The response of an isothermal tubular reactor to a step change in concentration at t =...

 

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The response of an isothermal tubular reactor to a step change in concentration at t = 0 is given by the following graph. F(t)=C(t)/Co a. 1.0- b. 0 Reaction: Rate law: T1 Cao = 2CB0 T1 = 30s time Write an expression for E(t) and sketch the predicted response of this reactor to a pulse input. Calculate the conversion of A in this reactor using a segregated model for this non-ideal tubular reactor for the liquid phase reaction. The experimental conversion is 35%. [0.35] 32 A+B C -TA = KCACB KCA0 = 0.05 S- T2 = 50 s The response of an isothermal tubular reactor to a step change in concentration at t = 0 is given by the following graph. F(t)=C(t)/Co a. 1.0- b. 0 Reaction: Rate law: T1 Cao = 2CB0 T1 = 30s time Write an expression for E(t) and sketch the predicted response of this reactor to a pulse input. Calculate the conversion of A in this reactor using a segregated model for this non-ideal tubular reactor for the liquid phase reaction. The experimental conversion is 35%. [0.35] 32 A+B C -TA = KCACB KCA0 = 0.05 S- T2 = 50 s