Statement-I : The carbon-carbon double bond in propene `(CH_3CH=CH_2)` undergoes electrophilic addition, whereas the cabon-carbon double bond in acraldehyde `(CH_2=CH–CHO)` undergoes nucleophilic addition.
Statement-II : In propene, the electron-releasing effect of `CH_3`– group causes its double bond to act as an electron-pair donor whereas in acraldehyde, the –R effect of –CHO group causes its double bond to behave as an electron-pair acceptor.

Statement Based Question : (for questions 25 to 27)
Each of the questions given below consist of statement-I and statement-II. Use the following
key to choose the appropriate answer.
(A) If both statement-I and statement-II are true but statement-II is not the correct explanation of statement-I
(B) If both statement-I and statement-II are true, and statement-II is the correct explanation of statement-I.
(C) If statement-I is true but statement-II is false
(D) If statement-I is false but statement-II is true

Statement-I : The carbon-carbon double bond in propene `(CH_3CH=CH_2)` undergoes electrophilic addition, whereas the cabon-carbon double bond in acraldehyde `(CH_2=CH–CHO)` undergoes nucleophilic addition.

Statement-II : In propene, the electron-releasing effect of `CH_3`– group causes its double bond to act as an electron-pair donor whereas in acraldehyde, the –R effect of –CHO group causes its double bond to behave as an electron-pair acceptor.

If both statement-I and statement-II are true but statement-II is not the correct explanation
of statement-I

If both statement-I and statement-II are true, and statement-II is the correct explanation
of statement-I.

If statement-I is true but statement-II is false

If statement-I is false but statement-II is true