| 1. | Secondary growth | 2. | Vessels in their xylem | 
| 3. | Albuminous cells | 4. | A dominant sporophyte | 
| 1. | they are certain adaxial epidermal cells that when flaccid make the leaves curl inwards | 
| 2. | they are certain abaxial epidermal cells that when flaccid make the leaves curl inwards | 
| 3. | they are certain adaxial epidermal cells that when turgid make the leaves curl inwards | 
| 4. | they are certain abaxial epidermal cells that when turgid make the leaves curl inwards | 
| 1. | Radial and closed | 2. | Conjoint and open | 
| 3. | Conjoint and closed | 4. | Radial and open | 
| 1. | are prominent in isobilateral leaf | 
| 2. | is abaxially placed in dorsi-ventral leaf | 
| 3. | are loosely arranged oval or round cells extending to the lower epidermis in dorsi-ventral leaf | 
| 4. | is made of elongated cells vertically arranged parallel to each other in dorsi-ventral leaf | 
| 1. | Occurs in layers below the epidermis in most of the dicotyledonous plants | 
| 2. | Cells are thickened at the corners due to deposition of cellulose, hemicelluloses and pectin | 
| 3. | There is considerable amount of intercellular space between cells | 
| 4. | Provide mechanical support to the growing parts of the plants | 
| 1. | Gymnosperms lack vessels in their xylem. | 
| 2. | Gymnosperms have albuminous cells and sieve cells. | 
| 3. | Gymnosperms lack sieve tubes and companion cells. | 
| 4. | Gymnosperms lack secondary growth. | 

| 1. | Sclerenchymatous hypodermis | 
| 2. | Collenchymatous hypodermis | 
| 3. | Suberised casparian strip | 
| 4. | Starch sheath | 
| 1. | Monocot roots | 2. | Dicot roots | 
| 3. | Monocot stems | 4. | Dicot stems | 
| Statement I: | The root hairs are unicellular elongations of the epidermal cells and help absorb water and minerals from the soil. | 
| Statement II: | The trichomes in the shoot system are usually multicellular, branched or unbranched, soft or stiff, may even be secretory and help in preventing water loss due to transpiration. | 
 
| 1. | It shows stomatal apparatus of almost all plants except grasses where A represents guard cells and B represents subsidiary cells. | 
| 2. | It shows stomatal apparatus of almost all plants except grasses where A represents subsidiary cells and B represents guard cells. | 
| 3. | It shows stomatal apparatus of grasses where A represents subsidiary cells and B represents guard cells. | 
| 4. | It shows stomatal apparatus of grasses where A represents guard cells and B represents subsidiary cells. |