3) For chemical kinetics of the 2-nd order and compound A as reactant, the integrated rate law is: a. [A]-[A]o exp(-kt) b. [A]-[A]o-kt c. 1/[A]-1/[A]o + kt d. none of the above: give your own answer. 4) For chemical kinetics of zeroths order and compound B as product, the integrated rate law is: a. [B][B]o-kt b. 1/[B]-1/[B]o + kt c. [B][B]o exp(-kt) d. none of the above: give your own answer. [B] [B]o + kt 5) In studies of reaction rates in solution, kinetic rate constant k of the 2-nd order is usually determined from the slope of certain function. a) Plot the graph as explained above. b) Mark both X and Y axes with specific measurable properties and their units of measure. c) Provide the formula which describes the graph described above. d) Explain all parameters in the formula.
3) For chemical kinetics of the 2-nd order and compound A as reactant, the integrated rate law is: a. [A]-[A]o exp(-kt) b. [A]-[A]o-kt c. 1/[A]-1/[A]o + kt d. none of the above: give your own answer. 4) For chemical kinetics of zeroths order and compound B as product, the integrated rate law is: a. [B][B]o-kt b. 1/[B]-1/[B]o + kt c. [B][B]o exp(-kt) d. none of the above: give your own answer. [B] [B]o + kt 5) In studies of reaction rates in solution, kinetic rate constant k of the 2-nd order is usually determined from the slope of certain function. a) Plot the graph as explained above. b) Mark both X and Y axes with specific measurable properties and their units of measure. c) Provide the formula which describes the graph described above. d) Explain all parameters in the formula.
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Answer all multiple choice questions please
![3) For chemical kinetics of the 2-nd order and compound A as reactant, the integrated rate law is:
a
b. [A]-[A]-k)
c. 1/[A]-1/
1/[A]o + kt
d. none of the above: give your own answer.
4) For chemical kinetics of zeroths order and compound B as product, the integrated rate law is:
a. [B]-[B]o-kt
b. 1/[B]1/[B]o + kt
c. [B][B]o exp(-kt)
d. none of the above: give your own answer. [B][B]o + kt
5) In studies of reaction rates in solution, kinetic rate constant k
determined from the slope of certain function.
a) Plot the graph as explained above.
the 2-nd order is usually
b) Mark both X and Y axes with specific measurable properties and their units of measure.
c) Provide the formula which describes the graph described above.
d) Explain all parameters in the formula.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa9786ca5-0e34-41d6-9853-73afc9cc4c6c%2Fa6ee99bb-572b-41be-9ff8-960ab7ee0ecb%2F1qdfehi_processed.jpeg&w=3840&q=75)
Transcribed Image Text:3) For chemical kinetics of the 2-nd order and compound A as reactant, the integrated rate law is:
a
b. [A]-[A]-k)
c. 1/[A]-1/
1/[A]o + kt
d. none of the above: give your own answer.
4) For chemical kinetics of zeroths order and compound B as product, the integrated rate law is:
a. [B]-[B]o-kt
b. 1/[B]1/[B]o + kt
c. [B][B]o exp(-kt)
d. none of the above: give your own answer. [B][B]o + kt
5) In studies of reaction rates in solution, kinetic rate constant k
determined from the slope of certain function.
a) Plot the graph as explained above.
the 2-nd order is usually
b) Mark both X and Y axes with specific measurable properties and their units of measure.
c) Provide the formula which describes the graph described above.
d) Explain all parameters in the formula.
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