The molecular formula of diphenylmethane is C | vedclass

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(B) Diphenylmethane has the structure $Ph-CH_2-Ph$. The hydrogen atoms can be replaced by a chlorine atom at different positions:$1$. Replacement of o

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$4$

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(B) Diphenylmethane has the structure $Ph-CH_2-Ph$. The hydrogen atoms can be replaced by a chlorine atom at different positions:$1$. Replacement of one hydrogen atom from the central $CH_2$ group gives $Ph-CHCl-Ph$ ($1$ isomer).$2$. Replacement of one hydrogen atom from the benzene rings:- Due to symmetry,both benzene rings are equivalent.- In each ring,there are three distinct positions for substitution: ortho $(o)$,meta $(m)$,and para $(p)$.- This gives $3$ additional isomers: $o$-chlorodiphenylmethane,$m$-chlorodiphenylmethane,and $p$-chlorodiphenylmethane.Total number of structural isomers = $1 + 3 = 4$.

The molecular formula of diphenylmethane is $C_{13}H_{12}$. How many structural isomers are possible when one of the hydrogen atoms is replaced by a chlorine atom?

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