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many protists fungi and plants have haploid cells thay divide by mitosis. how manu chromosomes would you expect to find in the cells resulting from such division and why

          many protists fungi and plants have haploid cells thay divide by mitosis. how manu chromosomes would you expect to find in the cells resulting from such division and why
        

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Biology for AP Courses
Biology for AP Courses
Julianne Zedalis, John Eggebrecht
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many protists fungi and plants have haploid cells thay divide by mitosis. how manu chromosomes would you expect to find in the cells resulting from such division and why
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Many simple eukaryotes reproduce by asexual reproduction, using only mitosis. Assuming the environment is stable and the organism is well-adapted to its environment, why is this a better form of reproduction? Describe the similarities and differences between mitosis and meiosis. Mitosis is a type of cell division used for the growth and repair of cells, while meiosis is a type of cell division used for the production of gametes (sex cells).

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2. What would happen to the chromosome number in gametes and offspring if gametes were formed by the mitotic process instead of the meiotic process? (Hint: refer to #3) 3. Many organisms like protists and fungi have a haploid set of chromosomes and divide by mitosis. Therefore, they cannot undergo meiosis. What would be the results of mitosis for eukaryotic haploid organisms?

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Transcript

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00:01 Hi there.
00:02 In this question, we are contrasting the products of mitosis and meiosis.
00:15 Mitosis is, of course, the process by which cells reproduce to make identical copies of themselves, while meiosis is the way that haploid sex cells or gametes are produced.
00:28 So in mitosis, we start out with a single diploid cell, and it goes through division where the dna is replicated.
00:40 And the cells divide to give two identical daughter cells that are both diploid.
00:51 So we get two identical diploid daughter cells, and they are identical to the parent as well.
01:09 Myosis, on the other hand, starts with a diploid cell, but it goes through two divisions.
01:18 So we end up with four daughter cells, and they are all haploid.
01:26 They're only going to be one in...
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