Which isomer of xylene can give three differe | vedclass

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(B) The structure of $m$-xylene ($1,3$-dimethylbenzene) has three distinct types of hydrogen atoms available for substitution by chlorine: $1$. The hy

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$m$-xylene

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(B) The structure of $m$-xylene ($1,3$-dimethylbenzene) has three distinct types of hydrogen atoms available for substitution by chlorine: $1$. The hydrogen atoms on the carbon atoms between the two methyl groups (position $2$). $2$. The hydrogen atoms on the carbon atoms adjacent to one methyl group (positions $4$ and $6$). $3$. The hydrogen atoms on the carbon atoms meta to the methyl groups (position $5$). Because there are three non-equivalent sets of hydrogen atoms,$m$-xylene can form three different monochloroderivatives. In contrast,$o$-xylene and $p$-xylene have fewer non-equivalent hydrogen positions due to symmetry.

Which isomer of xylene can give three different monochloroderivatives?

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