The descending order of basicity of the follo | vedclass

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(B) To determine the basicity,we consider the availability of the lone pair on the nitrogen atom. $1$. Aliphatic amines are generally more basic than

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$E > D > B > A > C$

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(B) To determine the basicity,we consider the availability of the lone pair on the nitrogen atom. $1$. Aliphatic amines are generally more basic than aromatic amines because the lone pair on the nitrogen in aromatic amines is delocalized into the benzene ring. $2$. Among aliphatic amines,$(CH_3)_2NH$ $(E)$ is more basic than $CH_3NH_2$ $(D)$ due to the greater $+I$ effect of two methyl groups. $3$. Among aromatic amines,the basicity depends on the substituents on the benzene ring. An electron-donating group (like $-OCH_3$) increases basicity,while an electron-withdrawing group (like $-NO_2$) decreases it. $4$. Thus,$p$-methoxyaniline $(B)$ > aniline $(A)$ > $p$-nitroaniline $(C)$. $5$. Combining these,the order is: $(CH_3)_2NH$ $(E)$ > $CH_3NH_2$ $(D)$ > $p$-methoxyaniline $(B)$ > aniline $(A)$ > $p$-nitroaniline $(C)$. Therefore,the correct order is $E > D > B > A > C$.

The descending order of basicity of the following amines is $:$
$(A)$ Aniline
$(B)$ $p$-Methoxyaniline
$(C)$ $p$-Nitroaniline
$(D)$ Methylamine
$(E)$ Dimethylamine
Choose the correct answer from the options given below $:$

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The descending order of basicity of the following amines is $:$ $(A)$ Aniline $(B)$ $p$-Methoxyaniline $(C)$ $p$-Nitroaniline $(D)$ Methylamine $(E)$ Dimethylamine Choose the correct answer from the options given below $:$