Question:
A. Higher concentration ratio increases the absorber temperature.
B. The thermal efficiency of the power cycle decreases with an increase in absorber temperature.
C. The thermal efficiency of the power cycle increases with an increase in absorber temperature.
D. The higher the concentration, the lower is the temperature of absorber.
E. The higher the concentration ratio, the higher is the temperature of absorber.
A. Higher concentration ratio increases the absorber temperature.
B. The thermal efficiency of the power cycle decreases with an increase in absorber temperature.
C. The thermal efficiency of the power cycle increases with an increase in absorber temperature.
D. The higher the concentration, the lower is the temperature of absorber.
E. The higher the concentration ratio, the higher is the temperature of absorber.
B. The thermal efficiency of the power cycle decreases with an increase in absorber temperature.
C. The thermal efficiency of the power cycle increases with an increase in absorber temperature.
D. The higher the concentration, the lower is the temperature of absorber.
E. The higher the concentration ratio, the higher is the temperature of absorber.
Updated On: Mar 21, 2024
- A,C,E Only
- C.E Only
- D, C, E Only
- B, C Only
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The Correct Option is B
Solution and Explanation
The correct option is (B): C.E Only.
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