Formation of two isomeric cyanides in the following reaction- CH 3 CH - CHCH 2 Cl - KCN alc - is due toA- The presence of alcoholB- Ambident nature of CN -C- SN2 mechanism of the reactionD- S N I mechanism of the reaction

The correct option is D S_N^I mechanism of the reaction CH_3CH=CHCH_2Cl [ CH_3CH=CHCH^+_2 ↔ CH_3CH^+ CH=CH_2 ] CH_3CH=CHCH_2CN+CH_3CN|CHCH=CH_2 ...

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Nucleophilic Substitution in Alkyl Halides

Formation of ...

Question

Formation of two isomeric cyanides in the following reaction. $C H_{3} C H = C H C H_{2} C l + K C N (a l c .)$ is due to

Ambident nature of $C N^{-}$

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$S_{N}^{2}$ mechanism of the reaction

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$S_{N^{I}}$ mechanism of the reaction

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The presence of alcohol

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Formation of two isomeric cyanides in the following reaction. $C H_{3} C H = C H C H_{2} C l + K C N (a l c .)$ is due to

S_{N} 1

S_{N} 2

S_{N} 1

S_{N} 2

S_{N} 1

3^{0}

S_{N} 2

1^{o}

2^{o}

S_{N} 1

S_{N} 2

1^{o} R O H

H X

S_{N} 2

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