Question: Chemical Engineering Process Analysis The Rate expression for the reaction: 2A+3HC in terms of fractional conversion is: (rA)=KCAO(1XA)2(M3XA)3 The reaction rate constant K is a

 Chemical Engineering Process Analysis The Rate expression for the reaction: 2A+3HC

Chemical Engineering Process Analysis

The Rate expression for the reaction: 2A+3HC in terms of fractional conversion is: (rA)=KCAO(1XA)2(M3XA)3 The reaction rate constant K is a function of temperature and can be obtained using the Arrhenius equation. M=CAOCBO : is the stoichiometric ratio of the intial concentration of the reactants in the reaction equation Is The reaction rate is (0.008834) at a reaction temperature of 57C. Ea Given the following parameters: Pre-exponential constant =2.921011; Activation Energy 815%) I:mol R=8.314J/Kmols Determine the Fractional Conversion of reactant A. (Use Bisection Method) HINT: Slop iteration at a desired percentage relative error: S=0.003

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