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For the reaction: 3A(g) + 3B(aq) → 2C(g) + D(1) Based on the following thermodynamic data, determine the AHrxn (in kJ). ΔΗ,Ο (kJ/mol) (J/mol K) 111.884 0 30.907 -332.63 0 -54.733 138.73 0 Substance A(s) A(1) A(g) B(aq) B(g) C(g) D(1) D(g) so AG ₁⁰ (kJ/mol) 82.396 0 3.11 -278.79 0 -107.14 270.44 0 175.022 152.2 245.463 -13.8 202.78 278.51 43.5 114.3

For the reaction: 3A(g) + 3B(aq) → 2C(g) + D(1) Based on the following thermodynamic data, determine the AHrxn (in kJ). ΔΗ,Ο (kJ/mol) (J/mol K) 111.884 0 30.907 -332.63 0 -54.733 138.73 0 Substance A(s) A(1) A(g) B(aq) B(g) C(g) D(1) D(g) so AG ₁⁰ (kJ/mol) 82.396 0 3.11 -278.79 0 -107.14 270.44 0 175.022 152.2 245.463 -13.8 202.78 278.51 43.5 114.3

Chemistry & Chemical Reactivity
Chemistry & Chemical Reactivity
9th Edition
ISBN:9781133949640
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 21PS: For the reaction BaCO3(s) BaO(s) + CO2(g), rG = +219.7 kJ/mol-rxn. Using this value and other data...
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For the reaction: 3A(g) + 3B(aq) → 2C(g) + D(I) Based on the following thermodynamic data, determine the AHrxn (in kJ). Substance A(s) A(1) A(g) B(aq) B(g) C(g) D(I) D(g) ΔΗ,Ο so (kJ/mol) (J/mol K) 111.884 0 30.907 -332.63 0 -54.733 138.73 O 175.022 152.2 245.463 -13.8 202.78 278.51 43.5 114.3 AG ₁⁰ (kJ/mol) 82.396 0 3.11 -278.79 0 -107.14 270.44 0
Transcribed Image Text:For the reaction: 3A(g) + 3B(aq) → 2C(g) + D(I) Based on the following thermodynamic data, determine the AHrxn (in kJ). Substance A(s) A(1) A(g) B(aq) B(g) C(g) D(I) D(g) ΔΗ,Ο so (kJ/mol) (J/mol K) 111.884 0 30.907 -332.63 0 -54.733 138.73 O 175.022 152.2 245.463 -13.8 202.78 278.51 43.5 114.3 AG ₁⁰ (kJ/mol) 82.396 0 3.11 -278.79 0 -107.14 270.44 0
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