Which of the following correctly describes the outcome of Telophase II in meiosis?

A. Reformation of nuclei around each chromatid of the resulting haploid cells
B. Formation of diploid cells
C. Formation of gametes around each chromosome with identical genetic material
D. Separation of homologous chromosomes



Answer :

Final answer:

Telophase II in meiosis involves the formation of unique haploid cells with genetically diverse characteristics.


Explanation:

Telophase II in meiosis is the stage where the chromosomes arrive at opposite poles, nuclear envelopes form, and cytokinesis divides the two cells into four unique haploid cells. These cells have a single set of chromosomes, each genetically unique due to random assortment of homologs and recombination of maternal and paternal segments during crossover.


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