Q.3) Determine the time required for the 2-kg refrigerant to be converted to a saturated vapor, and the final temperature. Also, show the process on a T- V diagram. Initially the R-134a in a well insulated piston-cylinder de vice with saturated liquii at -10°C. This device contains an electrical resistor to which 10 volts are applied causing a current of 2 amperes to flow through the resistor.
Q.3) Determine the time required for the 2-kg refrigerant to be converted to a saturated vapor, and the final temperature. Also, show the process on a T- V diagram. Initially the R-134a in a well insulated piston-cylinder de vice with saturated liquii at -10°C. This device contains an electrical resistor to which 10 volts are applied causing a current of 2 amperes to flow through the resistor.
Elements Of Electromagnetics
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ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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Transcribed Image Text:Q.3) Determine the time required for the 2-kg refrigerant to be converted to a saturated
vapor, and the final temperature. Also, show the process on a T- V diagram.
Initially the R-134a in a well insulated piston-cylinder de vice with saturated liquki at -10°C.
This device contains an electrical resistor to which 10 volts are applied causing a current of 2
anperes to flow through the resistor.
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