A vessel having a volume of 2m3 contains 0.02m3 of saturated liquid water and 1.98m3 of saturated water vapor at 100kPa. Heat is transferred until the vessel is filled with saturated vapor. The mass of saturated liquid water (kg) is equal to: The mass of saturated vapor water (kg) is equal to: The initial state internal energy for water (U (kJ)) is equal to:

Elements Of Electromagnetics
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ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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A vessel having a volume of 2m3 contains 0.02m3 of saturated liquid water and 1.98m³ of saturated water
vapor at 100kPa. Heat is transferred until the vessel is filled with saturated vapor.
The mass of saturated liquid water (kg) is equal to:
The mass of saturated vapor water (kg) is equal to:
The initial state internal energy for water (U1(kJ)) is equal to:
The total mass of water (kg) is equal to:
The final state internal energy for water (U2(kJ)) is equal to:
The heat transfer of the process (kJ) is equal to:
Transcribed Image Text:A vessel having a volume of 2m3 contains 0.02m3 of saturated liquid water and 1.98m³ of saturated water vapor at 100kPa. Heat is transferred until the vessel is filled with saturated vapor. The mass of saturated liquid water (kg) is equal to: The mass of saturated vapor water (kg) is equal to: The initial state internal energy for water (U1(kJ)) is equal to: The total mass of water (kg) is equal to: The final state internal energy for water (U2(kJ)) is equal to: The heat transfer of the process (kJ) is equal to:
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