Which of the following best describes Brayton Cycle?

Question

TuteeHUB · Accepted Answer

Heat exchanger   exhaust gas   hot compressed gas   expands through turbine by doing work   gas goes to compressor   rejection of heat

TuteeHUB · Answer

Exhaust gas   hot compressed gas   expands through turbine by doing work   heat exchanger   rejection of heat   gas goes to compressor

TuteeHUB · Answer

Exhaust gas   hot compressed gas   expands through turbine by doing work   heat exchanger   gas goes to compressor   rejection of heat

TuteeHUB · Answer

Hot compressed gas  expands through turbine by doing work   exhaust gas   heat exchanger   rejection of heat   gas goes to compressor

TuteeHUB · Answer

Heat exchanger   exhaust gas   hot compressed gas   expands through turbine by doing work   gas goes to compressor   rejection of heat

1.	Which of the following best describes Brayton Cycle?
A.	Exhaust gas hot compressed gas expands through turbine by doing work heat exchanger rejection of heat gas goes to compressor
B.	Exhaust gas hot compressed gas expands through turbine by doing work heat exchanger gas goes to compressor rejection of heat
C.	Hot compressed gas expands through turbine by doing work exhaust gas heat exchanger rejection of heat gas goes to compressor
D.	Heat exchanger exhaust gas hot compressed gas expands through turbine by doing work gas goes to compressor rejection of heat
Answer» D. Heat exchanger exhaust gas hot compressed gas expands through turbine by doing work gas goes to compressor rejection of heat

Discussion