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The elementary adiabatic liquid phase irreversible reaction of A + 2B → C + 2D was carried out in a flow reactor. Elementary feed of reactants at 480K are fed to the reactor. If the outlet temperature is 600K, determine the conversion. Cpa = 15 cal/mol-K Cp.B = 20 cal/mol-K Cpc = 15 cal/mol-K Cp.D = 20 cal/mol-K %3D %3D H,(TR) = -10000 cal/mol H„(Tg) = -15000 cal/mol Hc(TR) = -7500 cal/mol H,(Tr) = -20000 cal/mol

The elementary adiabatic liquid phase irreversible reaction of A + 2B → C + 2D was carried out in a flow reactor. Elementary feed of reactants at 480K are fed to the reactor. If the outlet temperature is 600K, determine the conversion. Cpa = 15 cal/mol-K Cp.B = 20 cal/mol-K Cpc = 15 cal/mol-K Cp.D = 20 cal/mol-K %3D %3D H,(TR) = -10000 cal/mol H„(Tg) = -15000 cal/mol Hc(TR) = -7500 cal/mol H,(Tr) = -20000 cal/mol

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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The elementary adiabatic liquid phase irreversible reaction of A + 2B → C + 2D was carried out in a flow reactor. Elementary feed of reactants at 480K are fed to the reactor. If the outlet temperature is 600K, determine the conversion. Cp.A = 15 cal/mol-K Cp.B = 20 cal/mol-K Cp.c = 15 cal/mol-K Cp.D = 20 cal/mol-K H,(TR) = -10000 cal/mol H(TR) = -15000 cal/mol H¿(Tr) = -7500 cal/mol H, (TR) = -20000 cal/mol
Transcribed Image Text:The elementary adiabatic liquid phase irreversible reaction of A + 2B → C + 2D was carried out in a flow reactor. Elementary feed of reactants at 480K are fed to the reactor. If the outlet temperature is 600K, determine the conversion. Cp.A = 15 cal/mol-K Cp.B = 20 cal/mol-K Cp.c = 15 cal/mol-K Cp.D = 20 cal/mol-K H,(TR) = -10000 cal/mol H(TR) = -15000 cal/mol H¿(Tr) = -7500 cal/mol H, (TR) = -20000 cal/mol
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