I need answer in handwritten 2. The following data refer to a two-stage vapour compression system:Condensing temperature = 40°CFlashintercooler temperature 15°CEvaporatingRefrigerant used:Refrigerant flow throughtemperature = -15°CR-717 (NH3)H.P. side = 0.4 kg/sCondensate is sub-cooled incondenser by 5°CCompression efficiencies = 80% each.Determine the following:(i) mass flow rate of refrigerant through(iii) total power inputevaporator(ii) tonnes of refrigeration(iv) COP (v) rateof heat removed at the condenser.

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The following data refer to a two-stage vapour compression system: Condensing temperature = 40°C intercooler temperature 15°c Flash %3D Evaporating temperature = -15°C Refrigerant used: R-717 (NH3) Refrigerant flow through H.P. side = 0.4 kg/s Condensate is sub-cooled in Compression efficiencies = 80% each. (i) mass flow rate of refrigerant through (iii) total power input (iv) COP (v) rate condenser by 5°C Determine the following: evaporator (ii) tonnes of refrigeration

The following data refer to a two-stage vapour compression system: Condensing temperature = 40°C intercooler temperature 15°c Flash %3D Evaporating temperature = -15°C Refrigerant used: R-717 (NH3) Refrigerant flow through H.P. side = 0.4 kg/s Condensate is sub-cooled in Compression efficiencies = 80% each. (i) mass flow rate of refrigerant through (iii) total power input (iv) COP (v) rate condenser by 5°C Determine the following: evaporator (ii) tonnes of refrigeration

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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