Answer both questions you wil auswer.2) For chemical kinetics of the 1-st order and compound A as reactant, the integrated rate lawis:a. 1/[A] = 1/[A]o + ktb. [A]=[A]o exp(-kt)c. [A]=[A]o-ktd. none of the above: give your own answer. 1) For chemical kinetics of the zeroths order and compound A as reactant, the integrated rate lawis:a. 1/[A]-1/[A]o + ktb. [A] [A]o exp(-kt)c. [A] [A]o-ktd. none of the above: give your own answer.

Answered: Image /qna-images/answer/45143997-e655-4eb6-a727-4471d3310116.jpg

uw auswer. 2) For chemical kinetics of the 1-st order and compound A as reactant, the integrated rate law is: a. 1/[A]=1/[A]o + kt b. [A]=[A]o exp(-kt) [A]=[A]o-kt c. d. none of the above: give your own answer.

uw auswer. 2) For chemical kinetics of the 1-st order and compound A as reactant, the integrated rate law is: a. 1/[A]=1/[A]o + kt b. [A]=[A]o exp(-kt) [A]=[A]o-kt c. d. none of the above: give your own answer.

Chemistry

9th Edition

ISBN:9781133611097

Author:Steven S. Zumdahl

Publisher:Steven S. Zumdahl

Chapter12: Chemical Kinetics

Section: Chapter Questions

Problem 12Q: The plot below shows the number of collisions with a particular energy for two different...

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Question

Answer both questions

you wil auswer.
2) For chemical kinetics of the 1-st order and compound A as reactant, the integrated rate law
is:
a. 1/[A] = 1/[A]o + kt
b. [A]=[A]o exp(-kt)
c. [A]=[A]o-kt
d. none of the above: give your own answer.

1) For chemical kinetics of the zeroths order and compound A as reactant, the integrated rate law
is:
a. 1/[A]-1/[A]o + kt
b. [A] [A]o exp(-kt)
c. [A] [A]o-kt
d. none of the above: give your own answer.

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