Aromatic molecules do not possess which of th | vedclass

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Question

(A) According to $H$ückel's rule,for a molecule to be aromatic,it must satisfy the following conditions: $1$. It must be cyclic. $2$. It must be plana

Vedclass · Accepted Answer

$4n \pi$ electrons

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(A) According to $H$ückel's rule,for a molecule to be aromatic,it must satisfy the following conditions: $1$. It must be cyclic. $2$. It must be planar. $3$. It must have a complete delocalization of $\pi$-electrons in the ring. $4$. It must contain $(4n + 2)\pi$ electrons,where $n$ is an integer $(n = 0, 1, 2, ...)$. Molecules containing $4n\pi$ electrons are generally anti-aromatic. Therefore,aromatic molecules do not possess $4n\pi$ electrons.

Aromatic molecules do not possess which of the following?

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