Zero Order
A zero-order degradation has a half-life of 12 hours. How much time is needed to complete the reaction?
24 hours
The table below shows rates of reaction for the hydrolysis of lebocillin. Which temperature must the product be stored below?
30C
First order reaction
As the time increases the concentration decreases.
The table below shows rates of reaction for the hydrolysis of lebocillin? What is the order of the reaction?
Cannot be determined, because we aren't given the concentration of reactants
The table below shows T90's for several products. Which product is most stable?
D, because it has the highest T90
What is the order of the following reaction?
First Order
Which one of the following shows a zero order reaction?
Graph I
Which one of the following can be used to calculate half-life?
Graph III
Which is used to find the activation energy of a reaction?
Graph IV
*Which one of the following is false for a zero order reaction?* A) The rate is a constant B) The rate is independent of the concentration of reactants C) The rate is dependent of the rate of reactants D) Suspensions may display this type of kinetics because of a constant drug concentration E) All of the above are true
The rate is dependent of the rate of reactants
Zero order reaction
The reaction rate does not depend on the reactant concentration.
T/F: Zero order reaction is faster than First order.
True
What is the order of the following reaction?
Zero Order
Which reaction is completed after 2 half lives?
Zero order reaction