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4. Plot CA(T) and T(t) for the reaction A → B, r = k(T)CA in an adiabatic PFTR for E = 30 kcal/mole, ko = 2.6 x 1020 min-1, AHR = -20 kcal/mole, pCp = 1000 cal/liter K, To =300 K, and CAo = 2 moles/liter. Plot CA(T) and T(t). (20)

4. Plot CA(T) and T(t) for the reaction A → B, r = k(T)CA in an adiabatic PFTR for E = 30 kcal/mole, ko = 2.6 x 1020 min-1, AHR = -20 kcal/mole, pCp = 1000 cal/liter K, To =300 K, and CAo = 2 moles/liter. Plot CA(T) and T(t). (20)

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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Please help me solve the fourth question, I try my best to do that. But I am failed
A → C,r = K2CA? with ki = 1/4 min", k2 = 1/4 liter/mol/min (CAo = 2 moles/liter). Calculate SB and YB in a CSTR for XA=0.99, 0.90, and 0.5. (20) %3D 4. Plot CA(T) and T(t) for the reaction A → B, r = k(T)CA in an adiabatic PFTR for E = 30 kcal/mole, ko = 2.6 x 1020 min-1, AHR = -20 kcal/mole, pCp = 1000 cal/liter K, To =300 K, and CAo = 2 moles/liter. Plot CA(T) and T(t). (20) ac, as a second derivative of U and find its relation to av 5. (a) Express T. as a second derivative of H and find its relation to and ap apl. de' . (10) T
Transcribed Image Text:A → C,r = K2CA? with ki = 1/4 min", k2 = 1/4 liter/mol/min (CAo = 2 moles/liter). Calculate SB and YB in a CSTR for XA=0.99, 0.90, and 0.5. (20) %3D 4. Plot CA(T) and T(t) for the reaction A → B, r = k(T)CA in an adiabatic PFTR for E = 30 kcal/mole, ko = 2.6 x 1020 min-1, AHR = -20 kcal/mole, pCp = 1000 cal/liter K, To =300 K, and CAo = 2 moles/liter. Plot CA(T) and T(t). (20) ac, as a second derivative of U and find its relation to av 5. (a) Express T. as a second derivative of H and find its relation to and ap apl. de' . (10) T
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