QuestionSBA
QuestionChoice
The half-life of a drug when following first-order kinetics is to divide 0.693 by the constant k. This is the same for any first-order kinetics. Therefore, 0.693/k = 50.
10007024
d
90 minutes
QuestionChoice
The half-life of a drug when following first-order kinetics is to divide 0.693 by the constant k. This is the same for any first-order kinetics. Therefore, 0.693/k = 50.
10007021
a
50 minutes
QuestionChoice
The half-life of a drug when following first-order kinetics is to divide 0.693 by the constant k. This is the same for any first-order kinetics. Therefore, 0.693/k = 50.
10007025
e
110 minutes
QuestionChoice
The half-life of a drug when following first-order kinetics is to divide 0.693 by the constant k. This is the same for any first-order kinetics. Therefore, 0.693/k = 50.
10007022
b
35 minutes
QuestionChoice
The half-life of a drug when following first-order kinetics is to divide 0.693 by the constant k. This is the same for any first-order kinetics. Therefore, 0.693/k = 50.
10007023
c
70 minutes
Concept
Chapter
2693
4560
First order kinetics
Topic
166
General pharmacological concepts
13951
A 23-year-old man is given a new drug in a clinical trial. It has been observed to follow 1st order kinetics with a rate constant of k=0.01386.

Which of the following represents the half life of this new drug?
a