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table of values second photo 2.00. 0.300 1.00. 0.254 2.00. 0.215 3.00. 0.183 e reaction AB→ A + B, data was collected and graphed as shown below. ar) 00 [AB] (M) 1 0.300 [AB] In[AB] [AB] 00 0.254 00 0.215 00 0.183 What is the reaction order in terms of AB? O oth O 1st O 2nd Determine the value of the rate constant k, with units. Briefly explain how you determined k. 100.0

table of values second photo 2.00. 0.300 1.00. 0.254 2.00. 0.215 3.00. 0.183 e reaction AB→ A + B, data was collected and graphed as shown below. ar) 00 [AB] (M) 1 0.300 [AB] In[AB] [AB] 00 0.254 00 0.215 00 0.183 What is the reaction order in terms of AB? O oth O 1st O 2nd Determine the value of the rate constant k, with units. Briefly explain how you determined k. 100.0

Chemistry
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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table of values second photo 2.00. 0.300 1.00. 0.254 2.00. 0.215 3.00. 0.183
Transcribed Image Text:table of values second photo 2.00. 0.300 1.00. 0.254 2.00. 0.215 3.00. 0.183
e reaction AB→ A + B, data was collected and graphed as shown below. ar) 00 [AB] (M) 1 0.300 [AB] In[AB] [AB] 00 0.254 00 0.215 00 0.183 What is the reaction order in terms of AB? O oth O 1st O 2nd Determine the value of the rate constant k, with units. Briefly explain how you determined k. 100.0
Transcribed Image Text:e reaction AB→ A + B, data was collected and graphed as shown below. ar) 00 [AB] (M) 1 0.300 [AB] In[AB] [AB] 00 0.254 00 0.215 00 0.183 What is the reaction order in terms of AB? O oth O 1st O 2nd Determine the value of the rate constant k, with units. Briefly explain how you determined k. 100.0
Expert Solution
Step 1

1) Since for the 0th order reaction, the graph between the [AB] v/s t should be linear

for the 1st order reaction, the graph between ln[AB] v/s t should be linear 

and for the 2nd order reaction, the graph between 1 / [AB] v/s t should be linear 

And since from the above graph we can see that ln[AB] v/s t is a linear graph 

Hence the reaction is first order.

Step 2

NOTE : I have assumed that the first column given in the table is rate as its not mentioned

If it is something else, than the procedure for calculation of rate constant will be different.

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