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As a chemical engineer working for a company, you are assigned to size a reactor for producing a chemical. This product is produced by the following liquid-phase reaction: A+B+CD+E And the reaction is given below: Treaction,A = k₁C1.5 a. What "order" is this reaction with respect to reactant A? b. What "order" is this reaction with respect to reactant B? c. What is the "overall order" of this reaction? d. How does the initial concentration of reactants change the reaction rate constant? Discuss. e. How does the temperature change the reaction rate constant? Discuss. f. How does the reactor volume change the reaction rate constant? Explain.

As a chemical engineer working for a company, you are assigned to size a reactor for producing a chemical. This product is produced by the following liquid-phase reaction: A+B+CD+E And the reaction is given below: Treaction,A = k₁C1.5 a. What "order" is this reaction with respect to reactant A? b. What "order" is this reaction with respect to reactant B? c. What is the "overall order" of this reaction? d. How does the initial concentration of reactants change the reaction rate constant? Discuss. e. How does the temperature change the reaction rate constant? Discuss. f. How does the reactor volume change the reaction rate constant? Explain.

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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Question 2 As a chemical engineer working for a company, you are assigned to size a reactor for producing a chemical. This product is produced by the following liquid-phase reaction: A+B+CD+E And the reaction is given below: Treaction,Ak,C1.5 a. What "order" is this reaction with respect to reactant A? b. What "order" is this reaction with respect to reactant B? c. What is the "overall order" of this reaction? d. How does the initial concentration of reactants change the reaction rate constant? Discuss. e. How does the temperature change the reaction rate constant? Discuss. f. How does the reactor volume change the reaction rate constant? Explain.
Transcribed Image Text:Question 2 As a chemical engineer working for a company, you are assigned to size a reactor for producing a chemical. This product is produced by the following liquid-phase reaction: A+B+CD+E And the reaction is given below: Treaction,Ak,C1.5 a. What "order" is this reaction with respect to reactant A? b. What "order" is this reaction with respect to reactant B? c. What is the "overall order" of this reaction? d. How does the initial concentration of reactants change the reaction rate constant? Discuss. e. How does the temperature change the reaction rate constant? Discuss. f. How does the reactor volume change the reaction rate constant? Explain.
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