2. Consider the reaction of A Products. Concentration unit is in terms of molarity and time is in terms of seconds. a. If the reaction is zero order in terms of A, write the rate law. In addition, what is the unit for k? b. If the reaction is first order in terms of A, write the rate law. In addition, what is the unit for k? C if the reaction is second order in terms of A, write the rate law. In addition, what is the unit for k? d. For each of the above, explain what doubling the concentration would do to the rate.
2. Consider the reaction of A Products. Concentration unit is in terms of molarity and time is in terms of seconds. a. If the reaction is zero order in terms of A, write the rate law. In addition, what is the unit for k? b. If the reaction is first order in terms of A, write the rate law. In addition, what is the unit for k? C if the reaction is second order in terms of A, write the rate law. In addition, what is the unit for k? d. For each of the above, explain what doubling the concentration would do to the rate.
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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Chem 18 - Rate Law Worksheet
Part I: Answer the following questions based on your knowledge of kinetics.
1. When cold-blooded animals are in cold weather, they become sluggish. Their body temperature is not internally
regulated. Explain the sluggishness based on kinetics.
2. Consider the reaction of A Products. Concentration unit is in terms of molarity and time is in terms of
seconds.
a. If the reaction is zero order in terms ofA, write the rate law. In addition, what is the unit for k?
b. If the reaction is first order
terms of A, write the rate law. In addition, what is the unit for k?
C. if the reaction is second order in terms of A, write the rate law. In addition, what is the unit for k?
d. For each of the above, explain what doubling the concentration would do to the rate.
What is the difference between a rate law and an integrated rate law? A good way to explain this is: A rate law
shows the relationship between. while an integrated rate law shows the relationship.
3.
4. Explain each component of the Arrehenius equation for k = Z,pe RT.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F560885b1-95a6-46a1-8479-9132da42c8bd%2F904323a4-b7cb-4867-b340-67bfbe51b48f%2F1l8khtk_processed.jpeg&w=3840&q=75)
Transcribed Image Text:ll Boost
8:35 PM
O 44% D
Name:
Chem 18 - Rate Law Worksheet
Part I: Answer the following questions based on your knowledge of kinetics.
1. When cold-blooded animals are in cold weather, they become sluggish. Their body temperature is not internally
regulated. Explain the sluggishness based on kinetics.
2. Consider the reaction of A Products. Concentration unit is in terms of molarity and time is in terms of
seconds.
a. If the reaction is zero order in terms ofA, write the rate law. In addition, what is the unit for k?
b. If the reaction is first order
terms of A, write the rate law. In addition, what is the unit for k?
C. if the reaction is second order in terms of A, write the rate law. In addition, what is the unit for k?
d. For each of the above, explain what doubling the concentration would do to the rate.
What is the difference between a rate law and an integrated rate law? A good way to explain this is: A rate law
shows the relationship between. while an integrated rate law shows the relationship.
3.
4. Explain each component of the Arrehenius equation for k = Z,pe RT.
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