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An organic compound A (C3H9N), reacts with Hinsberg's reagent and the product so formed is not soluble in alkali, but soluble in ether. Identify A?
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An organic compound A (C3H9N), reacts with Hinsberg's reagent and the ...
Identification of Compound A:
- Compound A is a tertiary amine (C3H9N) based on the given molecular formula.
- When Compound A reacts with Hinsberg's reagent, it forms an insoluble product which indicates the presence of a tertiary amine group.
- The product formed is not soluble in alkali, confirming the absence of acidic hydrogen atoms in Compound A.
- The product is soluble in ether, suggesting that it is a non-polar compound.
Explanation:
- Tertiary amines do not react with Hinsberg's reagent to form a soluble product because the resulting compound is a tertiary amide which is insoluble.
- The lack of acidic hydrogen atoms in Compound A prevents it from forming water-soluble salts with alkali.
- Being non-polar, the product of the reaction is soluble in ether, which is a non-polar solvent.
Therefore, based on the given information, Compound A can be identified as a tertiary amine (C3H9N) which forms an insoluble product with Hinsberg's reagent, is not soluble in alkali, and is soluble in ether.
- Compound A is a tertiary amine (C3H9N) based on the given molecular formula.
- When Compound A reacts with Hinsberg's reagent, it forms an insoluble product which indicates the presence of a tertiary amine group.
- The product formed is not soluble in alkali, confirming the absence of acidic hydrogen atoms in Compound A.
- The product is soluble in ether, suggesting that it is a non-polar compound.
Explanation:
- Tertiary amines do not react with Hinsberg's reagent to form a soluble product because the resulting compound is a tertiary amide which is insoluble.
- The lack of acidic hydrogen atoms in Compound A prevents it from forming water-soluble salts with alkali.
- Being non-polar, the product of the reaction is soluble in ether, which is a non-polar solvent.
Therefore, based on the given information, Compound A can be identified as a tertiary amine (C3H9N) which forms an insoluble product with Hinsberg's reagent, is not soluble in alkali, and is soluble in ether.
Community Answer
An organic compound A (C3H9N), reacts with Hinsberg's reagent and the ...
The compound with molecular formula C3H9N is a secondary amine . when it react with Hinsberg reagent ,the product obtained is soluble in ether
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An organic compound A (C3H9N), reacts with Hinsberg's reagent and the product so formed is not soluble in alkali, but soluble in ether. Identify A?
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An organic compound A (C3H9N), reacts with Hinsberg's reagent and the product so formed is not soluble in alkali, but soluble in ether. Identify A? for Class 12 2024 is part of Class 12 preparation. The Question and answers have been prepared according to the Class 12 exam syllabus. Information about An organic compound A (C3H9N), reacts with Hinsberg's reagent and the product so formed is not soluble in alkali, but soluble in ether. Identify A? covers all topics & solutions for Class 12 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for An organic compound A (C3H9N), reacts with Hinsberg's reagent and the product so formed is not soluble in alkali, but soluble in ether. Identify A?.
An organic compound A (C3H9N), reacts with Hinsberg's reagent and the product so formed is not soluble in alkali, but soluble in ether. Identify A? for Class 12 2024 is part of Class 12 preparation. The Question and answers have been prepared according to the Class 12 exam syllabus. Information about An organic compound A (C3H9N), reacts with Hinsberg's reagent and the product so formed is not soluble in alkali, but soluble in ether. Identify A? covers all topics & solutions for Class 12 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for An organic compound A (C3H9N), reacts with Hinsberg's reagent and the product so formed is not soluble in alkali, but soluble in ether. Identify A?.
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