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From the following data, calculate AH°1914g for the reaction CH,COOH(g)+20,(g)→2H,0(g) +2CO,(g): AH(KJ mol) CH, COОН () + 20,(g) > 2H,00) + 2C0,(8) H,O(I) → H,0(g) CH,COOH(I) → CH,COOH(g) -871.5 (1) 40.656 (2) 24.4 (3) Values for AH° for the first two reactions are at 298.15 K and for the third reaction at 391.4 K. substance CH,COOH(I) 0,(g) CO,(g) H,0(1) H,0(g) CIR 14.9 3.53 4.46 9.055 4.038

From the following data, calculate AH°1914g for the reaction CH,COOH(g)+20,(g)→2H,0(g) +2CO,(g): AH(KJ mol) CH, COОН () + 20,(g) > 2H,00) + 2C0,(8) H,O(I) → H,0(g) CH,COOH(I) → CH,COOH(g) -871.5 (1) 40.656 (2) 24.4 (3) Values for AH° for the first two reactions are at 298.15 K and for the third reaction at 391.4 K. substance CH,COOH(I) 0,(g) CO,(g) H,0(1) H,0(g) CIR 14.9 3.53 4.46 9.055 4.038

Introduction to Chemical Engineering Thermodynamics
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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From the following data, calculate AH°1914g for the reaction CH,COOH(g)+20,(g)→2H,0(g) +2CO,(g): AH(KJ mol) CH, COОН () + 20,(g) > 2H,00) + 2C0,(8) H,O(I) → H,0(g) CH,COOH(I) → CH,COOH(g) -871.5 (1) 40.656 (2) 24.4 (3) Values for AH° for the first two reactions are at 298.15 K and for the third reaction at 391.4 K. substance CH,COOH(I) 0,(g) CO,(g) H,0(1) H,0(g) CIR 14.9 3.53 4.46 9.055 4.038
Transcribed Image Text:From the following data, calculate AH°1914g for the reaction CH,COOH(g)+20,(g)→2H,0(g) +2CO,(g): AH(KJ mol) CH, COОН () + 20,(g) > 2H,00) + 2C0,(8) H,O(I) → H,0(g) CH,COOH(I) → CH,COOH(g) -871.5 (1) 40.656 (2) 24.4 (3) Values for AH° for the first two reactions are at 298.15 K and for the third reaction at 391.4 K. substance CH,COOH(I) 0,(g) CO,(g) H,0(1) H,0(g) CIR 14.9 3.53 4.46 9.055 4.038
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