Consider the spectral data for 2-methyl-2-butanol (Figs. 14.5and 14.6).
***PICS***http://i1381.photobucket.com/albums/ah210/Chris_Castellanos/ScreenShot2014-12-01at84946PM_zpsedeca5ef.png
http://i1381.photobucket.com/albums/ah210/Chris_Castellanos/ScreenShot2014-12-01at84953PM_zps9155604e.png
a. In the functional group region of the IR spectrum, identifythe absorption
associated with the hydroxyl group, and explain why this peak isbroad.
b. In the 1H NMR spectrum, assign the various resonances to thehydrogen
nuclei responsible for them.
c. If the NMR sample of 2-methyl-2-butanol in CDCl3 were shakenwith D2O
prior to taking the 1H NMR spectrum, what differences might youexpect
to observe?
d. For the 13C NMR data, assign the various resonances to thecarbon nuclei
responsible for them.
Consider the spectral data for 2-methyl-2-butanol (Figs. 14.5and 14.6).
***PICS***http://i1381.photobucket.com/albums/ah210/Chris_Castellanos/ScreenShot2014-12-01at84946PM_zpsedeca5ef.png
http://i1381.photobucket.com/albums/ah210/Chris_Castellanos/ScreenShot2014-12-01at84953PM_zps9155604e.png
a. In the functional group region of the IR spectrum, identifythe absorption
associated with the hydroxyl group, and explain why this peak isbroad.
b. In the 1H NMR spectrum, assign the various resonances to thehydrogen
nuclei responsible for them.
c. If the NMR sample of 2-methyl-2-butanol in CDCl3 were shakenwith D2O
prior to taking the 1H NMR spectrum, what differences might youexpect
to observe?
d. For the 13C NMR data, assign the various resonances to thecarbon nuclei
responsible for them.