The structure of the compound whose IUPAC nam | vedclass

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(C) To determine the structure of $3-$ethyl$-2-$hydroxy$-4-$methylhex$-3-$en$-5-$ynoic acid,we follow these steps:
$1$. The parent chain is a hexenoi

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(C) To determine the structure of $3-$ethyl$-2-$hydroxy$-4-$methylhex$-3-$en$-5-$ynoic acid,we follow these steps:
$1$. The parent chain is a hexenoic acid,meaning it has $6$ carbon atoms with a carboxylic acid group at $C-1$.
$2$. The suffix $-3-$en$-5-$ynoic acid indicates a double bond at position $3$ and a triple bond at position $5$.
$3$. Substituents are an ethyl group at position $3$,a hydroxy group at position $2$,and a methyl group at position $4$.
$4$. Constructing the chain: $C1(COOH)-C2(OH)-C3(Et)=C4(Me)-C5\#C6$.
$5$. Comparing this with the given options,the structure corresponds to the one shown in the solution image.

The structure of the compound whose $IUPAC$ name is $3-$ethyl$-2-$hydroxy$-4-$methylhex$-3-$en$-5-$ynoic acid is:

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