Benzene does not undergo addition reaction easily because :

Question

Benzene does not undergo addition reaction easily because : (A) it has six hydrogen atoms (B) it has a cyclic structure (C) double bonds present in benzene are strong (D) resonance stabilized system is to be preserved

Tardigrade Admin · Accepted Answer

Benzene is an aromatic compound. It is cyclic planar, conjugated system containing (4n+2)π e- which are delocalised. Due to this delocalization of π e- (resonance) benzene possess a high degree of stability and does not readily undergo addition reaction.

Q. Benzene does not undergo addition reaction easily because :

it has six hydrogen atoms

it has a cyclic structure

double bonds present in benzene are strong

resonance stabilized system is to be preserved

Benzene is an aromatic compound. It is cyclic planar, conjugated system containing $(4 n + 2) π e^{-}$ which are delocalised. Due to this delocalization of $π e^{-}$ (resonance) benzene possess a high degree of stability and does not readily undergo addition reaction.

Q. Benzene does not undergo addition reaction easily because :

it has six hydrogen atoms

it has a cyclic structure

double bonds present in benzene are strong

resonance stabilized system is to be preserved

Benzene is an aromatic compound. It is cyclic planar, conjugated system containing (4n+2)πe− which are delocalised. Due to this delocalization of πe− (resonance) benzene possess a high degree of stability and does not readily undergo addition reaction.

Benzene is an aromatic compound. It is cyclic planar, conjugated system containing $(4 n + 2) π e^{-}$ which are delocalised. Due to this delocalization of $π e^{-}$ (resonance) benzene possess a high degree of stability and does not readily undergo addition reaction.