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3.31 Calculate the theoretical flame temperature of a gas mixture consisting of 20% CO and 80% N2 when burned with 100% excess air, both air and gas initially being at 298 K. The standard heat of reaction at 298 K is –283.178 J/mol CO. The heat capacity in J/mol K are given by Cp=a + bT+ gT², where a CO2 26.54 42.45 O 10-3 - 14.298 O 10–6 02 N2 13.26 O 10–3 5.815 O 10-3 25.61 - 4.208 O 10–6 0.289 O 10–6 27.03

3.31 Calculate the theoretical flame temperature of a gas mixture consisting of 20% CO and 80% N2 when burned with 100% excess air, both air and gas initially being at 298 K. The standard heat of reaction at 298 K is –283.178 J/mol CO. The heat capacity in J/mol K are given by Cp=a + bT+ gT², where a CO2 26.54 42.45 O 10-3 - 14.298 O 10–6 02 N2 13.26 O 10–3 5.815 O 10-3 25.61 - 4.208 O 10–6 0.289 O 10–6 27.03

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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3.31 Calculate the theoretical flame temperature of a gas mixture consisting of 20% CO and 80% N2 when burned with 100% excess air, both air and gas initially being at 298 K. The standard heat of reaction at 298 K is –283.178 J/mol CO. The heat capacity in J/mol K are given by Cp=a + bT+ gT², where a CO2 26.54 42.45 O 10-3 - 14.298 O 10–6 02 N2 13.26 O 10–3 5.815 O 10-3 25.61 - 4.208 O 10–6 0.289 O 10–6 27.03
Transcribed Image Text:3.31 Calculate the theoretical flame temperature of a gas mixture consisting of 20% CO and 80% N2 when burned with 100% excess air, both air and gas initially being at 298 K. The standard heat of reaction at 298 K is –283.178 J/mol CO. The heat capacity in J/mol K are given by Cp=a + bT+ gT², where a CO2 26.54 42.45 O 10-3 - 14.298 O 10–6 02 N2 13.26 O 10–3 5.815 O 10-3 25.61 - 4.208 O 10–6 0.289 O 10–6 27.03
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