The maximum number of possible isomers (inclu | vedclass

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(C) The mono-bromination of $1-$methylcyclohex$-1-$ene via free radical substitution involves the formation of various allylic radicals.$1$. Allylic r

Vedclass · Accepted Answer

$8$

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(C) The mono-bromination of $1-$methylcyclohex$-1-$ene via free radical substitution involves the formation of various allylic radicals.$1$. Allylic radical at the $CH_3$ group: This leads to $3-$bromomethylcyclohex$-1-$ene (achiral) and $1-$bromomethylcyclohex$-1-$ene (achiral).$2$. Allylic radical at $C_3$ position: This leads to $3-$bromo$-1-$methylcyclohex$-1-$ene,which has a chiral center,resulting in $2$ enantiomers.$3$. Allylic radical at $C_6$ position: This leads to $6-$bromo$-1-$methylcyclohex$-1-$ene,which has a chiral center,resulting in $2$ enantiomers.$4$. Allylic radical at $C_2$ position: This leads to $2-$bromo$-1-$methylcyclohex$-1-$ene,which has a chiral center,resulting in $2$ enantiomers.Considering all possible allylic positions and the resulting stereoisomers,the total number of isomers formed is $8$.

The maximum number of possible isomers (including stereoisomers) which may be formed on mono-bromination of $1-$methylcyclohex$-1-$ene using $Br_2$ and $UV$ light is. . . . . .

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