Chapters 11 & 12, lecture 1 (of 4) alcohol oxidation and C=O functional groups

phil
phil
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Published 2020-04-25
Carbonyl chemistry, making aldehydes, ketones, carboxylic acids, esters, thioesters, acid chlorides, amides, anhydrides. Using oxidation reactions (we use CrO3/pyridine = PCC and CrO3/water = Jones), we look at the beginnings of organic synthesis of the functional groups in our course.

These lectures follow my self written organic book. I wrote it for a one semester abbreviated organic course that I teach. It is not intended to cover all of the material in a one year course, but does intend to cover the main logic arguments of organic and the main functional groups of organic chemistry. There is also a solution manual. They are deliberately priced inexpensively on Amazon so as not to be a burden on my students. The Amazon link to the text is:

www.amazon.com/Essential-Logic-Organic-Chemistry-B…
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