The basicity of aniline is weaker in comparison to that of methyl amine due to

Question

The basicity of aniline is weaker in comparison to that of methyl amine due to (A) hyperconjugative effect of Me-group in MeNH2 (B) resonance effect of phenyl group in aniline (C) lower molecular weight of methyl amine as compared to that of aniline (D) resonance effect of -NH2 group in MeNH2

Tardigrade Admin · Accepted Answer

<img class="img-fluid question-image" alt="image" src="https://cdn.tardigrade.in/img/question/chemistry/1b3ba9e36bacb62555415b6a9fe6ae4b-.png" /> The lone pair of electrons, present in N-atom in aniline involve in ring resonance. So it is less basic than methyl amine.

Q. The basicity of aniline is weaker in comparison to that of methyl amine due to

hyperconjugative effect of $M e$ -group in $M e N H_{2}$

resonance effect of phenyl group in aniline

lower molecular weight of methyl amine as compared to that of aniline

resonance effect of - $N H_{2}$ group in $M e N H_{2}$

The lone pair of electrons, present in N-atom in aniline involve in ring resonance.
So it is less basic than methyl amine.

Q. The basicity of aniline is weaker in comparison to that of methyl amine due to

hyperconjugative effect of Me-group in MeNH2​

resonance effect of phenyl group in aniline

lower molecular weight of methyl amine as compared to that of aniline

resonance effect of -NH2​ group in MeNH2​

The lone pair of electrons, present in N-atom in aniline involve in ring resonance. So it is less basic than methyl amine.

hyperconjugative effect of $M e$ -group in $M e N H_{2}$

resonance effect of - $N H_{2}$ group in $M e N H_{2}$

The lone pair of electrons, present in N-atom in aniline involve in ring resonance.
So it is less basic than methyl amine.