Question

34.) After you calculated the above data, you decided you needed to take more measurements of your sample and obtained the values: Concentration: 1mg/L ? Average absorbance: 0.987 Concentration: 3mg/L ? Average absorbance: 3.111 Concentration: 4mg/L ? Average absorbance: 4.205 Create a new table with all of the data and create a graph in excel with the data from your table (attach both below). Make sure to include titles, figure #'s with descriptions, all proper labels, and include the line of best fit in the graph. (36 points) (paste table and graph here) Approximate slope of line of best fit: ____ (3 points) Equation of the line of best fit: (3 points) What would your estimated concentration be for an absorbance value of 3.5? How did you find this value? (5 points) 35.) Identify each stage of Mitosis. (2 points each) A. _ B. _ C. _ D. _________

          34.) After you calculated the above data, you decided you needed to take more measurements
of your sample and obtained the values:
Concentration: 1mg/L ? Average absorbance: 0.987
Concentration: 3mg/L ? Average absorbance: 3.111
Concentration: 4mg/L ? Average absorbance: 4.205

Create a new table with all of the data and create a graph in excel with the data from your table
(attach both below). Make sure to include titles, figure #'s with descriptions, all proper labels,
and include the line of best fit in the graph. (36 points)

(paste table and graph here)

Approximate slope of line of best fit: ____________________ (3 points)

Equation of the line of best fit: ________________________ (3 points)

What would your estimated concentration be for an absorbance value of 3.5? How did
you find this value? (5 points)

35.) Identify each stage of Mitosis. (2 points each)

A. _______________
B. _______________
C. _______________
D. _______________

34.) After you calculated the above data, you decided you needed to take more measurements
of your sample and obtained the values:
Concentration: 1mg/L ? Average absorbance: 0.987
Concentration: 3mg/L ? Average absorbance: 3.111
Concentration: 4mg/L ? Average absorbance: 4.205

Create a new table with all of the data and create a graph in excel with the data from your table
(attach both below). Make sure to include titles, figure #'s with descriptions, all proper labels,
and include the line of best fit in the graph. (36 points)

(paste table and graph here)

Approximate slope of line of best fit: (3 points)

Equation of the line of best fit: (3 points)

What would your estimated concentration be for an absorbance value of 3.5? How did
you find this value? (5 points)

35.) Identify each stage of Mitosis. (2 points each)

A.
B.
C.
D.

Added by Ana D.

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