Find the correct match from column I and Column II w.r.t mineral deficiency
`{:("Column -I","Column-II"),(1."Interveinal chlorides in young leaves",i.Cu),(2."Heart rot of sugarbeet",ii.Fe),(3."Whiptail of cauliflower",iii.B),(4."Reclamation disease",iv. MO):}`

Options

A. 1-ii,2-iii,3-iv,4-i
B. 1-ii,2-iii,3-I,4-iv
C. 1-iii,2-ii,3-vi,4-i
D. 1-iv,2-iii,3-ii,4-i

Answer

To solve the problem of matching the mineral deficiencies from Column I to their corresponding diseases in Column II, we will analyze each disease and identify the mineral responsible for the deficiency.

### Step-by-Step Solution:

1. **Identify the first disease: Interveinal chlorides in young leaves.**
- This condition is characterized by yellowing of young leaves due to a lack of chlorophyll. The deficiency responsible for this symptom is iron (Fe).
- **Match:** 1 → ii (Fe)

2. **Identify the second disease: Heart rot of sugar beet.**
- Heart rot is observed in sugar beet plants where young leaves turn brownish due to a deficiency. This condition is associated with boron (B).
- **Match:** 2 → iii (B)

3. **Identify the third disease: Whiptail of cauliflower.**
- This disease occurs when cauliflower plants fail to set seeds properly, which is linked to a deficiency in molybdenum (Mo).
- **Match:** 3 → iv (Mo)

4. **Identify the fourth disease: Reclamation disease.**
- Reclamation disease results in reduced leaf surface area and stunted growth, primarily due to a deficiency of copper (Cu).
- **Match:** 4 → i (Cu)

### Final Matches:
- 1 → ii (Fe)
- 2 → iii (B)
- 3 → iv (Mo)
- 4 → i (Cu)

### Summary of Matches:
- Interveinal chlorides in young leaves → Iron (Fe)
- Heart rot of sugar beet → Boron (B)
- Whiptail of cauliflower → Molybdenum (Mo)
- Reclamation disease → Copper (Cu)