In order for an enzymatic reaction obeying the Michaelis-Menten equation to reach 3/4 of its maximum velocity,
A) [S] would need to be equal to KM
B) [S] would need to be ½ KM
C) [S] would need to be 3KM
D) [S] would need to be ¾ KM
E) not enough information is given to make this calculation
Correct Answer:
Verified
Q1: Matching
-Assume a first order reaction,the rate
Q2: Matching
-In uncompetitive inhibition,the inhibitor binds only to
Q4: Matching
-The type of enzyme inhibition in which
Q5: Matching
-If A
Q6: Matching
-In _,the inhibitor binds to a site
Q7: KM is
A)a measure of the catalytic
Q8: Matching
-A two-substrate enzymatic reaction in which one
Q9: When [S] = KM,
Q10: The KM can be considered to
Q11: What is the velocity of a first-order
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