Let's complete the question by adding the missing piece of information
drag the diagrams of the stages of meiosis onto the targets so that the four stages of meiosis i and the four stages of meiosis ii are in the proper sequence from left to right. (note that only one of the two daughter cells is shown for meiosis ii.)
Answer:
1. At metaphase I, pairs of homologous chromosomes are positioned at the cell equator.
2. During telophase II, the separated chromatids increases in size. It is accompanied with the formation of cytokinesis and production of four genetically unique haploid daughter cells.
3. At anaphase I, homologous chromosomes separate by using the spindle microtubules to migrate to the poles.
4. During prophase II, a spindle apparatus is produced plus each chromosome migrating in the direction of the equator of the cell.
5. At prophase I, chiasmata is produced and crossing-over takes place.
6. During anaphase II, sister chromatids differentiates and migrates toward the poles.
7. At telophase I, the separated chromosomes arrives at the poles and cytokinesis begins, producing two daughter cells, each showing a haploid set of replicated chromosomes.
8. During metaphase II, each chromosome (each composed of sister chromatids) are seen in the equator of the cell.
