2. (Chapter 13 - Q58b) The compound whose 'H NMR spectrum is shown has the molecular formula C7H,Br. Follow the following questions to predict the unknown structure. Chem. Rel. shift area 2.31 1.50 7.01 1.00 7.35 1.00 TMS 10 9. 8 7 6. 4 3 1 0 ppm Chemical shift (8) © 2016 Cengage Learning 2(a) Degree of the unsaturation of this compound is= 2(b) The two distinct peaks in the aromatic region of the 'H NMR indicate that compound is .-disubstituted = 2(c) The splitting pattern of the peak at 2.31 6 is = 2(d) The group that corresponds to the splitting pattern in 1(c) is = 2(e) This compound has the plane of symmetry Yes or No = 2(f) The name of the unknown compound = Intensity

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The compound whose 1H NMR spectrum is shown has the molecular formula C7H7Br. Follow the following questions to predict the unknown structure.

 

2(a) Degree of the unsaturation of this compound is= ,

2(b) The two distinct peaks in the aromatic region of the 1H NMR indicate that compound is .................-disubstituted =

2(c) The splitting pattern of the peak at 2.31 δ is = 

2(d) The group that corresponds to the splitting pattern in 1(c) is = 

2(e) This compound has the plane of symmetry Yes or No = 

2(f) The name of the unknown compound =

2. (Chapter 13 - Q58b) The compound whose 'H NMR spectrum is shown has the
molecular formula C7H,Br. Follow the following questions to predict the unknown
structure.
Chem. Rel.
shift
area
2.31
1.50
7.01
1.00
7.35
1.00
TMS
10
9.
8 7
6.
4
3
1
0 ppm
Chemical shift (8)
© 2016 Cengage Learning
2(a) Degree of the unsaturation of this compound is=
2(b) The two distinct peaks in the aromatic region of the 'H NMR indicate that
compound is .-disubstituted =
2(c) The splitting pattern of the peak at 2.31 6 is =
2(d) The group that corresponds to the splitting pattern in 1(c) is =
2(e) This compound has the plane of symmetry Yes or No =
2(f) The name of the unknown compound =
Intensity
Transcribed Image Text:2. (Chapter 13 - Q58b) The compound whose 'H NMR spectrum is shown has the molecular formula C7H,Br. Follow the following questions to predict the unknown structure. Chem. Rel. shift area 2.31 1.50 7.01 1.00 7.35 1.00 TMS 10 9. 8 7 6. 4 3 1 0 ppm Chemical shift (8) © 2016 Cengage Learning 2(a) Degree of the unsaturation of this compound is= 2(b) The two distinct peaks in the aromatic region of the 'H NMR indicate that compound is .-disubstituted = 2(c) The splitting pattern of the peak at 2.31 6 is = 2(d) The group that corresponds to the splitting pattern in 1(c) is = 2(e) This compound has the plane of symmetry Yes or No = 2(f) The name of the unknown compound = Intensity
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