CH, (g)+20,(g)→ CO,(g)+2H,O() Table 2. Standard molar Gibbs free energy change of formation at 25 °C Organic compounds AG Inorganic compounds AG, kJ/mol kJ/mol CH. (g) -50.8 Methane Ethane H;O () H;O (g) HF (g) HCl (g) HI (g) CO (g) CO2 (g) NH3 (g) NO (g) -237.129 -31.95 +68.43 CH, (g) CH. (g) C:H2 (g) CHs (g) CH10 (g) CH14 () CH6 (/) CH;OH (/) -228.572 Ethene/Ethylene -95.30 Ethyne/Acetylene Propane -270.7 +209.97 +1.72 -24.40 -137.15 n-butane -16.56 +35.0 -394.36 n-hexane -16.48 Benzene Methanol +124.42 +86.552 -166.35
CH, (g)+20,(g)→ CO,(g)+2H,O() Table 2. Standard molar Gibbs free energy change of formation at 25 °C Organic compounds AG Inorganic compounds AG, kJ/mol kJ/mol CH. (g) -50.8 Methane Ethane H;O () H;O (g) HF (g) HCl (g) HI (g) CO (g) CO2 (g) NH3 (g) NO (g) -237.129 -31.95 +68.43 CH, (g) CH. (g) C:H2 (g) CHs (g) CH10 (g) CH14 () CH6 (/) CH;OH (/) -228.572 Ethene/Ethylene -95.30 Ethyne/Acetylene Propane -270.7 +209.97 +1.72 -24.40 -137.15 n-butane -16.56 +35.0 -394.36 n-hexane -16.48 Benzene Methanol +124.42 +86.552 -166.35
Chemistry: Principles and Practice
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Author:Daniel L. Reger, Scott R. Goode, David W. Ball, Edward Mercer
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Chapter17: Chemcial Thermodynamics
Section: Chapter Questions
Problem 17.107QE: Calculate the standard Gibbs free-energy change when SO3 forms from SO2 and O2 at 298 K. Why is...
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![Find delta-G° for this reaction:
CH, (g)+20,(g)→ CO,(g)+2H,O(1)
Table 2. Standard molar Gibbs free energy change of formation at 25 °C
Organic
compounds
AG,
Inorganic
compounds
H2O (I)
H;O (g)
HF (g)
AG,
kJ/mol
kJ/mol
CH4 (g)
-50.8
-237.129 | Methane
-228.572 Ethane
-270.7 Ethene/Ethylene
-95.30 Ethyne/Acetylene
+1.72 | Propane
-137.15 n-butane
-394.36 n-hexane
-16.48 Benzene
+86.552 | Methanol
C,H. (g)
CH4 (g)
-31.95
+68.43
+209.97
CH2 (g)
C;Hs (g)
C,H10 (g)
CH14 ()
HCl (g)
-24.40
HI (g)
CO (g)
CO; (g)
NH3 (g)
-16.56
+35.0
CH6 ()
+124.42
NO (g)
CH-ОН ()
-166.35](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa21e1c50-d204-4b1c-af4d-5bfcd54fd78e%2F5ef67e96-858e-4c1c-81aa-f13a32c9ad69%2Fcmdrzn85_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Find delta-G° for this reaction:
CH, (g)+20,(g)→ CO,(g)+2H,O(1)
Table 2. Standard molar Gibbs free energy change of formation at 25 °C
Organic
compounds
AG,
Inorganic
compounds
H2O (I)
H;O (g)
HF (g)
AG,
kJ/mol
kJ/mol
CH4 (g)
-50.8
-237.129 | Methane
-228.572 Ethane
-270.7 Ethene/Ethylene
-95.30 Ethyne/Acetylene
+1.72 | Propane
-137.15 n-butane
-394.36 n-hexane
-16.48 Benzene
+86.552 | Methanol
C,H. (g)
CH4 (g)
-31.95
+68.43
+209.97
CH2 (g)
C;Hs (g)
C,H10 (g)
CH14 ()
HCl (g)
-24.40
HI (g)
CO (g)
CO; (g)
NH3 (g)
-16.56
+35.0
CH6 ()
+124.42
NO (g)
CH-ОН ()
-166.35
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