Question
| (1) Column A (Asexual) | Column B (Examples) |
| (1) Spore formation | (a) Spirogyra |
| (2) Conidia formation | (b) Yeast |
| (3) Fragmentation | (c) Chlamydomonas |
| (4) Budding | (d) Penicillium |
| (1) Column A (Asexual) | Column B (Examples) |
| (1) Spore formation | (a) Spirogyra |
| (2) Conidia formation | (b) Yeast |
| (3) Fragmentation | (c) Chlamydomonas |
| (4) Budding | (d) Penicillium |
| (1) Column A (Asexual) | Column B (Examples) |
| (1) Spore formation | (c) Chlamydomonas |
| (2) Conidia formation | (d) Penicillium |
| (3) Fragmentation | (a) Spirogyra |
| (4) Budding | (b) Yeast |
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| Column A | Column B |
| (1) Glucagon | (i) Neurohypophysis |
| (2) Adrenaline | (ii) Islets of Langerhans |
| (3) Somato tropins | (iii) Adenohypophysis |
| (4) ADH | (iv) Medulla |
| Column I (Phenomena) | Column II (Effect) |
| (1) Eutrophication | (a) Soil erosion |
| (2) Biomagnification | (b) Prevention of extinction |
| (3) Conservation | (c) Accumulation of non-biodegradable substance |
| (4) Deforestation | (d) Death of aquatic ecosystem |
| Column A (Scientist) | Column B (Theory) |
| (1) Munch | (a) Proton transport theory |
| (2) Bohem | (b) Pressure flow theory |
| (3) J. Pristley | (c) Capillary theory |
| (4) Levitt | (d) Root Pressure theory |