Asked by Sameed Tariq on Sep 23, 2024
Verified
In the iodoform reaction, a methyl ketone is converted to the ________ upon treatment with excess iodine and hydroxide.
A) carboxylate
B) acyl iodide
C) primary alkyl iodide
D) aldehyde
E) primary amide
Iodoform Reaction
A chemical reaction that results in the formation of iodoform, used as a test for the presence of methyl ketones or secondary alcohols.
Methyl Ketone
A type of ketone compound in which a methyl group is directly bonded to the carbonyl carbon.
- Predict the outcome of reactions involving carbonyl compounds and their derivatives.
Verified Answer
GT
Gabriela Trejo4 days ago
Final Answer :
A
Explanation :
In the iodoform reaction, a methyl ketone reacts with excess iodine and hydroxide to form a carboxylate. This reaction specifically involves the conversion of a methyl ketone to a carboxylate ion, along with the formation of iodoform (CHI3).
Learning Objectives
- Predict the outcome of reactions involving carbonyl compounds and their derivatives.
Related questions
Provide the Major Organic Product of the Following Reaction
Provide the Major Organic Product of the Following Reaction
What Compound Is Produced When Cyclohexene Is Treated with Concentrated ...
The Following Compound Has Been Found Effective in Treating Pain ...
Provide the Major Organic Product of the Following Reactions