Assume you get to start with an alkyl halide- To synthesize the following via a single-step S N 2 reaction- which of the following options is appropriate-A- chlorocyclohexane is made to react with traces of ammoniaB- chloromethylcyclohexane is made to react with traces of ammoniaC- chloromethylcyclohexane is made to react with an excess of ammoniaD- chlorocyclohexane is made to react with an excess of ammonia

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Nucleophilic Substitution in Alkyl Halides

Assume you ge...

Question

Assume you get to start with an alkyl halide. To synthesize the following via a single-step $S_{N} 2$ reaction,
which of the following options is appropriate ?

chlorocyclohexane is made to react with traces of ammonia

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(chloromethyl)cyclohexane is made to react with traces of ammonia

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(chloromethyl)cyclohexane is made to react with an excess of ammonia

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chlorocyclohexane is made to react with an excess of ammonia

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Solution

The correct option is C
(chloromethyl)cyclohexane is made to react with an excess of ammonia

If $N H_{3}$ is not in excess, there will be a mixture of products. Some $N H_{4} C l$ is also formed.

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Assume you get to start with an alkyl halide. To synthesize the following via a single-step SN2 reaction, which of the following options is appropriate ?

The correct option is C (chloromethyl)cyclohexane is made to react with an excess of ammonia If NH3 is not in excess, there will be a mixture of products. Some NH4Cl is also formed.

Assume you get to start with an alkyl halide. To synthesize the following via a single-step $S_{N} 2$ reaction,
which of the following options is appropriate ?

The correct option is C
(chloromethyl)cyclohexane is made to react with an excess of ammonia

If $N H_{3}$ is not in excess, there will be a mixture of products. Some $N H_{4} C l$ is also formed.