Match column I with column II and select the correct option from the given codes.
`{:(" Column I",," Column II"),(A." ""Tetrose sugar",,(i)"Galactose"),(B. " " "Pentose sugar",,(ii)"Maltose"),(C." " "Hexose sugar",,(iii)"Erythrose"),(D" ""Disaccharide",,(iv)"Ribose"),(" ",, (v)"Sedoheptulose"):}`

Options

A. `a) A-(v),B-(iv),C(iii),D-(i),(ii)`
B. b) `A-(iii),B-(iv),C(v),D-(ii)`
C. c) `A-(iii),B-(iv),C(i),D-(ii)`
D. d)`A-(i),(ii),B-(iv),C(iii),D-(v)`

Answer

To solve the matching question between Column I and Column II, we need to identify the correct examples of sugars based on their classifications. Here’s a step-by-step breakdown of the solution:

### Step 1: Identify the Types of Sugars
1. **Tetrose Sugar**: This type of sugar contains 4 carbon atoms.
2. **Pentose Sugar**: This type of sugar contains 5 carbon atoms.
3. **Hexose Sugar**: This type of sugar contains 6 carbon atoms.
4. **Disaccharide**: This is formed from two monosaccharides.

### Step 2: Match Each Type of Sugar with Its Example
1. **Tetrose Sugar**: The example given in Column II is (iii) Erythrose.
- **Match**: A → (iii) Erythrose

2. **Pentose Sugar**: The example given in Column II is (iv) Ribose.
- **Match**: B → (iv) Ribose

3. **Hexose Sugar**: The example given in Column II is (i) Galactose (also glucose, but we will use galactose for this match).
- **Match**: C → (i) Galactose

4. **Disaccharide**: The example given in Column II is (ii) Maltose.
- **Match**: D → (ii) Maltose

### Step 3: Write Down the Matches
- A → (iii) Erythrose
- B → (iv) Ribose
- C → (i) Galactose
- D → (ii) Maltose

### Step 4: Compile the Final Matches
- A (Tetrose sugar) → (iii) Erythrose
- B (Pentose sugar) → (iv) Ribose
- C (Hexose sugar) → (i) Galactose
- D (Disaccharide) → (ii) Maltose

### Step 5: Select the Correct Option
Based on the matches:
- A → 3
- B → 4
- C → 1
- D → 2

Thus, the correct option is **C**.

### Summary of Matches:
- A → (iii) Erythrose
- B → (iv) Ribose
- C → (i) Galactose
- D → (ii) Maltose