Calculate the equilibrium constant at 2000 K for the gas phase reaction CO(g) = C(g) + O(g) Using the spectroscopic data in the table (The values in parentheses are degeneracies.) Molecule M/gmol-1 CO 28.01055 Do, kJmol-1 σ 1070.11 1 Or, K 2.7771 θυ, Κ до θε, Κ 3121.48 1 C 12.011 0 1 23.6(3); 62.6(5) 0 15.994 0 5 228.1 (3); 325.9
Calculate the equilibrium constant at 2000 K for the gas phase reaction CO(g) = C(g) + O(g) Using the spectroscopic data in the table (The values in parentheses are degeneracies.) Molecule M/gmol-1 CO 28.01055 Do, kJmol-1 σ 1070.11 1 Or, K 2.7771 θυ, Κ до θε, Κ 3121.48 1 C 12.011 0 1 23.6(3); 62.6(5) 0 15.994 0 5 228.1 (3); 325.9
Chemistry & Chemical Reactivity
10th Edition
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Author:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Publisher:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Chapter18: Principles Of Chemical Reactivity: Entropy And Free Energy
Section: Chapter Questions
Problem 71GQ: The equilibrium constant for the butane iso-butane equilibrium at 25 C is 2.50. Calculate rG at...
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![Calculate the equilibrium constant at 2000 K for the gas phase reaction CO(g) = C(g) + O(g)
Using the spectroscopic data in the table (The values in parentheses are degeneracies.)
Molecule
M/gmol-1
CO
28.01055
Do, kJmol-1 σ
1070.11
1
Or, K
2.7771
θυ, Κ
до
θε, Κ
3121.48
1
C
12.011
0
1
23.6(3); 62.6(5)
0
15.994
0
5
228.1 (3); 325.9](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5fef3644-3434-4ef6-bb74-8cbecff414f9%2F1eae46a8-ff98-4489-9697-8d8c7b2a3e48%2F927l9qj_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Calculate the equilibrium constant at 2000 K for the gas phase reaction CO(g) = C(g) + O(g)
Using the spectroscopic data in the table (The values in parentheses are degeneracies.)
Molecule
M/gmol-1
CO
28.01055
Do, kJmol-1 σ
1070.11
1
Or, K
2.7771
θυ, Κ
до
θε, Κ
3121.48
1
C
12.011
0
1
23.6(3); 62.6(5)
0
15.994
0
5
228.1 (3); 325.9
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