Match column I with column II and select the correct option from the codes given below.
`{:(Column I,Column II),(A."Auxins",(i)"Breaking seed dormancy"),(B."Gibberellins",(ii)"Inducing fruit ripening"),(C."Cytokinins",(iii)"Formation of abscission layer"),(D."Ethylene",(iv)"Root initiation"),(,(v)"Chloroplast development in leaves"):}`

Options

A. A-(iv), B-(i), C-(v), D-(ii)
B. A-(iv),B-(v),C-(iii),D-(ii)
C. A-(i),B-(iii),C-(ii),D-(iv)
D. A-(iii),B-(iv),C-(i),D-(v)

Answer

To solve the matching question, we will analyze each hormone in Column I and find its corresponding function in Column II.

### Step-by-Step Solution:

1. **Identify the function of Auxins (A)**:
- Auxins are primarily known for promoting root initiation. They are often used in horticulture to encourage root growth in cuttings.
- **Match**: A → (iv) Root initiation

2. **Identify the function of Gibberellins (B)**:
- Gibberellins are known for breaking seed dormancy, which allows seeds to germinate and grow.
- **Match**: B → (i) Breaking seed dormancy

3. **Identify the function of Cytokinins (C)**:
- Cytokinins are involved in promoting chloroplast development in leaves and stimulating cell division.
- **Match**: C → (v) Chloroplast development in leaves

4. **Identify the function of Ethylene (D)**:
- Ethylene is a gaseous plant hormone that plays a key role in inducing fruit ripening.
- **Match**: D → (ii) Inducing fruit ripening

5. **Final Matching**:
- A → (iv) Root initiation
- B → (i) Breaking seed dormancy
- C → (v) Chloroplast development in leaves
- D → (ii) Inducing fruit ripening

### Summary of Matches:
- A → (iv)
- B → (i)
- C → (v)
- D → (ii)

### Conclusion:
The correct answer is:
- A → (iv)
- B → (i)
- C → (v)
- D → (ii)