Provide rational interpretation of all the spectral data given below to determine the structures of thecorresponding compounds.400010080IR SpectrumB60% of base peak1030004013C NMR Spectrum(900 MHE. COO, sution)80proton decoupled9200'H NMR Spectrum(200 MHz, CDC, solution)DEPT CH CH. CH912000120v (om¹)160m/e160группи1600expensionM196/200200ele1200120Mass SpectrumC₂H₁1 Br240Resolves otwo signals800Resolves into280solvent80ppm0.00.51.01.5brance2003Problem 9140hUV spectrum5.30 mg / 10 mepath lenge1.00amsolvent: cyclohexane2502expansions300λ (nm)35.0 34.00ppm350& (ppm)TIMISO8 (ppm)

It is given that the chemical formula of the compound is C9H11Br. It's structure will be deduced on…

Provide rational interpretation of all the spectral data given below to determine the structures of the corresponding compounds. IR Spectrum 4000 100 woteps 3000 40 10 13C NMR Spectrum (900 MHE. COO, soton BO proton decoupled 200 DEPT Oui ont cHt H NMR Spectrum (200 M, CDC, solution) 2000 120 v (om 160 m/e 160 трудотуу 1200 1600 100-300 200 ele 120 Mass Spectrum C₂H₁₁Br 280 240 Resvesno 800 Resolves in 80 ppm 1.0 ang 200 Problem 91 40 UV spectrum 5.30 path leng solvere d 300 250 λ (nm) 0 350 & (ppm) TMIS O 8 (ppm)

Provide rational interpretation of all the spectral data given below to determine the structures of the corresponding compounds. IR Spectrum 4000 100 woteps 3000 40 10 13C NMR Spectrum (900 MHE. COO, soton BO proton decoupled 200 DEPT Oui ont cHt H NMR Spectrum (200 M, CDC, solution) 2000 120 v (om 160 m/e 160 трудотуу 1200 1600 100-300 200 ele 120 Mass Spectrum C₂H₁₁Br 280 240 Resvesno 800 Resolves in 80 ppm 1.0 ang 200 Problem 91 40 UV spectrum 5.30 path leng solvere d 300 250 λ (nm) 0 350 & (ppm) TMIS O 8 (ppm)

Organic Chemistry: A Guided Inquiry

2nd Edition

ISBN:9780618974122

Author:Andrei Straumanis

Publisher:Andrei Straumanis

ChapterL4: Proton (1h) Nmr Spectroscopy

Section: Chapter Questions

Problem 12E

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