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AH QI: CalculateAHRx AC, and RK (400) (T in K) for the reaction A→ 2B + C There are inerts I present in the system. Additional information H (298) = -100 kcal /mol A = 80 cal/mol °C %3D H{(298)= -40 kcal /mol B = 20 cal/mol /°C H (298)= -30 kcal /mol C = 30 cal/mol °C H(298)= -100 kcal /mol I Čp = 190 cal/mol °C

AH QI: CalculateAHRx AC, and RK (400) (T in K) for the reaction A→ 2B + C There are inerts I present in the system. Additional information H (298) = -100 kcal /mol A = 80 cal/mol °C %3D H{(298)= -40 kcal /mol B = 20 cal/mol /°C H (298)= -30 kcal /mol C = 30 cal/mol °C H(298)= -100 kcal /mol I Čp = 190 cal/mol °C

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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Ql: CalculateAHRx AC, and AH Rx (400) (T in K) for the reaction A → 2B +C There are inerts I present in the system. Additional information ČPA H (298) = -100 kcal /mol A = 80 cal/mol °C -40 kcal /mol B = 20 cal/mol /°C H:(298)= -30 kcal /mol C = 30 cal /mol °C H9(298)= -1 = -100 kcal/mol I = 190 cal/mol °C
Transcribed Image Text:Ql: CalculateAHRx AC, and AH Rx (400) (T in K) for the reaction A → 2B +C There are inerts I present in the system. Additional information ČPA H (298) = -100 kcal /mol A = 80 cal/mol °C -40 kcal /mol B = 20 cal/mol /°C H:(298)= -30 kcal /mol C = 30 cal /mol °C H9(298)= -1 = -100 kcal/mol I = 190 cal/mol °C
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