1. | Gibberellin | 2. | Cytokinin |
3. | Abscisic acid | 4. | Auxin |
List-I | List-II | ||
A. | Ethylene | I. | Increase length of stem |
B. | Cytokinins | II. | Promotion of senescence and abscission |
C. | ABA | III. | Delaying leaf senescence |
D. | Gibberellins | IV. | Inhibition of seed germination |
A. | All GAs are acidic in nature. |
B. | Auxins are antagonists to GAs. |
C. | Zeatin was isolated from coconut milk. |
D. | Ethylene induces flowering in Mango. |
E. | Abscisic acid induces parthenocarpy. |
1. | A,C,D | 2. | B,E |
3. | A,B,C | 4. | B,D,E |
List-I | List-II | ||
A. | Abscisic acid | I. | Promotes female flowers in cucumber |
B. | Ethylene | II. | Helps seeds to withstand desiccation |
C. | Gibberellin | III. | Helps in nutrient mobilisation |
D. | Cytokinin | IV. | Promotes bolting in beet cabbage etc |
1. | 2, 4-D | 2. | GA3 |
3. | Kinetin | 4. | Ethylene |
1. | Senescence | 2. | Differentiation |
3. | Dedifferentiation | 4. | Development |
1. | Abscisic Acid | 2. | Indole-3-butyric Acid |
3. | Gibberellic Acid | 4. | Zeatin |