Draw the condensed structural or line-angle formula for the ketone or carboxylic acid product when each of the following is oxidized:$\left(12.4\right)$

a.

b.

c.

d.

We need to draw the condensed structural.

The oxidation of alcohols produces carbonyl compounds

$1°$alcohols can yield carboxylic acids when oxidized.

$2°$alcohols yield ketones when oxidized.

$3°$alcohols do not normally react with oxidizing agents.

To solve this task, look at the structure of the given alcohol.

The given alcohol is a $1°$alcohol which means that it yields a corresponding carboxylic acid upon oxidation.

We need to draw the condensed structural.

The oxidation of alcohols produces carbonyl compounds:

$1°$alcohols can yield carboxylic acids when oxidized.

$2°$alcohols yield ketones when oxidized.

$3°$alcohols do not normally react with oxidizing agents.

Now,

the structure of the given alcohol.

The given alcohol is $2°$alcohol which means that it yields a corresponding ketone upon oxidation.

We need to draw the condensed structural.

The oxidation of aldehydes produces carboxylic acids.

The structure of the given aldehyde.

The given aldehyde will oxidize to produce the corresponding carboxylic acid.

We need to draw the condensed structural.

$1°$alcohols can yield carboxylic acids when oxidized.

$2°$alcohols yield ketones when oxidized.

$3°$alcohols do not normally react with oxidizing agents.

The structure of the given alcohol.

The given alcohol is a $2°$alcohol which means that it yields a corresponding ketone upon oxidation.