Which of the following represent(s) the enant | vedclass

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(B) To find the enantiomer of $Y$, we must look for a structure that is a non-superimposable mirror image of $Y$. $1$. The molecule $Y$ contains a chi

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(B) To find the enantiomer of $Y$, we must look for a structure that is a non-superimposable mirror image of $Y$. $1$. The molecule $Y$ contains a chiral center. The priority order of groups attached to the chiral center is: $-Br (1) > -CH=CHCH_3 (2) > -CH_3 (3) > -H (4)$. $2$. In $Y$, the configuration of the chiral center is '$R$'. $3$. An enantiomer must have the opposite configuration ('$S$') at the chiral center while maintaining the same geometry at the double bond $(trans)$. $4$. Analyzing the options: - Option $A$ has the same configuration as $Y$ (identical). - Option $B$ has the '$S$' configuration at the chiral center and maintains the $trans$ geometry, making it the enantiomer of $Y$. - Option $C$ has the '$S$' configuration but the structure is different. - Option $D$ has a different geometry at the double bond $(cis)$, so it is a diastereomer, not an enantiomer.

Which of the following represent$(s)$ the enantiomer of $Y$?

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