The number of alkenyl groups possible from C_ | vedclass

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(B) The alkenyl groups are derived by removing one hydrogen atom from an alkene. For $C_{4}H_{8}$ (butenes),the possible isomers are $1$-butene,$2$-bu

Vedclass · Accepted Answer

$5$

Vedclass · Answer

(B) The alkenyl groups are derived by removing one hydrogen atom from an alkene. For $C_{4}H_{8}$ (butenes),the possible isomers are $1$-butene,$2$-butene,and $2$-methylpropene.Removing a hydrogen atom from these structures gives the following $C_{4}H_{7}$ groups:$(i)$ $CH_{3}CH_{2}CH=CH-$ ($1$-butenyl)$(ii)$ $CH_{3}CH=CHCH_{2}-$ ($2$-butenyl)$(iii)$ $CH_{2}=CHCH_{2}CH_{2}-$ ($3$-butenyl)$(iv)$ $CH_{3}C(CH_{3})=CH-$ ($2$-methyl$-1-$propenyl)$(v)$ $CH_{2}=C(CH_{3})CH_{2}-$ ($2$-methyl$-2-$propenyl)Thus,there are $5$ possible alkenyl groups.

The number of alkenyl groups possible from $C_{4}H_{7}$ are

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