Which one of the following divisional processes does not change the number of ch
ID: 3505938 • Letter: W
Question
Which one of the following divisional processes does not change the number of chromosomes, but reduces the total cellular DNA by half (in the daughter cells compared to the dividing cell) and results in two diploid daughter cells? A. Meiosis I B. Mitosis C. Meiosis II D. More than one of the above. E. None of the above. Which one of the following divisional processes does not change the number of chromosomes, but reduces the total cellular DNA by half (in the daughter cells compared to the dividing cell) and results in two diploid daughter cells? A. Meiosis I B. Mitosis C. Meiosis II D. More than one of the above. E. None of the above. Which one of the following divisional processes does not change the number of chromosomes, but reduces the total cellular DNA by half (in the daughter cells compared to the dividing cell) and results in two diploid daughter cells? A. Meiosis I B. Mitosis C. Meiosis II D. More than one of the above. E. None of the above.Explanation / Answer
Which one of the following divisional processes does not change the number of chromosomes but reduces the total cellular DNA by half and results in two diploid daughter cells?
(B) mitosis
In mitosis, one parent cell divided into two daughter cells with identical chromosomal number.
In mitosis the chromosome number remains constant it does not change.
A diploid cell starts with 2n chromosomes and 2x DNA content. After DNA replication the cells are genetically diploid.
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