match the lists
`{:(,I,,II),((a),"Tyloses",(i),"Coenocytic"),((b),"periderm",(ii),"Adaxial epidermis"),((c),"motor cells",(iii),"Complementary cells"),((d),"Laticifers",(iv),"Heartwood"),(,,(v),"conjunctive tissue"):}`

Options

A. `{:(,"a","b","c","d"),("(A)","(iii)","(ii)","(i)","(v)"):}`
B. `{:(,"a","b","c","d"),("(B)","(ii)","(v)","(i)","(iii)"):}`
C. `{:(,"a","b","c","d"),("(C)","(iv)","(iii)","(ii)","(i)"):}`
D. `{:(,"a","b","c","d"),("(D)","(iv)","(i)","(iii)","(v)"):}`

Answer

To solve the matching question, we will analyze each term from List I and match it with the appropriate term from List II based on their definitions and characteristics.

### Step-by-Step Solution:

1. **Tyloses**:
- Tyloses are balloon-shaped outgrowths that fill up the xylem vessels. They are typically found in the heartwood of trees.
- **Match**: Tyloses (a) → Heartwood (iv).

2. **Periderm**:
- The periderm is the outer covering of a plant, which consists of several layers including the cork and complementary cells.
- **Match**: Periderm (b) → Complementary cells (iii).

3. **Motor Cells**:
- Motor cells are large, water-filled epidermal cells that are found in the adaxial (upper) epidermis of grasses.
- **Match**: Motor cells (c) → Adaxial epidermis (ii).

4. **Laticifers**:
- Laticifers are specialized tissues that produce latex and are coenocytic in nature, meaning they have a continuous cytoplasm without distinct cell boundaries.
- **Match**: Laticifers (d) → Coenocytic (i).

5. **Conjunctive Tissue**:
- This term is not matched with any of the options provided in the question, but it is typically associated with the tissue that connects different types of tissues in plants.

### Final Matches:
- (a) Tyloses → (iv) Heartwood
- (b) Periderm → (iii) Complementary cells
- (c) Motor cells → (ii) Adaxial epidermis
- (d) Laticifers → (i) Coenocytic

### Summary of Matches:
- A → iv
- B → iii
- C → ii
- D → i