1. | Family | Hominidae |
2. | Order | Mammalia |
3. | Class | Primata |
4. | Phylum | Vertebrata |
1. | - ales | 2. | - onae |
3. | - aceae | 4. | - ae |
1. | All plants, animals, fungi and microbes exhibit metabolism. |
2. | The sum total of all the chemical reactions occurring in our body is metabolism. |
3. | No non-living object exhibits metabolism. |
4. | Metabolic reactions cannot be demonstrated outside the body in cell-free systems. |
I: | vegetative features of plant species. |
II: | reproductive features of plant species. |
Statement I: | Properties of tissues are present in the constituent cells and similarly properties of cellular organelles are present in the molecular constituents of the organelle. |
Statement II: | All living organisms – present, past and future, are linked to one another by the sharing of the common genetic material, but to varying degrees. |
1. | Cyprinidae | 2. | Hominidae |
3. | Calliphoridae | 4. | Muscidae |
1. | X - Generic name, Y - Specific epithet, Z - Carolus Linnaeus |
2. | X - Specific epithet, Y - Generic name, Z - R.H. Whittaker |
3. | X - Specific epithet, Y - Generic name, Z - Carolus Linnaeus |
4. | X - Generic name, Y - Specific epithet, Z - R.H. Whittaker |
Assertion (A): | Reproduction cannot be an all-inclusive defining characteristic of living organisms. |
Reason (R): | No non-living object is capable of reproducing or replicating by itself. |
1. | Both (A) and (R) are True but (R) does not correctly explain (A) |
2. | (A) is True but (R) is False |
3. | Both (A) and (R) are True and (R) correctly explains (A) |
4. | (A) is False but (R) is True |
I: | growth by cell division occurs continuously throughout their life span. |
II: | cell division occurs in certain tissues to replace lost cells. |