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Using the data below please make two graphs with Excel (or a similar program). 1. Absorbance (v-axis) vs. A (x-axis) for the absorbance curve of the dye solution. Connect the points with a smooth curve. 2. Absorbance (y-axis) vs. concentration (x-axis) for the Beer's Law data. Draw a best-fit line or use a program such as Excel and do a least-squares fit to determine the best-fit line through the points. please answer super super fast please please need it now its urgent just creat the graphs

Using the data below please make two graphs with Excel (or a similar program). 1. Absorbance (v-axis) vs. A (x-axis) for the absorbance curve of the dye solution. Connect the points with a smooth curve. 2. Absorbance (y-axis) vs. concentration (x-axis) for the Beer's Law data. Draw a best-fit line or use a program such as Excel and do a least-squares fit to determine the best-fit line through the points. please answer super super fast please please need it now its urgent just creat the graphs

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Using the data below please make two graphs with Excel (or a similar program). 1. Absorbance (v-axis) vs. A (x-axis) for the absorbance curve of the dye solution. Connect the points with a smooth curve. 2. Absorbance (y-axis) vs. concentration (x-axis) for the Beer's Law data. Draw a best-fit line or use a program such as Excel and do a least-squares fit to determine the best-fit line through the points. please answer super super fast please please need it now its urgent just creat the graphs
Data-Absorbance Curve λ, nm 480 490 500 510 520 530 540 550 Volume of Allura Red, Absorbance Data-Beer's Law 0.790A 0.920A 0.979 A 0.961 A 220 0.900 A 0.821A 0.681A 0.492 A 216 ml Concentration of Allura Red, 0.00004 M M Absorbance at λ max Data-Unknowns 8.00 0.961A Unknown # Absorbance at 2 0.425 A 6.00 0.978A 0.00003 M 0.684 A max 4.00 0.00002M 0.471A λ, nm 560 570 580 590 600 2.00 0.0000IM 0.254A Absorbance 0.275 A 0.118 A 0.042 A 0.009A -0.004A
Transcribed Image Text:Data-Absorbance Curve λ, nm 480 490 500 510 520 530 540 550 Volume of Allura Red, Absorbance Data-Beer's Law 0.790A 0.920A 0.979 A 0.961 A 220 0.900 A 0.821A 0.681A 0.492 A 216 ml Concentration of Allura Red, 0.00004 M M Absorbance at λ max Data-Unknowns 8.00 0.961A Unknown # Absorbance at 2 0.425 A 6.00 0.978A 0.00003 M 0.684 A max 4.00 0.00002M 0.471A λ, nm 560 570 580 590 600 2.00 0.0000IM 0.254A Absorbance 0.275 A 0.118 A 0.042 A 0.009A -0.004A
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