Which of the following best describes the process of an ideal Rankine cycle?

Question

TuteeHUB · Accepted Answer

Vapour runs the turbine   working fluid is heated in boiler   exhaust vapour is condensed   liquid residue is pumped back into boiler

TuteeHUB · Answer

Working fluid is heated in boiler   exhaust vapour is condensed   vapour runs the turbine   liquid residue is pumped back into boiler

TuteeHUB · Answer

Working fluid is heated in boiler   vapour runs the turbine   exhaust vapour is condensed   liquid residue is pumped back into boiler

TuteeHUB · Answer

Vapour runs the turbine   working fluid is heated in boiler   exhaust vapour is condensed   liquid residue is pumped back into boiler

TuteeHUB · Answer

Exhaust vapour is condensed   Working fluid is heated in boiler   vapour runs the turbine   liquid residue is pumped back into boiler

1.	Which of the following best describes the process of an ideal Rankine cycle?
A.	Working fluid is heated in boiler exhaust vapour is condensed vapour runs the turbine liquid residue is pumped back into boiler
B.	Working fluid is heated in boiler vapour runs the turbine exhaust vapour is condensed liquid residue is pumped back into boiler
C.	Vapour runs the turbine working fluid is heated in boiler exhaust vapour is condensed liquid residue is pumped back into boiler
D.	Exhaust vapour is condensed Working fluid is heated in boiler vapour runs the turbine liquid residue is pumped back into boiler
Answer» C. Vapour runs the turbine working fluid is heated in boiler exhaust vapour is condensed liquid residue is pumped back into boiler

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