The division of the cell's nucleus wherein the final step before two daughter cells are produced. Answer 1 It is the final step in cell division. Answer 2 It is a cell junction specialized for cell-to-cell adhesion. Answer 3 The exchange of genetic materials between non-sister chromatids of homologous chromosomes. Answer 4 It is a cellular "scaffolding" or "skeleton" that crisscrosses the cytoplasm. Answer 5 It actually includes both mitosis and cytokinesis. Answer 6 A sheet of cytoplasm that bisects the middle of the cell. Answer 7 The process of pairing the homologous chromosomes Answer 8 An outer gelatinous layer that both joins and separates adjacent plant cells. Answer 9 It is essentially the opposite of prophase and prometaphase.
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Answer 5: It actually includes both mitosis and cytokinesis is the correct answer. This is because telophase of mitosis is when the nucleus finishes dividing. (It happens to be the last phase of nuclear divison/karyokinesis) But at this stage, the cytoplasm has not yet divided completely. The cleavage furrow/cell plate (in animal/plant cell as the case may be) formation has started, but has not finished. This process is completed only during cytokinesis. Hence, Answer 5 is the most relevant option here.
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