The correct structure of 2,6-Dimethyldec-4-en | vedclass

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Question

(C) To determine the structure of $2,6-$Dimethyldec$-4-$ene,follow these steps:$1$. The parent chain is $decene$,which contains $10$ carbon atoms.$2$.

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(C) To determine the structure of $2,6-$Dimethyldec$-4-$ene,follow these steps:$1$. The parent chain is $decene$,which contains $10$ carbon atoms.$2$. The double bond is located at the $4^{th}$ position (between $C4$ and $C5$).$3$. There are methyl groups at the $2^{nd}$ and $6^{th}$ positions.$4$. Analyzing the options,we look for a $10$-carbon chain where the double bond starts at $C4$ and methyl substituents are at $C2$ and $C6$.$5$. Structure $C$ represents a $10$-carbon chain with a double bond at the $4^{th}$ position and methyl groups at the $2^{nd}$ and $6^{th}$ positions,which matches the $IUPAC$ name $2,6-$Dimethyldec$-4-$ene.

The correct structure of $2,6-$Dimethyldec$-4-$ene is:

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