$C H_{3} C H_{2} N H_{2}$ contains a basic $N H_{2}$ group, but $C H_{3} C O N H_{2}$ does not because:

C H_{3} C O N H_{2}

, the lone pair of electron on N-atom is delocalised due to resonance

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C H_{3} C O N H_{2}

is amphoteric in nature

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C H_{3} C H_{2} N H_{2}

, the lone pair of electrons on N-atom is delocalised due to resonance

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C H_{3} C O N H_{2}

is an acidic derivative

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Solution

The correct option is A in $C H_{3} C O N H_{2}$ , the lone pair of electron on N-atom is delocalised due to resonance
in $C H_{3} C O N H_{2}$ , the lone pair of electron on N-atom is delocalised due to resonance

Suggest Corrections

Similar questions

N

{C H}_{3} C H_{2} {N H}_{2}

{({C H}_{3})}_{2} N H

{C H}_{3} C O {N H}_{2}

σ

π

σ

π

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