Need help with number 13! I already asked about number 12. The inverse velocity and inverse substrate concentration relationship for an enzyme-catalyzed reaction is given below V Vmax Vmax S For the...
12. The inverse velocity and inverse substrate concentration relationship for an enzyme-catalyzed reaction is given below V Vmax Vmax S For the hydration of CO2 catalyzed by carbonic anhydrase, it was determined experimentally that (dm s mol 4023.9+ 39.934 at a total enzyme IS] concentration of 2.32 × 10-y mol-dm- What is the value of the Michaelis constant KM for this enzymatic reaction? (B). 9.92x103 mol dm3 (D). 100.8 mol dm (A) 39.934 mol dm (C). 4023.9 mol dm (E). 9.34 x10-6 mol dm3 13. Given that vSElo KM IS] , what is the rate constant for the carbonic anhydrase reaction described in problem #12? (A). 39.934 s1 (E). 1.07x10 s1 (B). 2.50x102 s1 (D). 2.49x 104 -1 40
12. The inverse velocity and inverse substrate concentration relationship for an enzyme-catalyzed reaction is given below V Vmax Vmax S For the hydration of CO2 catalyzed by carbonic anhydrase, it was determined experimentally that (dm s mol 4023.9+ 39.934 at a total enzyme IS] concentration of 2.32 × 10-y mol-dm- What is the value of the Michaelis constant KM for this enzymatic reaction? (B). 9.92x103 mol dm3 (D). 100.8 mol dm (A) 39.934 mol dm (C). 4023.9 mol dm (E). 9.34 x10-6 mol dm3 13. Given that vSElo KM IS] , what is the rate constant for the carbonic anhydrase reaction described in problem #12? (A). 39.934 s1 (E). 1.07x10 s1 (B). 2.50x102 s1 (D). 2.49x 104 -1 40