If a diploid cell has 16 tetrads than what will be number of chromosomes at anaphase1 and anaphase 2
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During the formation of gametes, the number of chromosomes is reduced by half, ... that when gametic recombination (fertilization) occurs the ploidy of the parents will ... Meiosis I reduces the ploidy level from 2n to n (reduction) while Meiosis II ... Anaphase I is when the tetrads separate, and are drawn to opposite poles by ...
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the number of chromosome in the first meiotic division will be equal to 16 and the number of chromosome in the second meiotic division will also be equal to 16.
Explanation:
- If a cell consists of 16 tetrads then the number of chromosomes that are present in the diploid cell is equal to 32.
- During the first division there is reduction in the number of chromosome to half.
- As a result of this the number of chromosomes will be 16 in phase 1. However the second meiotic division is an equational division and there is no decrease in the number of chromosomes
- Hence the number of chromosome in meiosis 2 will also be equal to 32.
To know more about miosis
what is difference between miosis and miotic??
...https://brainly.in/question/15083129
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