Petiole of leaf " cellculose deposits , No intercellular space : theses three releate together to

Options

A. parencnhyma
B. Collenchyma
C. fibres
D. Sclereids

Answer

To solve the question regarding the relationship between the petiole of a leaf, cellulose deposits, and the absence of intercellular space, we can follow these steps:

### Step-by-Step Solution:

1. **Understand the Components**:
- The question mentions three key components: "petiole of leaf," "cellulose deposits," and "no intercellular space." We need to analyze how these components relate to specific plant tissues.

2. **Analyze the Options**:
- **Option A: Parenchyma**: This tissue is characterized by having intercellular spaces. Since the question states "no intercellular space," this option can be eliminated.
- **Option B: Collenchyma**: This tissue is known to provide support to young stems and petioles. It has cellulose deposits and is characterized by the absence of intercellular spaces. This matches the criteria given in the question.
- **Option C: Fibers**: Fibers are a type of sclerenchyma tissue, which is characterized by lignin deposits and does not match the cellulose deposits mentioned in the question. Thus, this option is incorrect.
- **Option D: Scleroids**: Similar to fibers, scleroids also have lignin deposits and do not fit the criteria of cellulose deposits or the absence of intercellular spaces. Therefore, this option is also incorrect.

3. **Conclusion**:
- Based on the analysis, the only option that fits all the criteria (petiole of leaf, cellulose deposits, and no intercellular space) is **Option B: Collenchyma**.

### Final Answer:
The correct answer is **Option B: Collenchyma**.