The liquid-phase irreversible reaction A→B + C is carried out in a Batch Reactor. To learn the rate law, the time is varied and the effluent concentrations of species A are recorded as a function of time. Pure A enters the reactor at a concentration of 2 mol/dm³. Steady-state conditions exist when the measurements are recorded. Determine the reaction order and specific reaction rate constant A. Using the Differentiation Method. B. Using the Integral Method C. Using Nonlinear Regression (Homework in Recitation; Already Completed) D. Assume this works as aCSTR, is everything the same? (Recitation Example;Already Seen)

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the liquid phase irreversible reaction ab c is carried out in a batch

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The liquid-phase irreversible reaction A→B + C is carried out in a Batch Reactor. To learn the rate law, the time is varied and the effluent concentrations of species A are recorded as a function of time. Pure A enters the reactor at a concentration of 2 mol/dm³. Steady-state conditions exist when the measurements are