I need help with analyzing this Complete the following table.Table 1-H-NMRChemical Shift(рpm)MultiplicityIntegrationsFragmentsA9.3981Hв6.4791H2.3712HD1.7463HE1.1213HFigure of C13-NMR: Label each carbon in the C13-NMR below.20018016014012010080604020ppmFigure 3 Mass spectrum: Identify each fragment for m/z 41, 69, and 98.MEe amem/z = 98m/z = 41mz = 6940-20102010507090100110Relative Intensity Completely analyze the H-NMR, IR, C13 and mass spectrum to determine thestructure for the compound with chemical formula C6H100. Determine the 3different fragments corresponding to the three different m/z shown below.Calculate IHD. (Assign and label peaks to your proposed structure).100806040202000Wavenumber [cm]4000300015001000400IR2016-90714TMWave number (cm') and Transmittance (T%)2972 45 1689 5 1358 73 999 722937 59 1644 38 1306 75 867 812879 67 1461 68 1263 87 830 742818 73 1405 72 1221 56 774 882710 76 1380 81 1044 58 648 92Clearly label and Draw structure here with labels for each peak in the H-NMR.QE-300200100c13 NMR1H-NMRA.D

Nuclear magnetic resonance (NMR) spectroscopy is used to determine the structure of the molecule.…

Answered: Table 1-H-NMR Chemical Shift (ppm)…

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Chemistry

Table 1-H-NMR Chemical Shift (ppm) Multiplicity Integrations Fragments 9.398 1H 6.479 1H 2H 2.371 1.746 3H E 1.121 3H

Organic Chemistry

9th Edition

ISBN:9781305080485

Author:John E. McMurry

Publisher:John E. McMurry

Chapter13: Structure Determination: Nuclear Magnetic Resonance Spectroscopy

Section13.12: Dept 13c Nmr Spectroscopy

Problem 21P

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Question

I need help with analyzing this

Complete the following table.
Table 1-H-NMR
Chemical Shift
(рpm)
Multiplicity
Integrations
Fragments
A
9.398
1H
в
6.479
1H
2.371
2H
D
1.746
3H
E
1.121
3H
Figure of C13-NMR: Label each carbon in the C13-NMR below.
200
180
160
140
120
100
80
60
40
20
ppm
Figure 3 Mass spectrum: Identify each fragment for m/z 41, 69, and 98.
MEe ame
m/z = 98
m/z = 41
mz = 69
40-
20
10
20
10
50
70
90
100
110
Relative Intensity

Completely analyze the H-NMR, IR, C13 and mass spectrum to determine the
structure for the compound with chemical formula C6H100. Determine the 3
different fragments corresponding to the three different m/z shown below.
Calculate IHD. (Assign and label peaks to your proposed structure).
100
80
60
40
20
2000
Wavenumber [cm]
4000
3000
1500
1000
400
IR2016-90714TM
Wave number (cm') and Transmittance (T%)
2972 45 1689 5 1358 73 999 72
2937 59 1644 38 1306 75 867 81
2879 67 1461 68 1263 87 830 74
2818 73 1405 72 1221 56 774 88
2710 76 1380 81 1044 58 648 92
Clearly label and Draw structure here with labels for each peak in the H-NMR.
QE-300
200
100
c13 NMR
1H-NMR
A.
D

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