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If we wanted to increase the efficiency in the rankine cycle in the previous que

ID: 2994801 • Letter: I

Question

If we wanted to increase the efficiency in the rankine cycle in the previous question we could... Both increase the temperature of the hot reservoir and decrease the temperature of the cold reservoir. Decrease the temperature of the hot reservoir. Decrease the temperature of the cold reservoir. Increase the temperature of the hot reservoir. Both increase the temperature of the cold reservoir and decrease the temperature of the hot reservoir. Increase the temperature of the cold reservoir. If we wanted to increase the efficiency in the rankine cycle in the previous question we could... Both increase the temperature of the hot reservoir and decrease the temperature of the cold reservoir. Decrease the temperature of the hot reservoir. Decrease the temperature of the cold reservoir. Increase the temperature of the hot reservoir. Both increase the temperature of the cold reservoir and decrease the temperature of the hot reservoir. Increase the temperature of the cold reservoir. Both increase the temperature of the hot reservoir and decrease the temperature of the cold reservoir. Decrease the temperature of the hot reservoir. Decrease the temperature of the cold reservoir. Increase the temperature of the hot reservoir. Both increase the temperature of the cold reservoir and decrease the temperature of the hot reservoir. Increase the temperature of the cold reservoir.

Explanation / Answer

Decrease the temperature of the cold reservoir. Increase the temperature of the hot reservoir.

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