Ketones on oxidation give carboxylic acids with 1 carbon atom less than ketone. Since acetone contains 3 carbon atoms, it will form a carboxylic acid with 2 carbon atoms which is ethanoic acid or acetic acid.
Ketones on oxidation give carboxylic acids with 1 carbon atom less than ketone. Since acetone contains 3 carbon atoms, it will form a carboxylic acid with 2 carbon atoms which is ethanoic acid or acetic acid.
Ketones on oxidation give carboxylic acids with 1 carbon atom less than ketone. Since acetone contains 3 carbon atoms, it will form a carboxylic acid with 2 carbon atoms which is ethanoic acid or acetic acid.
Ketones on oxidation give carboxylic acids with 1 carbon atom less than ketone. Since acetone contains 3 carbon atoms, it will form a carboxylic acid with 2 carbon atoms which is ethanoic acid or acetic acid.
Ketones on oxidation give carboxylic acids with 1 carbon atom less than ketone. Since acetone contains 3 carbon atoms, it will form a carboxylic acid with 2 carbon atoms which is ethanoic acid or acetic acid.
Hence, option B is correct.
