In the alkaline hydrolysis of an alkyl halide | vedclass

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(D) The alkaline hydrolysis of an alkyl halide can proceed via $S_N1$ or $S_N2$ mechanisms.For $S_N1$ reactions,the rate depends only on the concentra

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Cannot be predicted

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(D) The alkaline hydrolysis of an alkyl halide can proceed via $S_N1$ or $S_N2$ mechanisms.For $S_N1$ reactions,the rate depends only on the concentration of the alkyl halide $(Rate = k[R-X])$,so the rate remains constant when the alkali concentration is doubled.For $S_N2$ reactions,the rate depends on both the alkyl halide and the nucleophile $(Rate = k[R-X][OH^-])$,so the rate doubles when the alkali concentration is doubled.Since the mechanism is not specified,the effect on the reaction rate cannot be definitively predicted without knowing the specific alkyl halide and reaction conditions.

In the alkaline hydrolysis of an alkyl halide by aqueous alkali,if the concentration of the alkali is doubled,the reaction rate will ...

Similar Questions

The correct order of $S_{N}1$ reaction rate for the given compounds is:

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Which of the following potential energy $(PE)$ diagrams represents the $S_N^1$ reaction?

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