Gas Fraction by Mass [%] Mole weight [kg kmol-1] CO2 96.500 44.01 N2 3.472 4 28.02 SO2 0.015 0 64.06 Ar 0.007 0 39.94 H20 0.002 0 18.02
Gas Fraction by Mass [%] Mole weight [kg kmol-1] CO2 96.500 44.01 N2 3.472 4 28.02 SO2 0.015 0 64.06 Ar 0.007 0 39.94 H20 0.002 0 18.02
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Question
Use the table to help you answer this question! What is the equilibrium temperature? Look at both images
![Gas
Fraction by Mass [%] Mole weight
[kg kmol¬1]
CO2
96.500
44.01
N2
3.472 4
28.02
SO2
0.015 0
64.06
Ar
0.007 0
39.94
H20
0.002 0
18.02
CO
0.001 7
28.01
Не
0.001 2
4.000](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd81762bb-f20f-431b-8ad2-1cfedeffd7d6%2F3190ac1a-d5e0-4797-a504-679c053b4192%2Fconvzln_processed.png&w=3840&q=75)
Transcribed Image Text:Gas
Fraction by Mass [%] Mole weight
[kg kmol¬1]
CO2
96.500
44.01
N2
3.472 4
28.02
SO2
0.015 0
64.06
Ar
0.007 0
39.94
H20
0.002 0
18.02
CO
0.001 7
28.01
Не
0.001 2
4.000
![If the "sea-level" pressure of the atmosphere in
this problem is 92.1 bars, and the density is
65.5 kg m3, what is the equilibrium tempera-
ture? Express your answer in °C.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd81762bb-f20f-431b-8ad2-1cfedeffd7d6%2F3190ac1a-d5e0-4797-a504-679c053b4192%2Fypiy1c_processed.png&w=3840&q=75)
Transcribed Image Text:If the "sea-level" pressure of the atmosphere in
this problem is 92.1 bars, and the density is
65.5 kg m3, what is the equilibrium tempera-
ture? Express your answer in °C.
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