Reflection

From the video above:

Describe the movement and behaviour of chromosomes during meiosis

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Interphase	Replication of DNA in preparation for meiosis. After replication, each chromosome becomes a structure comprising 2 identical chromatids.
Prophase I	The chromosomes condense into visible X shaped structures that can be easily seen under a microscope, and homologous chromosomes pair up. Recombination occurs as homologous chromosomes exchange DNA. At the end of this phase, the nuclear membrane dissolves.
Metaphase I	Paired chromosomes line up along the middle of the cell.
Anaphase I	The pairs of chromosomes separate and move to opposing poles. Either one of each pair can go to either pole.
Telophase I	Nuclear membranes reform. Cell divides and 2 daughter cells are formed, each with 23 chromosomes.
Prophase II	There are now 2 cells. DNA does not replicate again.
Metaphase II	Individual chromosomes line up along the middle of the cell.
Anaphase II	The chromosome copies (chromatids) separate and move to opposing poles.
Telophase II	Nuclear membranes reform. There are 4 new haploid daughter cells. In males, 4 sperm cells are produced. In females, 1 egg cell and 3 polar bodies are produced. Polar bodies do not function as sex cells.