Which of the following isomeric heptanes can | vedclass

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(C) To determine the number of monochlorinated products,we need to count the number of non-equivalent hydrogen atoms in the molecule.$3-$Methylhexane

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$3-$Methylhexane

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(C) To determine the number of monochlorinated products,we need to count the number of non-equivalent hydrogen atoms in the molecule.$3-$Methylhexane has the structure $CH_3-CH_2-CH(CH_3)-CH_2-CH_2-CH_3$.Let's identify the distinct types of hydrogen atoms:$1$. The $CH_3$ group at the end of the chain (position $1$ in the image).$2$. The $CH_2$ group adjacent to the $CH_3$ (position $2$).$3$. The $CH$ group with the methyl branch (position $3$).$4$. The $CH_3$ group attached to the $CH$ (position $7$).$5$. The $CH_2$ group next to the $CH$ (position $4$).$6$. The $CH_2$ group next to that (position $5$).$7$. The terminal $CH_3$ group at the other end (position $6$).Since there are $7$ non-equivalent hydrogen atoms,$3-$Methylhexane yields $7$ different monochlorinated products.

Which of the following isomeric heptanes can yield seven different monochlorinated products upon free radical chlorination?

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