The conditions for aromaticity is

Question

The conditions for aromaticity is (A) molecule must have clouds of delocalized π - electrons (B) molecule must contain (4n+2)π - electrons (C) both (a) and (b) (D) none of the above

Tardigrade Admin · Accepted Answer

The following are the necessary conditions for compound to be aromatic. (i) Molecule must be planar and cyclic (ii) Conjugated double bond must be present. (iii) It must have (4n+2)π - electrons.

Q. The conditions for aromaticity is

molecule must have clouds of delocalized $π -$ electrons

molecule must contain $(4 n + 2) π -$ electrons

both (a) and (b)

none of the above

The following are the necessary conditions for compound to be aromatic. (i) Molecule must be planar and cyclic (ii) Conjugated double bond must be present. (iii) It must have $(4 n + 2) π -$ electrons.

Q. The conditions for aromaticity is

molecule must have clouds of delocalized π− electrons

molecule must contain (4n+2)π− electrons

both (a) and (b)

none of the above

The following are the necessary conditions for compound to be aromatic. (i) Molecule must be planar and cyclic (ii) Conjugated double bond must be present. (iii) It must have (4n+2)π− electrons.

molecule must have clouds of delocalized $π -$ electrons

molecule must contain $(4 n + 2) π -$ electrons

The following are the necessary conditions for compound to be aromatic. (i) Molecule must be planar and cyclic (ii) Conjugated double bond must be present. (iii) It must have $(4 n + 2) π -$ electrons.