Identify the Process of Low pressure vapour to High pressure vapour conversion in Refrigeration cycle O a. condensation O b. vapourization O c. compression O d. expansion The evaporator pipes have more vapour than liquid per volume is called O a. liquid cooling O b. Air cooling O c. Dry expansion O d. flooded Identify the HCFC refrigerant_ O a. R12 O b. R134a O c. R11 O d. R22

Elements Of Electromagnetics
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ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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Identify the Process of Low pressure vapour to High pressure
vapour conversion in Refrigeration cycle is
put of
O a. condensation
O b. vapourization
uestion
O c. compression
O d. expansion
The evaporator pipes have more vapour than liquid per volume is
called
ut of
O a. liquid cooling
O b. Air cooling
estion
O c. Dry expansion
O d. flooded
Identify the HCFC refrigerant,
O a. R12
of
O b. R134a
O c. R11
stion
O d. R22
Transcribed Image Text:Identify the Process of Low pressure vapour to High pressure vapour conversion in Refrigeration cycle is put of O a. condensation O b. vapourization uestion O c. compression O d. expansion The evaporator pipes have more vapour than liquid per volume is called ut of O a. liquid cooling O b. Air cooling estion O c. Dry expansion O d. flooded Identify the HCFC refrigerant, O a. R12 of O b. R134a O c. R11 stion O d. R22
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