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2. Substrate-Inhibited Kinetics (30 points): Data on enzymatic degradation of dichlorophenol at different concentrations are given in the following table: S. (mg/L) Rate (mg of
2. Substrate-Inhibited Kinetics (30 points): Data on enzymatic degradation of dichlorophenol at different concentrations are given in the following table: S. (mg/L) Rate (mg of P/L*hr) 30 2.1 60 3.8 90 5.7 Rate = 120 7.4 VMAX CS (KM+Cs + K (Cs)) b. Determine the inhibition constant K from the following equation: SMAX = 150 8.5 a. Determine with Lineweaver-Burke plotting the constants Vmax, Km', and K from the equation given from the slides in Lecture 7 and in Lecture 7d in Blackboard for substrate-inhibited kinetics: KM * 1/K 200 7.1 250 4.5 300 2.5
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Introduction To Chemical Engineering Analysis Using Mathematica
Authors: Henry C. Foley
1st Edition
0122619129, 978-0122619120
