please identify all functional groups in the following IR spectrum and determine the compound.Please answer very soon will give rating surely Flask 3: IR Peaks12071195 41832 773002 792958 741478 69146050827 74681342861428681 702941290681115410704177642 01132112512838 7410468594477L804 2716479B1246 84932 79Flask 3: IR SpectraL0040010001000VENERITFSETTCEIト

IR spectrum is the infrared spectroscopic techniques which is used to analyze the functional group…

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Principles of Instrumental Analysis

7th Edition

ISBN:9781305577213

Author:Douglas A. Skoog, F. James Holler, Stanley R. Crouch

Publisher:Douglas A. Skoog, F. James Holler, Stanley R. Crouch

Chapter28: High-performance Liquid Chromatography

Section: Chapter Questions

Problem 28.6QAP

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Concept explainers

Analyzing and Predicting Spectroscopic Data

The interaction of electromagnetic radiation with the structure of molecules in the sample and their study is referred spectroscopy. Several spectroscopic methods are used to acquire sample information, and these methods are proved to be accurate, fast, and non-destructive. The information obtained about the content and composition of molecules from these spectroscopic methods is called spectroscopic data.

Question

please identify all functional groups in the following IR spectrum and determine the compound.

Please answer very soon will give rating surely

Flask 3: IR Peaks
1207
1195 41
832 77
3002 79
2958 74
1478 69
1460
50
827 74
68
1342
86
1428
681 70
2941
2906
81
1154
1070
41
77
642 01
1321
1251
2838 74
1046
85
944
77
L804 27
1647
9B
1246 84
932 79
Flask 3: IR Spectra
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TFSETTCEI
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A solution containing two different fluorescent compounds, Ben and Jerry, were analyzed for their individual concentrations in the mixture. Standards of pure Ben and pure Jerry were prepared at a concentration of 500.0 mM and were run in a UV-Vis Spectrophotometer to determine their absorption properties. Absorbance Wavelength Compound Ben 500 mM Compound Jerry 500 mM 400 nm 0.137 0.136 450 nm 0.312 0.113 500 nm 0.154 0.078 550 nm 0.076 0.079 600 nm 0.227 0.148 650 nm 0.230 0.230 700 nm 0.151 0.357 750 nm 0.157 0.246 800 nm 0.154 0.154 A standard curve of the standards was also prepared to help determine the concentration of each component in the solution. The solution produced an absorbance reading of 0.486 at the λmax of Ben, and 0.463 at the λmax of Jerry. STD CURVE BEN Λmax Ben Λmax Jerry STD CURVE JERRY Λmax Ben Λmax Jerry CONC (mM) ABS ABS CONC (mM)…
A solution containing two different fluorescent compounds, Ben and Jerry, were analyzed for their individual concentrations in the mixture. Standards of pure Ben and pure Jerry were prepared at a concentration of 500.0 mM and were run in a UV-Vis Spectrophotometer to determine their absorption properties. Absorbance Wavelength Compound Ben 500 mM Compound Jerry 500 mM 400 nm 0.137 0.136 450 nm 0.312 0.113 500 nm 0.154 0.078 550 nm 0.076 0.079 600 nm 0.227 0.148 650 nm 0.230 0.230 700 nm 0.151 0.357 750 nm 0.157 0.246 800 nm 0.154 0.154 A standard curve of the standards was also prepared to help determine the concentration of each component in the solution. The solution produced an absorbance reading of 0.486 at the λmax of Ben, and 0.463 at the λmax of Jerry. STD CURVE BEN Λmax Ben Λmax Jerry STD CURVE JERRY Λmax Ben Λmax Jerry CONC (mM) ABS ABS CONC (mM)…
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