Calculation 2: 1. Using the data below and the skills acquired from the Erioglaucine problem above calculate the concentration (in mol/L) of a green dye solution which gives an absorption of 0.725. Be sure to include all relevant calculations and graph(s) in your determination Just a reminder 1ppt (part per thousand) = 1g solute per 1 L of solution. The molar mass of the green dye is 475.6 g/mol %3D Concentration Absorption 2.0 ppt 4.0 ppt 6.0 ppt 8.0 ppt 10 ppt Solution 1 0.0670 0.129 0.197 4. 0.262 0.334 0.725 Unknown At the end of day one, turn in all your calculations and graphs. For both examples make sure to plot the graphs either on graph paper or you can plot it in Excel and print out the Chart. Show all calculations.
Calculation 2: 1. Using the data below and the skills acquired from the Erioglaucine problem above calculate the concentration (in mol/L) of a green dye solution which gives an absorption of 0.725. Be sure to include all relevant calculations and graph(s) in your determination Just a reminder 1ppt (part per thousand) = 1g solute per 1 L of solution. The molar mass of the green dye is 475.6 g/mol %3D Concentration Absorption 2.0 ppt 4.0 ppt 6.0 ppt 8.0 ppt 10 ppt Solution 1 0.0670 0.129 0.197 4. 0.262 0.334 0.725 Unknown At the end of day one, turn in all your calculations and graphs. For both examples make sure to plot the graphs either on graph paper or you can plot it in Excel and print out the Chart. Show all calculations.
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
What is the concentration of the unknown solution?
![Calculation 2:
1. Using the data below and the skills acquired from the Erioglaucine problem
above calculate the concentration (in mol/L) of a green dye solution which
gives an absorption of 0.725. Be sure to include all relevant calculations and
graph(s) in your determination
Just a reminder 1ppt (part per thousand) = 1g solute per 1 L of solution.
The molar mass of the green dye is 475.6 g/mol
%3D
Concentration Absorption
2.0 ppt
4.0 ppt
6.0 ppt
8.0 ppt
10 ppt
Solution
1
0.0670
2
0.129
0.197
4
0.262
0.334
Unknown
0.725
At the end of day one, turn in all your calculations and graphs.
For both examples make sure to plot the graphs either on graph paper or you can
plot it in Excel and print out the Chart.
Show all calculations.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F4fb5d7de-fd0d-4d26-80f6-00ad44d5c3a9%2F02edb983-1cf8-4eaf-b71e-4063dc69c3c1%2Fxluktk_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Calculation 2:
1. Using the data below and the skills acquired from the Erioglaucine problem
above calculate the concentration (in mol/L) of a green dye solution which
gives an absorption of 0.725. Be sure to include all relevant calculations and
graph(s) in your determination
Just a reminder 1ppt (part per thousand) = 1g solute per 1 L of solution.
The molar mass of the green dye is 475.6 g/mol
%3D
Concentration Absorption
2.0 ppt
4.0 ppt
6.0 ppt
8.0 ppt
10 ppt
Solution
1
0.0670
2
0.129
0.197
4
0.262
0.334
Unknown
0.725
At the end of day one, turn in all your calculations and graphs.
For both examples make sure to plot the graphs either on graph paper or you can
plot it in Excel and print out the Chart.
Show all calculations.
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