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6. A refrigeration cycle operating between two reservoirs, receives energy Qc from a cold reservoir at Tc= 250 K and rejects energy Q# to a hot reservoir at T#= 300 K. If Qe= 1400 kJ and Weycle = 140 kJ, does this cycle operate or is it impossible? (a) reversibly (c) irreversibly (b) impossible (d) can not be determined

6. A refrigeration cycle operating between two reservoirs, receives energy Qc from a cold reservoir at Tc= 250 K and rejects energy Q# to a hot reservoir at T#= 300 K. If Qe= 1400 kJ and Weycle = 140 kJ, does this cycle operate or is it impossible? (a) reversibly (c) irreversibly (b) impossible (d) can not be determined

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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6. A refrigeration cycle operating between two reservoirs, receives energy Qc from a cold reservoir at Tc= 250 K and rejects energy Qu to a hot reservoir at T= 300 K. If Qc= 1400 kJ and Weycle = 140 kJ, does this cycle operate or is it impossible? (a) reversibly (c) irreversibly (b) impossible (d) can not be determined
Transcribed Image Text:6. A refrigeration cycle operating between two reservoirs, receives energy Qc from a cold reservoir at Tc= 250 K and rejects energy Qu to a hot reservoir at T= 300 K. If Qc= 1400 kJ and Weycle = 140 kJ, does this cycle operate or is it impossible? (a) reversibly (c) irreversibly (b) impossible (d) can not be determined
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