Regarding benzene some statements are given below

A) Benzene is an aromatic hydrocarbon

B) Benzene undergoes substitution reactions more easily than addition

reactions

C) Resonance energy of benzene is 150.48 kcal/mol

A and B

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A, C and D

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A, B and D

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A, B, C and D

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Solution

The correct option is C
A, B and D

Resonance energy of benzene = 150.48kJ/ mole

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Similar questions

Q. Phenol undergoes electrophilic substitution more easily than benzene because :

Nitration is an example of aromatic electrophilic substitution and its rate depends upon the group already present in the benzene ring. Out of benzene and phenol, which one is more easily nitrated and why?

Q. Why does benzene undergo electrophilic substitution reactions easily and nucleophilic substitutions difficulty?

Q. Consider the following four statements
(1) Benzene does not favour the attack of

N u^{-}

on itself.
(2) On benzene ring

E^{+}

can attacks easily because benzene ring is electron rich
(3) Benzene ring does not undergo addition reaction readily because after addition reaction benzene ring loses its aromatically.
(4) When electron withdrawing groups are present on benzene ring, attack of

N u -

on benzene nucleolus becomes easy.
Out of these statements, correct statements are-

Q. (a) How do you convert the following :
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(ii) Ethanol to Propan-2-ol
(b) Write mechanism of the following reaction :

C_{2} H_{5} O H H_{2} S O_{4} / 443 K - ------- \to C H_{2} = C H_{2} + H_{2} O

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Regarding benzene some statements are given below A) Benzene is an aromatic hydrocarbon B) Benzene undergoes substitution reactions more easily than addition reactions C) Resonance energy of benzene is 150.48 kcal/mol

The correct option is C A, B and D Resonance energy of benzene = 150.48kJ/ mole

Regarding benzene some statements are given below

A) Benzene is an aromatic hydrocarbon

B) Benzene undergoes substitution reactions more easily than addition

reactions

C) Resonance energy of benzene is 150.48 kcal/mol

The correct option is C
A, B and D

Resonance energy of benzene = 150.48kJ/ mole