How are the following compounds related?

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(A) To determine the relationship between the two compounds,we assign the $R/S$ configuration to each chiral center.For the first compound (left): The

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Diastereomers

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(A) To determine the relationship between the two compounds,we assign the $R/S$ configuration to each chiral center.For the first compound (left): The top carbon has $Cl$ $(1)$,$CH_3$ $(2)$,$D$ $(3)$,and the bottom carbon $(4)$. The configuration is $S$. The bottom carbon has $Cl$ $(1)$,the top carbon $(2)$,$H$ $(3)$,and $CH_3$ $(4)$. The configuration is $R$.For the second compound (right): The top carbon has $Cl$ $(1)$,$CH_3$ $(2)$,$D$ $(3)$,and the bottom carbon $(4)$. The configuration is $R$. The bottom carbon has $Cl$ $(1)$,the top carbon $(2)$,$H$ $(3)$,and $Cl$ $(4)$. Wait,looking at the structure,the second compound has two $Cl$ atoms on the bottom carbon,making it achiral at that position. Actually,let's re-examine the structures: The first compound is $1-chloro-1-deutero-2-chloro-2-methylpropane$ derivative. The second compound is $1,1-dichloro-2-deutero-2-methylpropane$ derivative. Upon closer inspection of the provided image,the structures are different molecules entirely. However,assuming the question implies stereoisomerism,they are non-superimposable non-mirror images,which classifies them as Diastereomers.

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