All of #12 please 12. To represent telophase I, place the chromosomes at the pol

Question

All of #12 please 12. To represent telophase I, place the chromosomes at the poles. You should have one long and one short chromosome at each pole, representing a homolog from each pair. Two nuclei now form, followed by cytokinesis. How many chromosomes are in each nucleus? Would you describe the new nuclei as being diploid (2m) or haploid (n)? Mitosis and Meiosis How has crossing over changed the combination of alleles in the new nuclei? Are both chromosomes of the same color in the same nucleus? Compare your results with others

Explanation / Answer

A pair of chromosomes is present in each nucleus which is 2 chromosomes in each nucleus.

The new nuclei are described as haploid(n).

Crossing over changed the combination of alleles in the new nuclei as two non-identical sister chromatids are present in each chromosome giving the new combination of alleles.

No, both chromosomes are of different color in the same nucleus because of crossing over.

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