loiV Inavi lo nolleo Attach: - Three data tables from Excel (one for each trial) showing the five columns described in the Procedure. - Three graphs for each trial (nine total) clearly showing the trendline and R2 for each graph. One to three graphs are allowed per page, and they should be clearly readable, taking up most of a page. Each graph must be no larger than a single page. Graph summary data: R2 for of In[CV] [CV+] vs t vs t 0,985 R2 for plot R2 for plot Reaction Rate of 1/[CV-] Order (k) 2nd and plot of Constant vs t 1.109 144x104 19.8.105 O Trial 1 Trial 2 Trial 3 0.996 0.998 Average k:S- 18x10 Standard deviation of k:_ Rate = 3.78 xl0 [CV+] Differential Rate Law: %3D Integrated Rate Law: Fa: (3.71 x(o °) (17) + Torsa (3.77 x(0 ) (17) %3D FCVn = 6.43-106, Eいつ。 Diccussion:
loiV Inavi lo nolleo Attach: - Three data tables from Excel (one for each trial) showing the five columns described in the Procedure. - Three graphs for each trial (nine total) clearly showing the trendline and R2 for each graph. One to three graphs are allowed per page, and they should be clearly readable, taking up most of a page. Each graph must be no larger than a single page. Graph summary data: R2 for of In[CV] [CV+] vs t vs t 0,985 R2 for plot R2 for plot Reaction Rate of 1/[CV-] Order (k) 2nd and plot of Constant vs t 1.109 144x104 19.8.105 O Trial 1 Trial 2 Trial 3 0.996 0.998 Average k:S- 18x10 Standard deviation of k:_ Rate = 3.78 xl0 [CV+] Differential Rate Law: %3D Integrated Rate Law: Fa: (3.71 x(o °) (17) + Torsa (3.77 x(0 ) (17) %3D FCVn = 6.43-106, Eいつ。 Diccussion:
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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Can you please check my work for this I don’t know if I’m doing it correctly. I know that my 3 first columns are correct for R2 values but I’m not sure about if my reaction order(I put 2 but I am not confident on this)and rate constant. Also I have no clue how to calculate my standard deviation of k so if you could help with that it would be amazing. Thank you
![Attach:V Vlo nolUCol
KIIGIC2 Exhe
- Three data tables from Excel (one for each trial) showing the five columns
described in the Procedure.
- Three graphs for each trial (nine total) clearly showing the trendline and R2 for
each graph. One to three graphs are allowed per page, and they should be clearly
readable, taking up most of a page. Each graph must be no larger than a single page.
Graph summary data:
R2 for
R2 for plot R² for plot Reaction Rate
of 1/[CV•] Order
Constant
of In[CV*]
[CV*] vs t vst
0,985
0.996
0.998
plot óf
(k)
2nd
4404
vs t
Trial 1
and
Trial 2
Trial 3
19.8.105 G
Average k:3. 18x10 Standard deviation of k:_
Rate = 3.78 x10 [CVF]?
Differential Rate Law:
Integrated Rate Law:
(3.77 x10 *) (17)
6.43-106
Eいコ。
ニ
Discussion:
81
er](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F1bf8ae83-2003-4837-b9fe-b672e6e8d8b8%2F8785e6a3-0ebb-44ac-bd7d-3c2625be1c62%2F23i8mp_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Attach:V Vlo nolUCol
KIIGIC2 Exhe
- Three data tables from Excel (one for each trial) showing the five columns
described in the Procedure.
- Three graphs for each trial (nine total) clearly showing the trendline and R2 for
each graph. One to three graphs are allowed per page, and they should be clearly
readable, taking up most of a page. Each graph must be no larger than a single page.
Graph summary data:
R2 for
R2 for plot R² for plot Reaction Rate
of 1/[CV•] Order
Constant
of In[CV*]
[CV*] vs t vst
0,985
0.996
0.998
plot óf
(k)
2nd
4404
vs t
Trial 1
and
Trial 2
Trial 3
19.8.105 G
Average k:3. 18x10 Standard deviation of k:_
Rate = 3.78 x10 [CVF]?
Differential Rate Law:
Integrated Rate Law:
(3.77 x10 *) (17)
6.43-106
Eいコ。
ニ
Discussion:
81
er
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