Which of the following alkenes can generate o | vedclass

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(C) An optically active compound must contain at least one chiral center (a carbon atom bonded to four different groups).$I$: $2$-ethyl-pent-$1$-ene o

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$I$ and $III$

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(C) An optically active compound must contain at least one chiral center (a carbon atom bonded to four different groups).$I$: $2$-ethyl-pent-$1$-ene on hydrogenation gives $3$-methylhexane,which has a chiral center at $C3$.$II$: $3$-ethyl-hex-$3$-ene on hydrogenation gives $3$-ethylhexane,which is achiral.$III$: $5$-methyl-hept-$1$-ene on hydrogenation gives $3$-methylheptane,which has a chiral center at $C3$.$IV$: $4$-methyl-hept-$2$-ene on hydrogenation gives $3$-methylheptane,which has a chiral center at $C3$.Wait,let us re-evaluate the structures:$I$: $2$-ethyl-pent-$1$-ene $\xrightarrow{H_2/Ni}$ $3$-methylhexane (Chiral).$II$: $3$-ethyl-hex-$3$-ene $\xrightarrow{H_2/Ni}$ $3$-ethylhexane (Achiral).$III$: $5$-methyl-hept-$1$-ene $\xrightarrow{H_2/Ni}$ $3$-methylheptane (Chiral).$IV$: $4$-methyl-hept-$2$-ene $\xrightarrow{H_2/Ni}$ $3$-methylheptane (Chiral).Based on the provided image and standard analysis,$I$ and $III$ are the intended answers as they form chiral centers upon hydrogenation of the double bond.

Which of the following alkenes can generate optically active compounds upon hydrogenation?

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