The document outlines a laboratory assignment on analyzing copper(II) nitrate concentration using spectrophotometry and linear regression. It details the methodology for creating a calibration curve and conducting statistical analysis to determine concentration based on absorbance measurements. The assignment emphasizes the integration of chemical analysis with statistical tools to achieve accurate results.

1. Copper(II) Nitrate
Concentration
Spectrophotometry
Linear Regression Analysis
Stephen Joseph Boylan November 2020

3. Index
1. Introduction
2. Regression Analysis
3. Verify Numbers
4. Chart
5. Send report

4. Part 1 Introduction
This assignment combines the chemistry of an aqueous
solution of copper(II) nitrate and concentration analysis by
spectrophotometry with the statistical method of linear
regression using a spread sheet on the computer.

5. Introduction - Copper(II) Nitrate Solution
Copper(II) nitrate dissolves in water to form a blue solution.
The absorbance of the blue color is proportional to the
concentration.

6. Introduction - Spectrophotometry
For this assignment, spectrophotometry is a chemical analysis
method used to determine the concentration of copper(II)
nitrate in solution by measuring the absorbance of the
solution.

7. Introduction - Linear Regression
Linear regression is an analysis method that provides an
equation in which a variable y is determined as a function of
x. The form of the equation is:
y = a + b * x
x and y are variables. a and b are parameters.

8. Part 2 Linear Regression Analysis.
.

9. 2 Start a Sheet
.

10. 2 Start a Sheet
.

11. 2 Enter title block
.

12. 2 Enter title block
.

13. 2 Enter summary of analysis
.

14. 2 Enter summary of analysis
.

15. 2 Enter table 1
.

16. 2 Enter table 1
.

17. 2 Enter table 2
.

18. 2 Enter table 2
.

19. Part 3 Verify Your Numbers
c

20. 3 Check numbers in summary of analysis
.

21. 3 Check numbers in summary of analysis
.

22. 3 Check numbers in table 1
.

23. 3 Check numbers in table 1
.

24. 3 Check numbers in table 2
.

25. 3 Check numbers in table 2
.

26. Part 4 Make a Chart
c

27. Part 4 Make a Chart
C

28. 4 Your sheet will look like this.
See next sheet

29. 5 Your sheet will look like this.

30. 5 Your sheet will look like this.

31. Part 5. Place your report in your discussion board post
...

32. Part Nine Nine Nine
.Fini.

34. … … … … …
Thank you for taking the time to
watch.
Stephen Joseph Boylan
2020

35. The End

36. The End
The End .

37. Simplest Formula Series in Chemistry
Copper(II) Nitrate Concentration
Stephen Joseph Boylan 2020
Learning Objective: Starting with five points do a calibration curve and linear regression
analysis. Use the regression equation to calculate concentration from absorbance measurements.