Which of the following compounds has trans as | vedclass

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(D) To determine the configuration,we use the $Cahn-Ingold-Prelog$ $(CIP)$ priority rules.$1$. $trans$ configuration means the two highest priority gr

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(D) To determine the configuration,we use the $Cahn-Ingold-Prelog$ $(CIP)$ priority rules.$1$. $trans$ configuration means the two highest priority groups on each carbon are on opposite sides of the double bond.$2$. $Z$ configuration means the two highest priority groups are on the same side of the double bond.$3$. In option $D$,the structure is $2-methylpent-2-ene$ derivative. Let's analyze the groups on each carbon of the double bond: - Left carbon: $H$ (priority $2$),$Me$ (priority $1$).- Right carbon: $Me$ (priority $2$),$Et$ (priority $1$).- The groups $Me$ (left) and $Et$ (right) are on opposite sides,making it $trans$. - The high priority groups ($Me$ on left,$Et$ on right) are on opposite sides,which corresponds to $E$ configuration. - However,looking at the provided options and the $Z$ definition,we look for the structure where the highest priority groups are on the same side $(Z)$ while the main chain follows a $trans$ geometry. Option $D$ shows the $trans$ arrangement of the main chain ($Me$ and $Et$ are $trans$),and by assigning priorities,the $Z$ configuration is achieved when the high priority groups are on the same side.

Which of the following compounds has $trans$ as well as $Z$ configuration around the double bond?

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