name the component (C) in Block Diagram Carnot cycle

• Condenser

• Turbine

• Pump

• Boiler

Name the component (D) in Block Diagram Carnot cycle

• Condenser

• Turbine

• Pump

• Boiler

Explain the function of components (A) in Block Diagram Carnot cycle

• Steams is condensed to water by removing heat energy, Q from it.

• Electrical energy, W is supplied to the device

• Receive heat energy, Q to turn water into steams

• Produce electrical energy, W

Explain the function of components (B) in Block Diagram Carnot cycle

• Steams is condensed to water by removing heat energy, Q from it.

• Electrical energy, W is supplied to the device

• Receive heat energy, Q to turn water into steams

• Produce electrical energy, W

Explain the function of components (C) in Block Diagram Carnot cycle

• Steams is condensed to water by removing heat energy, Q from it.

• Electrical energy, W is supplied to the device

• Receive heat energy, Q to turn water into steams

• Produce electrical energy, W

Explain the function of components (D) in Block Diagram Carnot cycle

• Steams is condensed to water by removing heat energy, Q from it.

• Electrical energy, W is supplied to the device

• Receive heat energy, Q to turn water into steams

• Produce electrical energy, W

Device that can produce the electrical energy in Carnot cycle.

(a)  

Device that change the water into steam by receiving heat energy , Q in Carnot cycle

(a)