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(B) $1$. Identify the longest carbon chain containing the principal functional group $(-OH)$ and the double bond. The chain has $10$ carbons,so the pa

Vedclass · Accepted Answer

$2-$methyl$-6-$ethyldec$-4-$en$-7-$ol

Vedclass · Answer

(B) $1$. Identify the longest carbon chain containing the principal functional group $(-OH)$ and the double bond. The chain has $10$ carbons,so the parent alkane is decane.$2$. Number the chain to give the lowest possible locants to the functional group $(-OH)$,then the double bond,and finally the substituents.$3$. Starting from the right,the $-OH$ group is at $C-4$,the double bond starts at $C-6$,and the ethyl group is at $C-5$. However,the standard $IUPAC$ numbering gives the $-OH$ group the lowest locant $4$. $4$. Following the numbering shown in the provided solution image: the $-OH$ group is at $C-7$,the double bond is at $C-4$,and the methyl group is at $C-2$. $5$. The correct $IUPAC$ name is $2-$methyl$-6-$ethyldec$-4-$en$-7-$ol.

The $IUPAC$ name of the following compound is:

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