| A. | Condensation of chromosomes is complete |
| B. | Chromosomes are moved to spindle equator |
| C. | Daughter chromosomes begin their migration towards the opposite poles |
| D. | Spindle fibers attach to kinetochores |
| E. | Chromosome moves away from the equatorial plate |
| A. | Appearance of recombination nodules |
| B. | Formation of synaptonemal complex |
| C. | Appearance of chiasmata |
| D. | Terminalisation of chiasmata |
| E. | Beginning of chromosomal compaction |
| A. | Crossing over |
| B. | Chiasmata formation |
| C. | Compaction of chromosome |
| D. | Disappearance of nucleolus and breakdown of nuclear envelop |
| E. | Formation of synaptonemal complex |
| Statement I: | In mitosis, chromosomal number in the progeny as well as in parents remains the same |
| Statement II: | Mitosis takes place in gametes |
| 1. | Both statement I and statement II are correct |
| 2. | Both statement I and statement II are incorrect |
| 3. | Statement I is correct but statement II is incorrect |
| 4. | Statement I is incorrect but statement II is correct |
| a. | Synapsis of homologous chromosomes |
| b. | Chromosomes become gradually visible under a microscope |
| c. | Crossing over between non-sister chromatids of homologous chromosomes |
| d. | Terminalisation of chiasmata |
| e. | Dissolution of synaptonemal complex |
| 1. | Synaptonemal complex in the zygotene stage |
| 2. | Chiasmata in the diplotene stage |
| 3. | Synaptonemal complex in the pachytene stage |
| 4. | Chiasmata in the zygotene stage |