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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| Animal | Respiratory organ |
| (1) Fishes | (a) Trachea |
| (2) Birds/Reptiles | (b) Moist cuticle |
| (3) Insects | (c) Gills |
| (4) Earthworm | (d) Lungs |
| Indian region shows | Number |
| (1) Biosphere reserves | (a) 448 |
| (2) National parks | (b) 14 |
| (3) Wildlife sanctuaries | (c) 90 |
| Water body A | Salinity values B |
| (1) Streams | (a) 340 ppt |
| (2) Indian Ocean | (b) 5 ppt |
| (3) Hyper saline lagoon | (c) 30-35 ppt |
| (4) Dead sea | (d) 100 ppt |
| Column A | Column B |
| (1) Walter Rosen | (a) Popularisation of term biodiversity |
| (2) David Tillman | (b) Rivet Popper Hypothesis |
| (3) Paul Ehrlich | (c) Productivity Stability Hypothesis |
| (4) Edward Wilson | (d) Coined |
| Waves recorded in ECG | Heart activity |
| (1) P wave | (a) Ventricular repolarization |
| (2) QRS complex | (b) Atrial depolarization |
| (3) T wave | (c) Isoelectric segment |
| (4) ST segment | (d) Ventricular depolarization |
| Respiratory organs | Alternative name |
| (1) Larynx | (a) Lid of larynx |
| (2) Trachea | (b) Air sacs |
| (3) Alveoli | (c) Sound box |
| (4) Epiglottis | (d) Windpipe |