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2.
3.
Explain why the oxidation of a tertiary alcohol is not possible.
A three-carbon colorless liquid containing two functional groups gave the
following results. Determine which functional groups this
compound contains
and
explain your reasoning. Ignore alkane as a functional
group. Draw a possible
structure for this compound.



Answer :

GinnyAnswer

Final answer:

Tertiary alcohols resist oxidation due to the lack of a hydrogen atom attached to the carbon bearing the OH group, hindering the formation of a carbon-to-oxygen double bond during oxidation.


Explanation:

Tertiary alcohols (R3COH) do not undergo oxidation because the carbon atom carrying the OH group is not attached to a hydrogen atom but to other carbon atoms, making the oxidation process challenging.

The resistance to oxidation in tertiary alcohols is due to the necessity of forming a carbon-to-oxygen double bond, which requires a carbon atom to release an attached atom, usually hydrogen, something hindered in tertiary alcohols.

As a result, tertiary alcohols are not easily oxidized because carbon-to-carbon bonds are not easily broken under oxidative conditions compared to carbon-to-hydrogen bonds.


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