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1. Prophase 2: The nuclear envelope breaks down, spindle fibers and centrioles appear.
2. Metaphase 2: Spindle fibers attach to the centromeres, the chromosomes line up singularly across the middle of the cell.
3. Anaphase 2: Spindle fibers shorten and seperate the chromosomes, sister chromatids are pulled apart and move to opposite ends of the cell.
4. Telophase 2 and Cytokenesis: Spindle fibers disappear and the nuclear membrane reforms, the cell membrane pinches inward and two cells are formed, 4 haploid cells are produced (2 from each division)

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A cell that has the usual amount of chromosomes (46)/having two sets of chromosomes/a cell having double the amount of chromosmes from a haploid cell

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A cell that has half the usual number of chromosomes

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Crossing-over is when homologos chromosomes come very close to each other and exchange portions of their chromatids which produces a new combination of alleles

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Homologous chromosomes are a pair of chromosomes that consist of the same types of genes and are usually the same length.

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1. Interphase 1: Cells increase in size, produce RNA, synthesize proteins, and replicate DNA
2. Prophase 1: Nuclear envelope breaks down, spindle fibers and centrioles appear, chromosomes pair up with homologous partner and form a tetrad, crossing over occurs between non-sister chromatids
3. Metaphase 1: Spindle fibers attach to the centromeres, homologous chromosomes line up in pairs across the middle of the cell
4. Anaphase 1: Spindle fibers shorten and pull the chromosomes pairs apart, one chromosome from each pair move to opposite side of the cell
5. Telophase 1+ Cytokenises: Spindle fibers disappear and the nuclear membrane reforms, the cell membrane pinches inward and two haploid cells are formed, the two cells then enter meiosis 2