Which data point in your standard curve is the most important in determining the best straight line 1. through your data? Why? Which is the second most important? Why? pathlength cell displays % T of 50.0 what is the Absorbance of the solution and what is the absorptivity (in /cm-mole). What Absorbance would be expected for a 5.0 x 10-6 M solution? What % T would this correspond to? 2. A solution of a light absorbing species with a concentration of 1.0 x 10-5M in a 1.0 cm C. Н Absorbance Vs. Concentration V= 2528.2x+0.0253 R = 0.9683 31.94071424 2. 0.0002 0.495655377 0.00015 35.27078617 0.45258486 0.6 0.0001 0.262383057 54.65336952 0.5 66.09842219 0.00005 0.179808907 6 concentration absorbance %transmittance 0.4 8 Slope 0.3 9 Eb 2528.173412 0.2 10 r2 0.968298019 0.1 11 12 unknown absorbance 0.040399 13 0,00015 0,0001 0.00025 0,00005 0.0002 14 Concentration (M) 15 Absorbance E.

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Chapter1: Chemical Foundations
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Which data point in your standard curve is the most important in determining the best straight line
1.
through your data? Why? Which is the second most important? Why?
pathlength cell displays % T of 50.0 what is the Absorbance of the solution and what is the
absorptivity (in /cm-mole). What Absorbance would be expected for a 5.0 x 10-6 M solution?
What % T would this correspond to?
2.
A solution of a light absorbing species with a concentration of 1.0 x 10-5M in a 1.0 cm
Transcribed Image Text:Which data point in your standard curve is the most important in determining the best straight line 1. through your data? Why? Which is the second most important? Why? pathlength cell displays % T of 50.0 what is the Absorbance of the solution and what is the absorptivity (in /cm-mole). What Absorbance would be expected for a 5.0 x 10-6 M solution? What % T would this correspond to? 2. A solution of a light absorbing species with a concentration of 1.0 x 10-5M in a 1.0 cm
C.
Н
Absorbance Vs. Concentration V= 2528.2x+0.0253
R = 0.9683
31.94071424
2.
0.0002 0.495655377
0.00015
35.27078617
0.45258486
0.6
0.0001 0.262383057
54.65336952
0.5
66.09842219
0.00005 0.179808907
6 concentration absorbance %transmittance
0.4
8 Slope
0.3
9 Eb
2528.173412
0.2
10 r2
0.968298019
0.1
11
12 unknown
absorbance
0.040399
13
0,00015
0,0001
0.00025
0,00005
0.0002
14
Concentration (M)
15
Absorbance
E.
Transcribed Image Text:C. Н Absorbance Vs. Concentration V= 2528.2x+0.0253 R = 0.9683 31.94071424 2. 0.0002 0.495655377 0.00015 35.27078617 0.45258486 0.6 0.0001 0.262383057 54.65336952 0.5 66.09842219 0.00005 0.179808907 6 concentration absorbance %transmittance 0.4 8 Slope 0.3 9 Eb 2528.173412 0.2 10 r2 0.968298019 0.1 11 12 unknown absorbance 0.040399 13 0,00015 0,0001 0.00025 0,00005 0.0002 14 Concentration (M) 15 Absorbance E.
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