For this reaction X = 2Y, the initial [X] =1.0 M,and [Y] = 0 M. After 5 minutes the [X] has fallento 0.8 M and then does not change any further.Now, draw a graph of [Y] v time for the first 10minutes. Add this to your graph from Q5.Use the editor to format your answer =For a different reaction X2Y, the initial [X]1.0 M, and [Y] = 0 M. After 5 minutes the [X] hasfallen to 0.8 M and then does not change anyfurther. Draw a graph of [X] v time for the first10 minutes. Use the blank template graph fromQ1.Use the editor to format your answer

Given reaction is, X↔2Y initial concentration of X = [X] =1 M Concentration after 5 minutes = [X]t =…

For this reaction X = 2Y, the initial [X] =1.0 M, and [Y] =0 M. After 5 minutes the [X] has fallen to 0.8 M and then does not change any further. Now, draw a graph of [Y] v time for the first 10 minutes. Add this to your graph from Q5.

For this reaction X = 2Y, the initial [X] =1.0 M, and [Y] =0 M. After 5 minutes the [X] has fallen to 0.8 M and then does not change any further. Now, draw a graph of [Y] v time for the first 10 minutes. Add this to your graph from Q5.

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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Question

For this reaction X = 2Y, the initial [X] =1.0 M,
and [Y] = 0 M. After 5 minutes the [X] has fallen
to 0.8 M and then does not change any further.
Now, draw a graph of [Y] v time for the first 10
minutes. Add this to your graph from Q5.
Use the editor to format your answer

=
For a different reaction X2Y, the initial [X]
1.0 M, and [Y] = 0 M. After 5 minutes the [X] has
fallen to 0.8 M and then does not change any
further. Draw a graph of [X] v time for the first
10 minutes. Use the blank template graph from
Q1.
Use the editor to format your answer

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