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crossing over and mutations results in variation

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When the chromosomes line up randomly along the equator.

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No variation but there is variation in meiosis

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Two haploid cells will combine to produce a diploid zygote. This Zygote will then go through Mitosis to start the growth of a foetus.

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DNA replication occurs in interphase

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Crossing over occurs when homologous chromosomes pair up and strand break and exchange resulting in genetic variation.

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Cell reproduction = MEIOSIS
Cell growth = MITOSIS

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Meiosis occurs in the specialised organs of plant and animals

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Binary fission results in daughter cells that have the same genetic composition

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Prokaryotic cells do not have a nucleus and have only a chromosome with no centromere. Hence cell division is less complex in prokaryotic cells.

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Meiosis 1 is similar to Mitosis. But, in Meiosis 2 DNA does not replicate and Chromosomes do not segregate. Meaning that in Meiosis 2, one parent cell will produce two daughter cells with half the genetic information (haploid).

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meiosis makes 4 daughter cells with 23 chromosomes

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Metaphase
Anaphase
Telephase
Cytokinesis
Interphase
Repeat

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Prokaryotic cells reproduce by binary fission