Answer:
Sister chromatids pulled to opposite poles, nucleoli form, cytokinesis
Explanation:
Meiosis is a kind of cell division resulting in the production of daughter cells with each having its chromosome number reduced by half. Meiosis is typically used during gamete formation only. Hence, there is need for the chromosome number to be reduced. Due to this, two rounds of division viz: meiosis I and II occurs.
Meiosis, like Mitosis, also involves stages including Prophase, Metaphase Anaphase and Telophase in that order. In meiosis I, homologous chromosomes separate while in meiosis II, sister chromatids separate.
Looking intensely at meiosis II since it's our primary focus for the question, meiosis II involves the following starting from the characteristics of the Anaphase stage.
- Sister chromatids separate to opposite poles in Anaphase II
- The nuclear envelope including nucleoli that disintegrated during Metaphase reforms during Telophase
- The division of the cytoplasmic content the cell occurs during CYTOKINESIS.
That is, Anaphase-----Telophase-------Cytokinesis
