In an ideal Rankine cycle, increase in superheat of vapor at the exit of boiler leads to
(A) decrease in net work output from the cycle
(B) increase in cycle efficiency
(C) decrease in cycle efficiency
(D) decrease in quality of steam at the exit of the turbine
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heya!!
here is your answer ⬇️⬇️
Option A is the answer.
Rankine cycle is used to study the steam engines.
it converts heat energy into chemical energy.
used in power plants.
hope my answer helps you ✌
here is your answer ⬇️⬇️
Option A is the answer.
Rankine cycle is used to study the steam engines.
it converts heat energy into chemical energy.
used in power plants.
hope my answer helps you ✌
SURESH1112002:
hlo nenu kuda telangana abbai ni
Answered by
0
heya....
Here is your answer...
A) decreases in net work output from the cycle.
In an ideal Rankine cycle, increase in superheat of vapor at the exit of boiler leads to
decrease in net work output from the cycle.
It may help you....☺☺
Here is your answer...
A) decreases in net work output from the cycle.
In an ideal Rankine cycle, increase in superheat of vapor at the exit of boiler leads to
decrease in net work output from the cycle.
It may help you....☺☺
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