Statement- I Acrolein containing aldehyde group undergoes aldol condensation with alkali.
Statement- II The double bond breaks when treated with NaOH. $H_{2} C = C H - C H O N a O H \to H C H O + C H_{3} C H O$

Both the statements are true and statement-II is the correct explanation of
statement-I.

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Both statements are true but 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 false but statement-II is true.
assertion is wrong
because the alpha hydrogen in acrolein is not acidic enough to take part in aldol condensation

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Statement- I Acrolein containing aldehyde group undergoes aldol condensation with alkali. Statement- II The double bond breaks when treated with NaOH. H2C=CH−CHONaOH→HCHO+CH3CHO

The correct option is D Statement-I is false but statement-II is true.assertion is wrongbecause the alpha hydrogen in acrolein is not acidic enough to take part in aldol condensation

Statement- I Acrolein containing aldehyde group undergoes aldol condensation with alkali.
Statement- II The double bond breaks when treated with NaOH. $H_{2} C = C H - C H O N a O H \to H C H O + C H_{3} C H O$

The correct option is D Statement-I is false but statement-II is true.
assertion is wrong
because the alpha hydrogen in acrolein is not acidic enough to take part in aldol condensation