Unlike mitosis, meiosis of a single cell results in the formation of a. two genetically identical cells b. two genetically unlike cells c. four genetically identical cells d. four genetically unlike cells
Well, if it is at the end of meiosis 1, the product is two identical cells and at the end of meiosis II, then the product will be 4 identical cells.
result of meiosis is 4 genetically unlike cells...4 because meiosis occurs in 2 parts...1 part yields 2 cells...and unlike because during meiosis 1 the chromosomes undergo a crossover...thus creating a genetic diversity...
@rina.r you mentioned ****Unlike mitosis, which results in 2 identical " diploid " cells, cells completely undergo ** two rounds ** of cell division & theorectially, gives rise to ** four non-identical ** haploid cells. but you said you think it's C I am confused why by means of elimination lead to D, but your answer is C
forget about other thing what i wrote but my answer is C @nincompoop
i very much sure that the result in unidentical...if it would have been identical me and my sister would look exactly same....
>.< oh my
the 4 resulting daughter haploid cells are NOT IDENTICAL to the original parent cell or to each other
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