Question

$CH_3CH_2OH \: \: can \: be$
$\: converted \: into \: CH_3CHO \: by \:$

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Answer 1

$\Huge\boxed{\tt\green{✠Answer}}$

$\boxed{\tt CH_3CH_ 2OH + [O] \underset{}{\xrightarrow{\text{ \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \:}}}CH_3CHO + H_2O }$

$\tt{Use \: catalyst \: CRO_ 3 \: or \: K _ 2CR_ 2O_7 \: with \: H_2SO_ 4, H _2O}$

$\bf \purple{Here \: oxidation \: of \: alcohols \: takes \: place \: to \: form \: aldehydes}$

Answer 2

Explanation:

Pyridinium chlorochromate (PCC), a complex of chromium trioxide with pyridine and HCl gives good yield of aldehydes and prevents further oxidation to carboxylic acids.

CH 3

CH 2

OH

PPC

CH 3

CHO

l hope it will help u ☺️✌️☺️