Sample Description:
 | | Molecular Formula: C10H7BrO
Molecular Weight: 223.066
| InChI= |
1/C10H7BrO/c11-9-5-2-1-4-8(9)10-6-3-7-12-10/h1-7H
|
| IUPAC Name: |
1-Bromo-2-(2-furyl)benzene
|
PubChem: 11615504
Spectrometer: Bruker ARX 400 MHz
Solvent: CDCl3
|
| |
1D
Proton
Resonances From
Web Site:
$> cat proton.ll
7.8177 .25
7.8135 .25
7.7979 .25
7.7937 .25
7.6686 .25
7.6655 .25
7.6485 .25
7.6454 .25
7.5340 .25
7.5323 .25
7.5295 .25
7.5278 .25
7.3842 .13
7.3810 .13
7.3658 .13
7.3646 .13
7.3627 .13
7.3615 .13
7.3461 .13
7.3429 .13
7.2602 .01
7.1847 .25
7.1830 .25
7.1761 .25
7.1744 .25
7.1488 .13
7.1445 .13
7.1304 .13
7.1287 .13
7.1261 .13
7.1245 .13
7.1103 .13
7.1061 .13
6.5424 .25
6.5378 .25
6.5338 .25
6.5292 .25
5.2970 0.1
| |
1D
Carbon
Resonances From
Web Site:
$> cat carbon.ll
151.2747
142.1777
134.0547
131.2167
128.7607
128.3767
127.3557
119.6087
111.3807
110.5297
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| |
Automated VerifyIt Proton Assignments:
 | |
Automated VerifyIt Carbon Assignments:
 |
Top
9
FindIt Molecular
Structures
Consistent With
Molecular Formula and Proton Resonances:
The correct structure is at position
8.
(Only
9
structures are
consistent with the molecular formula.)
Best 9 structures in decreasing rating (structure ID shown in parentheses):
1: 0.989568 ( 613827) 2: 0.988140 ( 27144) 3: 0.984587 ( 613826)
4: 0.982588 ( 45943) 5: 0.979065 ( 150849) 6: 0.976849 ( 11316)
7: 0.975989 ( 575609) 8: 0.975535 ( U17) 9: 0.878410 ( 640394)
Top
10
FindIt Molecular
Structures
Consistent With
Proton and Carbon
Resonances:
The correct structure is at position
8.
Best 10 structures in decreasing rating (structure ID shown in parentheses):
1: 0.953876 ( 5086935) 2: 0.953302 ( 1239968) 3: 0.951633 ( 222581)
4: 0.950889 ( 6331930) 5: 0.950745 ( 3963352) 6: 0.950467 ( 290359)
7: 0.948953 ( 6333865) 8: 0.948846 ( U17) 9: 0.947861 ( 262249)
10: 0.947702 ( 313873)
Comments:
PubChem does not contain this structure. So it was entered with NMRgraph and added to the FindIt database. The
shown proton and carbon shift assignments were derived by VerifyIt.
For finding best matching PubChem structures, the molecular formula (MF) was specified. Neither proton nor carbon
shift prediction describe this molecule well. The number of requested best structures was ten. As only nine
structures are shown, PubChem does not contain more structures with this uncommon MF.
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