The molecular formula of diphenyl methane,C_{ | vedclass

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(D) Diphenyl methane has two equivalent phenyl rings attached to a central $CH_2$ group. When one hydrogen atom is replaced by a chlorine atom,the pos

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$4$

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(D) Diphenyl methane has two equivalent phenyl rings attached to a central $CH_2$ group. When one hydrogen atom is replaced by a chlorine atom,the possible positions are: $1$. Ortho-position on the phenyl ring. $2$. Meta-position on the phenyl ring. $3$. Para-position on the phenyl ring. $4$. The central $CH_2$ group (benzylic position). Thus,there are $4$ distinct structural isomers possible,as shown in the provided image.

The molecular formula of diphenyl methane,$C_{13}H_{12}$,is given. How many structural isomers are possible when one of the hydrogens is replaced by a chlorine atom?

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