the chromosome number would double in every generation
Multicellurar life would end with the current generation.
No,Meiosis is done in the gonads to produce gametes and it produce 4 haploid cells while mitosis happens ia all body cells producing two daughter cells diploid similar to the parent cell
It's mitosis. Meiosis is when the cell divides twice.
two diploid daughter cells occur
First off, your query should be "Do mitosis and meiosis produce diploid cells?" The answer is that mitosis produces diploid cells, since mitosis is used to replace body cells, but meiosis produces haploid cells, since meiosis is used to produce sex cells. The sex cells are haploid because a sex cell eventually combines with another sex cell to create a new organism.
the chromosome number would double in every generation
Multicellurar life would end with the current generation.
Meiosis is the most important biological process in all advanced plants and animals. If this process did not occur, the production of the sex cells would not occur. This is also referred to as a type of chromosome reduction division. Hence, that is how the sexual cells (gametes) have only half the number of chromosomes as the other body cells of that organism. So if meiosis didn't occur, sexual reproduction could not occur.
Prophase I of Meiosis I .
NoGerm layers produce haploid cells.For this they should undergo meiosis
No,Meiosis is done in the gonads to produce gametes and it produce 4 haploid cells while mitosis happens ia all body cells producing two daughter cells diploid similar to the parent cell
Meiosis occurs in gametes or reproductive cells.
It's mitosis. Meiosis is when the cell divides twice.
Meiosis can only ocur in sex cells
two diploid daughter cells occur
First off, your query should be "Do mitosis and meiosis produce diploid cells?" The answer is that mitosis produces diploid cells, since mitosis is used to replace body cells, but meiosis produces haploid cells, since meiosis is used to produce sex cells. The sex cells are haploid because a sex cell eventually combines with another sex cell to create a new organism.
B. Cells must divide twice before meiosis is complete C. Cells produced after meiosis I are diploid. D. Cells produced after meiosis II are haploid.