| List-I | List-II | ||
| A. | Mesozoic Era | I. | Lower invertebrates |
| B. | Proterozoic Era | II. | Fish & Amphibia |
| C. | Cenozoic Era | III. | Birds & Reptiles |
| D. | Paleozoic Era | IV. | Mammals |
| 1. | A-III, B-I, C-II, D-IV | 2. | A-I, B-II, C-IV, D-III |
| 3. | A-III, B-I, C-IV, D-II | 4. | A-II, B-I, C-III, D-IV |
| 1. | Fish to Amphibia | 2. | Amphibia to Reptilia |
| 3. | Reptilia to Bird | 4. | Reptilia to Mammal |
| 1. | Homo erectus | 2. | Neanderthal man |
| 3. | Homo habilis | 4. | Australopithecus |
| 1. | Lemur, Anteater, Wolf |
| 2. | Tasmanian wolf, Bobcat, Marsupial mole |
| 3. | Numbat, Spotted cuscus, Flying phalanger |
| 4. | Mole, Flying squirrel, Tasmanian tiger cat |
| I | It states that, provided some pre-conditions are met with, allele frequencies in a population are stable and constant from generation to generation. |
| II | Change of frequency of alleles in a population is interpreted as resulting in evolution. |
| III | If the change in frequency of alleles in a population occurs by chance, it is called genetic drift. |
| IV | In a population at genetic equilibrium if the frequency of recessive allele is 0.3 then about 42% of the population will be heterozygous for the trait. |
| V | Natural selection can lead to disruption when more individuals acquire value other than the mean character value. |
| I. | Paleontological evidence deals with the fossils that are generally found in sedimentary rocks. |
| II. | Karl Ernst von Baer said that embryos pass through the adult stages of other animals. |
| III. | Homology is based on divergent evolution whereas analogy is based on convergent evolution. |
| IV. | The thorn and tendrils of Bougainvillea and Cucurbita represent homology and Sweet potato and potato represent analogy. |
| V. | In industrial melanism, the dark melanic form was repeatedly wiped out but arose again and again by a recurring mutation. |
| I: | First form of life could have come from pre-existing non-living organic molecules. |
| II: | Formation of life was preceded by chemical evolution. |