| 1. | Monocots have one cotyledon, while dicots have two | 
| 2. | Monocot seeds usually contain endosperm, whereas dicot seeds do not | 
| 3. | The seed coat is fused with the fruit in monocots but not in dicots | 
| 4. | Monocots have scattered vascular bundles, while dicots have them in a ring | 
| I: | In a typical dicotyledonous embryo, the portion of the embryonal axis above the level of cotyledons is the epicotyl, which terminates with the plumule or stem tip. | 
| II: | In a typical dicotyledonous embryo, the cylindrical portion below the level of cotyledons is hypocotyl, and it terminates at its lower end in the radicle or root tip. | 
| III: | In the grass family, the cotyledon is called the scutellum, which is situated towards one side (lateral) of the embryonal axis. | 
| IV: | At its lower end, the embryonal axis in monocots has the radical and root cap enclosed in an undifferentiated sheath called coleorhiza. | 
| V: | In monocots, the portion of the embryonal axis above the level of attachment of the scutellum is the epicotyl. | 
| 1. | 2 | 2. | 3 | 
| 3. | 4 | 4. | 5 | 
| Statement I: | A is micropyle through which the pollen tube had entered into the embryo sac. | 
| Statement II: | B is hilum through which the developing seeds were attached to the fruit. | 
| 1. | A | 2. | B | 
| 3. | C | 4. | D | 
| 1. | The seed coat is made up of two layers: the outer testa and the inner tegmen. | 
| 2. | The hilum is a scar on the seed coat that marks the point of attachment to the ovary wall. | 
| 3. | The micropyle is a small pore in the seed coat that allows the entry of water during germination. | 
| 4. | The endosperm is the primary storage tissue in mature dicot seeds, providing nourishment to the developing embryo. |