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6 Nov 2019
Written out SN1 reaction for this reaction. Used H3PO4
AAROL IN CH2720 FALL 2018 ed dehydration reaction of alcohol in lecture. In today's experiment we will perform this cyclohexanol, a secondary alcohol commonly used in laboratory and industry. The overall picted in Scheme 1 here below: он acid +H2O acid H2SO4, H3P04, TsOH, etc. Scheme 1. Dehydration of Cyclohexanol Catalyzed by Strong Acid on of alcohol occurs via a multi-step reaction mechanism: Firstly, the oxygen in alcoho up is protonated by an acid catalyst to form a good leaving group (-O'H2). After this initia ction, the now activated reactant can undergo E1 elimination through a key carbocatio Then a general base (e.g. the solvent) will carry out a second acid and base reaction (th f El elimination) to remove a B-hydrogen and produce the t bond in the alkene produc rate the acid catalyst. ntal setun widely used in organic labs, the Show transcribed image text
Written out SN1 reaction for this reaction.
Used H3PO4
AAROL IN CH2720 FALL 2018 ed dehydration reaction of alcohol in lecture. In today's experiment we will perform this cyclohexanol, a secondary alcohol commonly used in laboratory and industry. The overall picted in Scheme 1 here below: он acid +H2O acid H2SO4, H3P04, TsOH, etc. Scheme 1. Dehydration of Cyclohexanol Catalyzed by Strong Acid on of alcohol occurs via a multi-step reaction mechanism: Firstly, the oxygen in alcoho up is protonated by an acid catalyst to form a good leaving group (-O'H2). After this initia ction, the now activated reactant can undergo E1 elimination through a key carbocatio Then a general base (e.g. the solvent) will carry out a second acid and base reaction (th f El elimination) to remove a B-hydrogen and produce the t bond in the alkene produc rate the acid catalyst. ntal setun widely used in organic labs, the
Show transcribed image text Elin HesselLv2
10 Mar 2019