| I: | Grass | II: | Monstera | III: | Banyan |
| 1. | Only I and II | 2. | Only I and III |
| 3. | Only II and III | 4. | I, II and III |
| 1. | leaves are palmately compound and the leaflets are attached at a common point, i.e., at the tip of the petiole. |
| 2. | leaves are pinnately compound and a number of leaflets are present on a common axis. |
| 3. | leaves are pinnately compound and the leaflets are attached at a common point, i.e., at the tip of the petiole. |
| 4. | leaves are palmately compound and a number of leaflets are present on a common axis. |
| I: | the main axis continues to grow. |
| II: | the flowers are borne laterally in an acropetal succession. |
| Column I | Column II | ||
| A | Mustard | P | Flower cannot be divided into two similar halves by any vertical plane passing through the centre |
| B | Bean | Q | Flower can be divided into two similar halves only in one particular vertical plane |
| C | Canna | R | Flower can be divided into two equal radial halves in any radial plane passing through the centre |
| A | B | C | |
| 1. | P | Q | R |
| 2. | R | Q | P |
| 3. | R | P | Q |
| 4. | P | R | Q |
| I: | epipetalous in the flowers of brinjal. |
| II: | epiphyllous when attached to the perianth in the flowers of lily. |
| 1. | Sunflower and Marigold | 2. | Mustard and Argemone |
| 3. | Dianthus and Primrose | 4. | Tomato and Lemon |
| 1. | develop from monocarpellary superior ovaries and are one seeded |
| 2. | develop from monocarpellary inferior ovaries and are one seeded. |
| 3. | develop from multicarpellary superior ovaries and are many seeded. |
| 4. | develop from multicarpellary inferior ovaries and are many seeded. |