Although benzene is highly unsaturated it does not undergo addition reactions. The explanation of this can be suggested as

Question

Although benzene is highly unsaturated it does not undergo addition reactions. The explanation of this can be suggested as (A) π-electrons of benzene ring are delocalised (B) since π-electrons are present inside the ring, addition cannot take place (C) cyclic structures do not show addition reactions (D) benzene is not a reactive compound

Tardigrade Admin · Accepted Answer

π-electrons of benzene ring are delocalised throughout the molecule. This makes the molecule very stable. The stability resists breaking of double bonds for addition.

Q. Although benzene is highly unsaturated it does not undergo addition reactions. The explanation of this can be suggested as

$π$ -electrons of benzene ring are delocalised

since $π$ -electrons are present inside the ring, addition cannot take place

cyclic structures do not show addition reactions

benzene is not a reactive compound

$π$ -electrons of benzene ring are delocalised throughout the molecule. This makes the molecule very stable. The stability resists breaking of double bonds for addition.