Chosen wavelength : 400 EDTA Volume (ml.) Absorbance O ml. 0.445 I ml. 0.439 2 ml. 0.434 3 ml. 0.428 4 ml. 0.388 5 ml. 0.352 6 ml. 0.351 7 ml. 0.320 8 ml. 0.289 9 ml. 0.275 10 ml. 0.263 I1 ml. 0.256 1.Explain why the selected wavelength was chosen for inspection of the titration. 2. Draw the titration curve of the titration.

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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Chosen wavelength:
400
EDTA Volume (ml.) Absorbance
O ml.
0.445
I ml.
0.439
2 ml.
0.434
3 ml.
0.428
4 ml.
0.388
5 ml.
0.352
6 ml.
0.351
7 ml.
0.320
8 ml.
0.289
9 ml.
0.275
10 ml.
0.263
Il ml.
0.256
1. Explain why the selected wavelength was chosen for inspection of the titration.
2. Draw the titration curve of the titration.
3. Calculate the amount of Fe" in your sample using your titration curve.
Transcribed Image Text:Chosen wavelength: 400 EDTA Volume (ml.) Absorbance O ml. 0.445 I ml. 0.439 2 ml. 0.434 3 ml. 0.428 4 ml. 0.388 5 ml. 0.352 6 ml. 0.351 7 ml. 0.320 8 ml. 0.289 9 ml. 0.275 10 ml. 0.263 Il ml. 0.256 1. Explain why the selected wavelength was chosen for inspection of the titration. 2. Draw the titration curve of the titration. 3. Calculate the amount of Fe" in your sample using your titration curve.
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