| 1. | Dicot plants |
| 2. | Plants growing in dry regions |
| 3. | Monocots such as wheat |
| 4. | Plants with taproots |
| 1. | nodes and internodes |
| 2. | root caps and internodes |
| 3. | axillary buds and root hairs |
| 4. | root caps and root hairs |
The roots shown in diagram are


| 1. | Adventitious root system |
| 2. | Fibrous root system |
| 3. | Tap root system |
| 4. | All of these |
The roots shown in diagram are

| 1. | Adventitious root system |
| 2. | Fibrous root system |
| 3. | Tap root system |
| 4. | All of these |
| 1. | Roots bear nodes and internodes, while stems do not. |
| 2. | Roots develop from the radicle of the embryo, while stems develop from the plumule. |
| 3. | Stems are typically positively geotropic, while roots are negatively geotropic. |
| 4. | Stems have root hairs for absorption, while roots do not. |
| 1. | Roots that grow from the stem and are used for photosynthesis. |
| 2. | Roots that grow from the leaves and help in propagation. |
| 3. | Roots that grow from parts of the plant other than the radicle and help in support. |
| 4. | Roots that grow directly from the seed and absorb nutrients. |
In tap root system, roots arise from
| 1. | Radicle |
| 2. | Coleoptile |
| 3. | Plumule |
| 4. | Base of the stem or internode |
| Statement I: | The tap root system is typical of dicotyledonous plants. |
| Statement II: | The fibrous root system is commonly found in monocotyledonous plants. |