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Gammates are germ cells which undergo the process of meiosis.
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Meiosis is a reduction division that produces haploid cell.
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The question is about what would happen if these gametes undergo mitosis.
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This is a diagram which explains the process of mitosis.
00:24
The mitosis begins with a single cell which is deployed in nature and undergoes the process of replication to prevent.
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Produce another copy and aligns in the metaphase plate separates and produces two deployed data cells.
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So a single cell will give rise to two cells which are all deployed in nature.
00:51
This diagram explains the process of meiosis.
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Here there is a single deployed cell which undergoes meiosis like the above one.
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It undergoes replication.
01:05
To form a copy and then the crossing over takes place which produces two daughter cells but these two daughter cells do not replicate but undergo immediate division to form four haploid data cells thus one diploid cell will result in the formation of four haploid cell this is the process of meiosis so in this case when a normal human cell there are 23 paces of chromosome and this out of which 22 autosomes and one is a sex chromosome.
01:39
This 22 autosomes are deployed in nature so multiplied with 2 it will give you 44 chromosomes which are deployed.
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But this one sex chromosome, like each copy is received one from both the parents.
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So one chromosomes from two parent will give rise to two chromosomes...