Match column I with column II and select the correct option from the codes given below.
`{:(,"Column I",,"Column II"),(A.,"Planaria",(i),"Binary fission"),(B,."Fungi",(ii),"Asexual spores"),(C.,"Yeast",(iii),"Budding"),(D.,"Amoeba",(iv),"True regeneration"),(,,(v),"Fragmentation"):}`

Options

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

Answer

To solve the matching question between Column I and Column II, we will analyze each organism and identify its corresponding mode of asexual reproduction.

### Step-by-Step Solution:

1. **Identify the Organisms and Their Characteristics**:
- **Planaria**: A flatworm known for its ability to regenerate lost body parts.
- **Fungi**: A group of organisms that reproduce via spores.
- **Yeast**: A type of fungus that reproduces asexually through budding.
- **Amoeba**: A unicellular organism that reproduces by binary fission.

2. **Match Each Organism with the Correct Mode of Asexual Reproduction**:
- **Planaria**:
- Can regenerate and also reproduce through fragmentation. However, true regeneration is a more specific characteristic of Planaria.
- **Match**: (A) Planaria → (iv) True regeneration.
- **Fungi**:
- Reproduces primarily through asexual spores.
- **Match**: (B) Fungi → (ii) Asexual spores.
- **Yeast**:
- Reproduces by budding, where a small part of the parent organism detaches and grows into a new individual.
- **Match**: (C) Yeast → (iii) Budding.
- **Amoeba**:
- Reproduces by binary fission, where the organism divides into two identical daughter cells.
- **Match**: (D) Amoeba → (i) Binary fission.

3. **Final Matching**:
- A → iv (Planaria → True regeneration)
- B → ii (Fungi → Asexual spores)
- C → iii (Yeast → Budding)
- D → i (Amoeba → Binary fission)

### Summary of Matches:
- A. Planaria → (iv) True regeneration
- B. Fungi → (ii) Asexual spores
- C. Yeast → (iii) Budding
- D. Amoeba → (i) Binary fission