Chilled water that enters a continuous-flow type immersion chiller at 0.5 C and departs at 2.5 C is to be used to cool tilapia with an average mass of 1.8 kg and an average specific heat of 3.54 kJ/kg C. At a pace of 320 tilapia per hour, birds are placed into the chiller at a uniform temperature of 15 C and chilled to an average temperature of 3 C before being removed. The chiller absorbs heat from its surroundings at a rate of 130 kJ/h at 25 degrees Celsius. Determine the rate of heat removal from the tilapia in kW as well as the rate of entropy creation throughout the chilling process. O 5.6435x10-4 kW/K 10.6435x10-4 kW/K 9.6435x10-4 kW/K O 8.6435x10-4 kW/K O 7.6435x10-4 kW/K

Chilled water that enters a continuous-flow type immersion chiller at 0.5 C and departs at 2.5 C is to be used to cool tilapia with an average mass of 1.8 kg and an average specific heat of 3.54 kJ/kg C. At a pace of 320 tilapia per hour, birds are placed into the chiller at a uniform temperature of 15 C and chilled to an average temperature of 3 C before being removed. The chiller absorbs heat from its surroundings at a rate of 130 kJ/h at 25 degrees Celsius. Determine the rate of heat removal from the tilapia in kW as well as the rate of entropy creation throughout the chilling process. O 5.6435x10-4 kW/K 10.6435x10-4 kW/K 9.6435x10-4 kW/K O 8.6435x10-4 kW/K O 7.6435x10-4 kW/K

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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