Chemistry, 27.07.2019 03:10 dyalisa15

An enzymatic reaction (e+s2 es> p +e) obeys michaelis-menten kinetics and gave the following 4. kinetic results: k1 = 1.0 × 108 m-1 s-1, k-1 = 1.0 × 103 s-1, k2 = 1.0 × 104 s-1 e1-e+est-1.0 x10-6m a. what is the dissociation en b. what is km for the enzyme? c. what is the turnover number (kcat) for the enzyme? d. what is the catalytic efficiency (kak? e. what is a typical value of a bimolecular diffusion limited rate constant and how does it compare with constant (k-61) for the enzyme-substrate complex? [ejis [es f. what is the value of vmax? g. what concentration of substrate would give a reaction velocity (v) equal to 0.75*vmax? h. if the initial substrate concentration ([slo) is equal to 10.0 mm and initial product concentration is zero, how long will it take to form a product concentration of 4.0 mm? state any assumptions. if the initial substrate concentration is reduced to 10.0 nm and initial product concentration is zero, how long will it take to form 4.0 nm product? state any assumptions. i.

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An enzymatic reaction (e+s2 es> p +e) obeys michaelis-menten kinetics and gave the following 4....

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