Statement - I: Ethene does not show geometrical isomerism.
Statement - II: Alkenes cannot show geometrical isomerism.

Statement- I & II are correct, Statement - II is the correct explanation of Statement - I

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Statement - I & II are correct, -Statement II is not the correct explanation of Statement - I

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Statement - I is true but Statement - II is false

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Statement - I is false but Statement - II is true

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Solution

The correct option is D Statement - I is true but Statement - II is false
Generally alkenes can show geometrical isomerism around the double bond but in ethene there are similar 4 H-atoms. So, similar groups can't show geometrical isomerism.

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Similar questions

Statement - I: $C l^{-} a n d C a^{2 +}$ are isoelectronic species.
Statement - II: Isoelectronic species should have same charges.

I

\to L = I \to ω

II

\to τ = \frac{d \to L}{d t}

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_{13}^{30} A l

_{20}^{40} C a

Statement-I : (p \land \sim q) \land (\sim p \land q)

Statement-II : (p \to q) \leftrightarrow (\sim q \to\sim p)

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