Which expression best describes the enzyme kinetics of the protease found in solution SM?A.V0 = (KM + [S])/Vmax[S]B.V0 = KM[S]/(Vmax + [S])C.V0 = Vmax[S]/(KM + [S])D.V0 = (Vmax + [S])/KM[S]

Which of the following statements is/are correct in enzyme kinetics, if S represents the substrate?Group of answer choicesAt very low substrate concentration, the rate of enzyme reaction is zero order with respect to [S].At all substrate concentrations, the rate of enzyme reaction is first order with respect to [S].At very high substrate concentration, the rate of enzyme reaction is first order with respect to [S].At very high substrate concentration, the rate of enzyme reaction is zero order with respect to [S].At all substrate concentrations, the rate of enzyme reaction is zero order with respect to [S].

Enzyme A catalyzes the conversion of substrate S to product P.  When enzyme A is phosphorylated, its kcat value changes from 10 s−1 to 5 s−1 and its KM value changes from 100 μM to 20 μM.  If equal concentrations of each enzyme form are used then compared to the unphosphorylated enzyme A, the phosphorylated form:A.has a higher catalytic efficiency and yields a faster reaction rate when [S] < 20 μM.B.has a higher turnover number and yields a faster reaction rate under saturating conditions.C.has a lower affinity for S and yields a slower reaction rate at all [S].D.is allosterically inhibited and yields a lower reaction rate at all [S].

The following data were obtained in a study of an enzyme known to follow Michaelis-Menten kinetics: Velocity Substrate Added (mM)1.3 12.6 24.1 45.1 65.2 10The Vmax for this enzyme is approximately:

A different mode. The kinetics of an enzyme are measured as a function of substrate concentration in the presence and absence of 100 mM inhibitor.aa) What are the values of V
 max and Km in the presence of inhibitor?

Use the Michaelis-Menten equation to complete the enzyme kinetic data set shown below (fill in the blanks), when Vmax is known to have a value of 100 nM/min. Answer with three significant digits.Substrate concentration (µM) Reaction rate (nM/min)4.00 50.05.00 10.0 20.0