Did you know?
Mitochondria have their own DNA ā evidence they were once independent bacteria absorbed by early cells.
Did you know?
Mitochondria have their own DNA ā evidence they were once independent bacteria absorbed by early cells.
| Column I | Column II |
|---|---|
| (a) Cells with active cell division capacity | (i) Vascular tissues |
| (b) Tissue having all cells similar in structure and function | (ii) Meristematic tissue |
| (c) Tissue having different types of cells | (iii) Sclereids |
| (d) Dead cells with highly thickened walls and narrow lumen | (iv) Simple tissue |
To solve this problem, we need to match the items in List I with the appropriate descriptions in List II. Let's analyze each item:(a) Cells with active cell division capacity: - These are cells that are capable of dividing and forming new cells. - This matches with (ii) Meristematic tissue, which is known for its active cell division.(b) Tissue having all cells similar in structure and function: - Such tissues are composed of cells that are uniform in structure and function. - This matches with (iv) Simple tissue, which consists of similar types of cells.(c) Tissue having different types of cells: - These tissues are composed of various types of cells that perform different functions. - This matches with (i) Vascular tissues, which include xylem and phloem, having different cell types.(d) Dead cells with highly thickened walls and narrow lumen: - These are typically sclerenchyma cells, which provide structural support. - This matches with (iii) Sclereids, which are a type of sclerenchyma cell.Now, let's match the items from List I with List II:This corresponds to Option 1.
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