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What is the function of NaOH in the preparation of oximes?
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+ Inorganic chemistry
+ Chemical reactions
+ Sodium hydroxide
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+ Organic chemistry
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Mike Webster
What is the function of NaOH in the preparation of oximes?
If the carbonyl compound is insoluble in water, a hydroalcoholic solution is used to dissolve it. If sodium hydroxide is employed for liberating the free hydroxylamine from the hydrochloride, it is necessary to saturate the solution with carbon dioxide at the end of the reaction to precipitate the oxime.
If the carbonyl compound is insoluble in water, a hydroalcoholic solution is used to dissolve it. If sodium hydroxide is employed for liberating the free hydroxylamine from the hydrochloride, it is necessary to saturate the solution with carbon dioxide at the end of the reaction to precipitate the oxime.
If the carbonyl compound is insoluble in water, a hydroalcoholic solution is used to dissolve it. If sodium hydroxide is employed for liberating the free hydroxylamine from the hydrochloride, it is necessary to saturate the solution with carbon dioxide at the end of the reaction to precipitate the oxime.
If the carbonyl compound is insoluble in water, a hydroalcoholic solution is used to dissolve it. If sodium hydroxide is employed for liberating the free hydroxylamine from the hydrochloride, it is necessary to saturate the solution with carbon dioxide at the end of the reaction to precipitate the oxime.
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