Q6/ Isolated vessel of total volume = 3.5m³ has two partition equal in volume A& B. Partition A has a properties; T=150°C, P= 35 kpa, While partition B has the prepert T= 40°C. P=140 kpa. The gas is hydrogen, assuming ideal gas and Cp 29.29 8/mol k, Cv=20.95 J/mol k. If the separated partitions are mixed find the final T and F. 1.73m³ 1.75m³ T=40 °C T=150 °C P= 140 kPa P=35 kpa (B) (A)

Elements Of Electromagnetics
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Author:Sadiku, Matthew N. O.
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Q6/ Isolated vessel of total volume = 3.5m3 has two partition equal in volume A&
B. Partition A has a properties; T=150°C , P= 35 kpa, While partition B has the
prepert T= 40°C. P=140 kpa. The gas is hydrogen, assuming ideal gas and
Cp=29.29 8/mol k,
Cv= 20.95 J/mol k.
If the separated partitions are mixed find the final T and F.
1.73m3
1.75m3
T=40 °C
T=150 °C
P= 140 kpa
P=35 kpa
(B)
(A)
Transcribed Image Text:Q6/ Isolated vessel of total volume = 3.5m3 has two partition equal in volume A& B. Partition A has a properties; T=150°C , P= 35 kpa, While partition B has the prepert T= 40°C. P=140 kpa. The gas is hydrogen, assuming ideal gas and Cp=29.29 8/mol k, Cv= 20.95 J/mol k. If the separated partitions are mixed find the final T and F. 1.73m3 1.75m3 T=40 °C T=150 °C P= 140 kpa P=35 kpa (B) (A)
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