Rubenstein_EXP9

Rubenstein_EXP9 - Inserted plot in template TOTAL (100) C...

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Experiment 9 – Software Tutorial Spring 2010 Name Alec Rubenstein Lab Section 438 GRADING RUBRIC Possible Points Points Received Tutorial Plot 1 20 Plotted correctly (Absorbance vs. concentration) Two curves on one plot Axes labeled w/title and units Inserted plot in template Tutorial Plot 2 25 Plotted correctly (Absorbance vs. concentration) Two curves on one plot Axes labeled w/title and units Absorbance values adjusted correctly Linear fits for both sets of data Inserted plot in template Tutorial Table 1 15 Generated table using MS Word Clearly labeled columns and rows Included data for both trials in one table Determined equation for the line Tutorial Table 2 15 Clearly labeled columns and rows Inserted table in template Tutorial Plot 3 25 Plotted correctly (concentration vs. time) Axes labeled with title and units Concentration values calculated correctly
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Unformatted text preview: Inserted plot in template TOTAL (100) C HEMISTRY 102L R EPORT T EMPLATE EXPT. Software Tutorial 9 Figure 1. Tutorial Plot 1 of Absorbance vs. Concentration x 10^-5 (M) for Standard 1 & Standard 2 Figure 2. Tutorial Plot 2 of Corrected Absorbance vs. Concentration x 10^-5 (M) for Standard 1 & Standard 2. Table 1. Tutorial Table 1. Slope, Y-Intercept, and Linear Equation for Standard 1, Standard 2, and the average of both. Table 2. Tutorial Table 2. Time and Absorbance for Kinetic Run 1. Standard 1 Standard 2 Average Slopes 0.639 0.728 0.6835 Y-Intercepts-0.0492-0.141-0.0951 Correlation Coefficient 1.00 0.994 0.997 Linear Equation Y=0.6835x-0.0951 Figure 3. Tutorial Plot 3 for Concentration x 10^-5 (M) vs. Time (sec) for Kinetic Run 1....
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This document was uploaded on 11/04/2011 for the course CHEM 102 at UNC.

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Rubenstein_EXP9 - Inserted plot in template TOTAL (100) C...

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