calculate the expected rate of this chemical reactant at 35 degrees celsius if the concentration of [Fe(phen)3]^2 SEC#:NAME:35°C Data1In([Fe(Phen)3]*2)ExactCalculatedMeasuredGraph Time(Minutes)+2Wall ClockConcentration ofAbsorbanceIn(column 4)[Fe(Phen)3]time of[Fe(Phen)3 1*2Reading(Hr:Min:Sec.)Using Beer's Law1/(column 4)(A. = E.-b-c)%3D0.5767.1X 1050.5140.4490,38014,08415,87318,518227650026:31529.411t = Q4.30/-4.59.309.514:30 14.519:30.524:30 24.5 0.328-9.55(6.3x 105-0.66-9.6665.4X105-9.81014.7X10 -9.964.0x10-52950.312 3.8X16- 1o.1733.50.275 3.4 x1010.129:3033.3010.17-10.28-5Data Analysis:

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calculate the expected rate of this chemical reactant at 35 degrees celsius if the concentration of [Fe(phen)3]^2

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

calculate the expected rate of this chemical reactant at 35 degrees celsius if the concentration of [Fe(phen)3]^2

SEC#:
NAME:
35°C Data
1
In([Fe(Phen)3]*2)
Exact
Calculated
Measured
Graph Time
(Minutes)
+2
Wall Clock
Concentration of
Absorbance
In(column 4)
[Fe(Phen)3]
time of
[Fe(Phen)3 1*2
Reading
(Hr:Min:Sec.)
Using Beer's Law
1/(column 4)
(A. = E.-b-c)
%3D
0.5767.1X 105
0.514
0.449
0,380
14,084
15,873
18,518
2276
500
26:315
29.411
t = Q
4.30/-4.5
9.309.5
14:30 14.5
19:30.5
24:30 24.5 0.328
-9.55
(6.3x 105-0.66
-9.666
5.4X105-9.81
014.7X10 -9.96
4.0x10-5
2950.312 3.8X16- 1o.17
33.50.275 3.4 x10
10.1
29:30
33.30
10.17
-10.28
-5
Data Analysis:

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