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1. crossing over during prophase 1
2. independant assortment of homologous chromosomes during metaphase 1 and 2

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- arrive and spindle fibres break down
- nuclear envelope forms around daughter chromosomes
- chromosomes decondense to form chromatin threads

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- centromeres split
- spindle fibres pull apart and sister chromatids seperate to form daughter chromosomes

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- chromosomes line up along equator
- centromere of each chromosome attaches to spindle fibre

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- nucleolus and nuclear membrane disappear
- chromatin threads condense, coil and shorten into chromosomes
- spindle fibres and asters formed at opposite poles

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- cytoplasm cleaves into two, producing 2 daughter cells
- meiosis II may start immediately
- (PLANT CELLS) sometimes a cell plate forms between with cellulose

total of 4 unique daughter cells formed after meiosis II

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- arrive and nuclear envelope is formed around each set of chromosomes
- spindle fibres break down
- chromosomes decondense to form chromatin threads

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- homologous chromosomes separate and move to opposite poles as they are pulled by spindle fibres

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- pairs of homologous chromosomes arrange along equator of the spindle fibre
- each pair is attached to same spindle fibre

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- nucleolus and nuclear envelope disappear
- spindle fibres and asters form and move to opposite poles
- chromatin threads condense to form homologous chromosomes that pair up  to form synapsis
- chromatids cross and twist, forming chiasma
- when parts of chromosomes break and exchange parts, crossing over has occured

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- replication of genetic material and protoplasm
- chromatin threads form sister chromatids

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- cytoplasm divides
- occurs simultaneously with telophase
- (ANIMAL CELL) cleavage appears between nuclei that deepens to form 2 identical cells
- (PLANT CELLS) cell plate laid down and covered with cellulose to form separating cell wall between 2 identical cells

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- daughter chromosomes arrive, uncoil and lengthen to form thin chromatin threads
- spindle fibres breakdown
- nucleolus and nuclear envelopes form

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- centromeres spilt and sister chromosomes are pulled apart and separated towards opposite poles of cell
- daughter chromosomes formed

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- chromosomes line up along equator and attaches to spindle fibres through the centromeres
- 1 chromosome to 2 spindle fibres

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- chromatin threads condense to form chromosomes
- spindle fibres and asters formed and move to opposite poles
- nucleolus and nuclear envelope disappear

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- replication of genetic material and protoplasm
- chromatin threads form sister chromatids

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- 1 replication and 2 divisions of genetic material
- 4 daughter cells formed (genetically different from each other and parent)

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- 1 replication and division of genetic material
- 2 daughter cells formed (identical to parent)