C_8H_{16} that can form cis-trans geometrical | vedclass

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(A) $5$-methylhept-$3$-ene $(CH_3-CH_2-CH(CH_3)-CH=CH-CH_2-CH_3)$ satisfies both conditions:$1.$ **Geometrical Isomerism**: The double bond at $C_3$ h

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$5-$methylhept$-3-$ene

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(A) $5$-methylhept-$3$-ene $(CH_3-CH_2-CH(CH_3)-CH=CH-CH_2-CH_3)$ satisfies both conditions:$1.$ **Geometrical Isomerism**: The double bond at $C_3$ has different groups on both carbons ($H$ and $-CH_2CH_3$ on $C_3$; $H$ and $-CH(CH_3)CH_2CH_3$ on $C_4$),allowing for cis and trans forms.$2.$ **Chiral Center**: The carbon at $C_5$ is a chiral center as it is attached to four different groups: $-H$,$-CH_3$,$-CH_2CH_3$,and $-CH=CHCH_2CH_3$.

$C_8H_{16}$ that can form cis-trans geometrical isomers and also has a chiral centre,is

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