A compound with the molecular formula C13H1803 gave the following IR, 13C NMR, and ¹H NMR spectra:C₁H00LOD4100200CDS-02-401180 160 140doublet 2H9HSP-43-267triplet 2Htriplet 1H862003120 100There are eleven peaks on the spectrum.5ppmHAVENUMBER-4ppmThe the structure of the compound is:triplet 2H triplet 2H8060triplet 2H15004020triplet 3Hquintet 2Hsextet 2H1001000

IR spectra provides the information of possible functional groups in unknown compound. 13C-nmr…

A compound with the molecular formula C13H1803 gave the following IR, C NMR, and HN C13H1003 100 4300 200 180 160 140 CD5-02-401 doublet 2H 9 HSP-43-267 triplet 2H triplet 1H 8 7 6 120 2008 There are eleven peaks on the spectrum. 5 WIVENBER T 100 80 ppm triplet 2H triplet 2H 4 ppm The the structure of the compound is: triplet 2H 60 3 1500 40 20 2 triplet 3H quintet 2H sextet 2H 1 0 0 1000

A compound with the molecular formula C13H1803 gave the following IR, C NMR, and HN C13H1003 100 4300 200 180 160 140 CD5-02-401 doublet 2H 9 HSP-43-267 triplet 2H triplet 1H 8 7 6 120 2008 There are eleven peaks on the spectrum. 5 WIVENBER T 100 80 ppm triplet 2H triplet 2H 4 ppm The the structure of the compound is: triplet 2H 60 3 1500 40 20 2 triplet 3H quintet 2H sextet 2H 1 0 0 1000

Organic Chemistry

9th Edition

ISBN:9781305080485

Author:John E. McMurry

Publisher:John E. McMurry

Chapter13: Structure Determination: Nuclear Magnetic Resonance Spectroscopy

Section13.SE: Something Extra

Problem 53GP: The compound whose 1H NMR spectrum is shown has the molecular formula C3H6Br2. Propose a structure.

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