Consider the following structures. Which stat | vedclass

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(A) Let us analyze the configurations of the given chiral molecules:$A$: The central carbon is bonded to $CH_3$ (top),$C_2H_5$ (bottom),$Cl$ (left),an

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$B$ and $C$ are identical

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(A) Let us analyze the configurations of the given chiral molecules:$A$: The central carbon is bonded to $CH_3$ (top),$C_2H_5$ (bottom),$Cl$ (left),and $Br$ (right).$B$: The central carbon is bonded to $C_2H_5$ (top),$CH_3$ (bottom),$Cl$ (left),and $Br$ (right).$C$: The central carbon is bonded to $Cl$ (top),$C_2H_5$ (bottom),$CH_3$ (left),and $Br$ (right).$D$: The central carbon is bonded to $Cl$ (top),$Br$ (bottom),$C_2H_5$ (left),and $CH_3$ (right).By performing rotations in the plane of the paper ($180$ degree rotation),we can check for identity or enantiomeric relationships.$A$ and $B$ are enantiomers because they are non-superimposable mirror images.$B$ and $C$ are identical because rotating $C$ by $180$ degrees in the plane brings it to the same configuration as $B$.$A$ and $C$ are enantiomers.$B$ and $D$ are enantiomers.Therefore,the statement '$B$ and $C$ are identical' is correct,and the other statements regarding enantiomers are also correct based on the spatial arrangement. However,checking the options provided,the question asks for the incorrect statement. Upon re-evaluating the structures,$A$ and $B$ are indeed enantiomers,$A$ and $C$ are enantiomers,and $B$ and $D$ are enantiomers. All statements provided in the options are actually correct descriptions of the relationships between the molecules. Given the standard nature of such problems,if one must be chosen as 'not correct',there might be a typo in the question's premise or options. Assuming the question implies identifying the false relationship,all listed relationships are valid.

Consider the following structures. Which statement is $NOT$ correct?

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