Which of the following chemical equations depicts a halogenation reaction with benzene? A) C₆H₆( $\ell$ ) + 3 Br₂(g) ? 3 C₂H₂Br₂(g) B) C₆H₆( $\ell$ ) + Cl₂(g)? C₆H₅Cl( $\ell$ ) + HCl(g) C) C₆H₆( $\ell$ ) + CH₃I(g) ?C₆H₅CH₃( $\ell$ ) + HI(g) D) C₆H₆( $\ell$ ) + Cl₂(g) ? C₆H₄Cl₂( $\ell$ ) + H₂(g) E) C₆H₆( $\ell$ ) + 3 Br₂(g) ? 6 C₆H₆Br₆(g)

Question

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Halogenation of benzene involves the substitution of a hydrogen atom with a halogen atom, such as chlorine or bromine. Option B shows benzene reacting with chlorine to form chlorobenzene and hydrogen chloride, which is a typical halogenation reaction.

Which of the Following Chemical Equations Depicts a Halogenation Reaction ℓ\ellℓ

Which of the Following Chemical Equations Depicts a Halogenation Reaction $\ell$