8 This is your experimental data for Experiment #9, Determination of Quinine Using Fluorescence Spectroscopy.YOU MUST READ THE EXPERIMENTAL WRITE-UP AND COMPLETE THE PRE-LAB PRIOR TO DOWNLOADING THIS DATA!!Your unknown number is: 620Solution 1 had an intensity of 4.06Solution 3 had an intensity of 6.59Solution 4 had an intensity of 8.94Solution 5 had an intensity of 11.63Solution 6 had an intensity of 14.10Produce and submit a spreadsheet with a PROPERLY LABELLED calibration curve graph with a linear least square calculation of the best fit line. Your x-axis should have units of ug/L.Calculate the following in CLEARLY LABELLED cells in your spreadsheet.The slope = 0.1256The intercept = |4.04The R2 value = 0.9988The quinine concentration of the unknown you were given = 101.5x mg/L

According to the question, we have a Quinine calibration curve and we neee to determine the.…

THE EXPERIMENTAL WRITE-UP AND COMPLETE THE PRE-LAB PRIOR TO DOW umber is: 620 n intensity of 4.06 n intensity of 6.59 n intensity of 8.94 n intensity of 11.63 n intensity of 14.10 mit a spreadsheet with a PROPERLY LABELLED calibration curve graph with a i owing in CLEARLY LABELLED cells in your spreadsheet. 56 4.04

THE EXPERIMENTAL WRITE-UP AND COMPLETE THE PRE-LAB PRIOR TO DOW umber is: 620 n intensity of 4.06 n intensity of 6.59 n intensity of 8.94 n intensity of 11.63 n intensity of 14.10 mit a spreadsheet with a PROPERLY LABELLED calibration curve graph with a i owing in CLEARLY LABELLED cells in your spreadsheet. 56 4.04

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

This is your experimental data for Experiment #9, Determination of Quinine Using Fluorescence Spectroscopy.
YOU MUST READ THE EXPERIMENTAL WRITE-UP AND COMPLETE THE PRE-LAB PRIOR TO DOWNLOADING THIS DATA!!
Your unknown number is: 620
Solution 1 had an intensity of 4.06
Solution 3 had an intensity of 6.59
Solution 4 had an intensity of 8.94
Solution 5 had an intensity of 11.63
Solution 6 had an intensity of 14.10
Produce and submit a spreadsheet with a PROPERLY LABELLED calibration curve graph with a linear least square calculation of the best fit line. Your x-axis should have units of ug/L.
Calculate the following in CLEARLY LABELLED cells in your spreadsheet.
The slope = 0.1256
The intercept = |4.04
The R2 value = 0.9988
The quinine concentration of the unknown you were given = 101.5
x mg/L

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