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2. The kinetics of the liquid-phase, enzyme-catalyzed reaction, A-+P+Q, have been studied in an ideal, isothermal batch reactor. The rate equation is believed to be,

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2. The kinetics of the liquid-phase, enzyme-catalyzed reaction, A-+P+Q, have been studied in an ideal, isothermal batch reactor. The rate equation is believed to be, - (mol/L s)=kC/(1+K.C In one particular experiment, the concentrations of A, P, and Q were measured as a function of time. The initial concentration of Ais Cao, and there is no Por Q initially. (25 points) (1) Demonstrate how you would use the integral method of data analysis to graphically test the rate equation against the experimental data (2) Assuming that this rate equation fits the data, how would you obtain estimates of k and Ky from the graph that you constructed? (3) If you are asked to use the differential method of data analysis, what is the main difference from the step (1)

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