To solve this matching problem, we must identify the products formed when glucose reacts with the given reagents. Here's the step-by-step explanation:
| List-I | Reaction of Glucose with | List-II | Product formed |
|---|
| A. | Hydroxylamine | IV. | Glucoxime |
| B. | Br2 water | I. | Gluconic acid |
| C. | Excess acetic anhydride | II. | Glucose pentaacetate |
| D. | Concentrated HNO3 | III. | Saccharic acid |
- Hydroxylamine (A): When glucose reacts with hydroxylamine, it forms an oxime known as Glucoxime (IV).
- Br2 water (B): The reaction of glucose with bromine water leads to the formation of Gluconic acid (I).
- Excess acetic anhydride (C): This reaction results in the formation of Glucose pentaacetate (II), where all hydroxyl groups are acetylated.
- Concentrated HNO3 (D): When glucose is treated with concentrated nitric acid, Saccharic acid (III) is formed due to oxidation.
Thus, the correct matching is A-IV, B-I, C-II, D-III.