Which of the following sequences of reactions must be carried out respectively to get a secondary alcohol for primary alcohol?

Oxidation reaction with

R - M g - I

, hydrolysis/

H^{+}

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Oxidation reaction with

R - M g - C l

, hydrolysis/

H^{+}

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Hydrolysis/

H^{+}

, oxidation reaction with

R - M g - O

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Oxidation

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Solution

The correct option is A Oxidation reaction with $R - M g - I$ , hydrolysis/ $H^{+}$
The following sequence of reactions must be carried out respectively to get a secondary alcohol for primary alcohol.
Oxidation reaction with $R - M g - I$ , hydrolysis/ $H^{+}$
Hence option A is correct.

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R M g X

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H g {S O}_{4}

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N H_{3}

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(C H 3)_{2} C H O H O x i d a t i o n - ----- \to A C H_{3} - M g - I - ------ \to H_{2} O / H^{+} B

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