For air standard Brayton cycle, increase in the maximum temperature of the cycle, while keeping the pressure ratio the same, would result in:

Increase in the efficiency but reduction in network

Increase in air standard efficiency

Decrease in air standard efficiency

No change in air standard efficiency

For air standard Brayton cycle, increase in the maximum temperature of

1.	For air standard Brayton cycle, increase in the maximum temperature of the cycle, while keeping the pressure ratio the same, would result in:
A.	Increase in air standard efficiency
B.	Decrease in air standard efficiency
C.	No change in air standard efficiency
D.	Increase in the efficiency but reduction in network
Answer» D. Increase in the efficiency but reduction in network

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For air standard Brayton cycle, increase in the maximum temperature of the cycle, while keeping the pressure ratio the same, would result in:

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