V Using 'H NMR data of both your product and the starting material (p-toluic acid), describe hov supports the formation of 4-bromomethylbenzoic acid. Hint: use chemical shift and integratior response.
V Using 'H NMR data of both your product and the starting material (p-toluic acid), describe hov supports the formation of 4-bromomethylbenzoic acid. Hint: use chemical shift and integratior response.
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
V
Using 'H NMR data of both your product and the starting material (p-toluic acid), describe hov
supports the formation of 4-bromomethylbenzoic acid.
Hint: use chemical shift and integratior
response.
![AD 2_9 22
Temperature 25
Spectrometer nmr.bard.edu-vnmrs400
Study owner CHEM202
Operator CHEM202
Sample Name AD 2_9_22
Pulse sequernce PROTON
Date collected 2022-02-09
Solvent dmso
INTEGRAL VALUES
Integral
stan(ppm)
end
value
ANSPOSE
TI
13.0984
12.193
7.55828
1
0.992
8.04938
1.974
SS PIPE
ORGAN
3
7.48155
7.09788
1.994
2.41716
2.21765
3.041
PEAK FREUENCIES
index
freg(ppm)
intensity
7.80519
41.0231
7.78561
41.6325
3.
7.27463
38.929
7.25407
34.8063
3.29542
132.3
2.46825
140.627
2.46434
154.772
2.33414
129.667
14
12
10
8.
6.
4
2
ppm
3
No Bromne
Plot dale 2022-02-09
Data file /horne/Research/vnmrsys/data CHEM202/CHEM202_AD_2_9_ 22_20220209_01/AD_2_9_22_PROTON_01](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5ae19bb1-f76e-4421-a2d2-fe6b8bbef93b%2F76e0da95-d2cb-4d36-97bc-df31d8043948%2F8pi1ymf_processed.jpeg&w=3840&q=75)
Transcribed Image Text:AD 2_9 22
Temperature 25
Spectrometer nmr.bard.edu-vnmrs400
Study owner CHEM202
Operator CHEM202
Sample Name AD 2_9_22
Pulse sequernce PROTON
Date collected 2022-02-09
Solvent dmso
INTEGRAL VALUES
Integral
stan(ppm)
end
value
ANSPOSE
TI
13.0984
12.193
7.55828
1
0.992
8.04938
1.974
SS PIPE
ORGAN
3
7.48155
7.09788
1.994
2.41716
2.21765
3.041
PEAK FREUENCIES
index
freg(ppm)
intensity
7.80519
41.0231
7.78561
41.6325
3.
7.27463
38.929
7.25407
34.8063
3.29542
132.3
2.46825
140.627
2.46434
154.772
2.33414
129.667
14
12
10
8.
6.
4
2
ppm
3
No Bromne
Plot dale 2022-02-09
Data file /horne/Research/vnmrsys/data CHEM202/CHEM202_AD_2_9_ 22_20220209_01/AD_2_9_22_PROTON_01
![TolulcAcid
Sample Namme TolulcAcld
Date collected 2022-02-08
Pulse sequence PROTON
Sovent dmso
Temperature 25
Spectrometer nmr.bard.edu-vnmrs400
Study owner CHEM202
Operator CHEM202
DMSO
çoOH
CH3
P-toluic acid
11
10
4.
1
ppm
13
12
.02
3.29](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5ae19bb1-f76e-4421-a2d2-fe6b8bbef93b%2F76e0da95-d2cb-4d36-97bc-df31d8043948%2Fh18hmn_processed.jpeg&w=3840&q=75)
Transcribed Image Text:TolulcAcid
Sample Namme TolulcAcld
Date collected 2022-02-08
Pulse sequence PROTON
Sovent dmso
Temperature 25
Spectrometer nmr.bard.edu-vnmrs400
Study owner CHEM202
Operator CHEM202
DMSO
çoOH
CH3
P-toluic acid
11
10
4.
1
ppm
13
12
.02
3.29
Expert Solution
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Step 1: Introduction
Nuclear magnetic resonance (NMR) is the characteristics of nuclei which is the dependent on the applied external magnetic field.
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