the mixture is initially at 101 kn/m2 and 32o c. afterward, the mixture is heated under constant pressure to the temperature of 120 o c. find for the mixture:  molecular weight.  gas constant  change in internal energy.  change in entropy. Asiacell 36,llO 52%1 5:58HMW-2-D.pdfHMK-2: Mixtures of GasesA mixture composed of three gases having the properties listed in table.The mixture is initially at 101 kN/m? and 32°C. Afterward, the mixture isheated under constant pressure to the temperature of 120°C. Find forthe mixture:Molecular weight.Gas constant• Change in internal energy.• Change in entropy.GasAВCkmol0.80.350.25MKg/kmol244458kJ/kmol K29.237.241.3

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Answered: HMK-2: Mixtures of Gases A mixture…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

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the mixture is initially at 101 kn/m2 and 32o c. afterward, the mixture is heated under constant pressure to the temperature of 120 o c. find for the mixture:  molecular weight.  gas constant  change in internal energy.  change in entropy.

Asiacell 36,ll
O 52%
1 5:58
HMW-2-D.pdf
HMK-2: Mixtures of Gases
A mixture composed of three gases having the properties listed in table.
The mixture is initially at 101 kN/m? and 32°C. Afterward, the mixture is
heated under constant pressure to the temperature of 120°C. Find for
the mixture:
Molecular weight.
Gas constant
• Change in internal energy.
• Change in entropy.
Gas
A
В
C
kmol
0.8
0.35
0.25
M
Kg/kmol
24
44
58
kJ/kmol K
29.2
37.2
41.3

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