one diploid cell normally yields two cells in one cell cycle. These, from the start, are haploid, but later they synthetise second set of genome thus being diploid.
The term diploid is an adjective, not a noun. You might ask how many diploid cells are in humans. The answer is, many trillions. Most human cells are diploid. Only the gametes are haploid.
One diploid cell entering gametogenesis will undergo meiosis and produce four haploid cells, each of which will develop into a sperm cell. Therefore, one diploid cell entering gametogenesis will result in the production of four sperm cells.
If you are asking about cellular meiosis, one diploid parent cell will ultimately form four haploid daughter cells. The parent cell replicates all of its DNA, splits into two intermediate daughter cells that are diploid, and each of these intermediate daughter cells splits to form two more daughter cells. The end result is four haploid cells.
2 daughter cells
Mitosis ends with two diploid cells. During this process, a single diploid parent cell divides to produce two genetically identical daughter cells, each with the same number of chromosomes as the original cell. This ensures that the diploid chromosome number is maintained in the resulting cells.
At the end of cell division, there are two identical daughter cells with the same number of chromosomes.
The term diploid is an adjective, not a noun. You might ask how many diploid cells are in humans. The answer is, many trillions. Most human cells are diploid. Only the gametes are haploid.
Largemouth bass have 42 chromosomes in their diploid cells.
One diploid cell entering gametogenesis will undergo meiosis and produce four haploid cells, each of which will develop into a sperm cell. Therefore, one diploid cell entering gametogenesis will result in the production of four sperm cells.
If you are asking about cellular meiosis, one diploid parent cell will ultimately form four haploid daughter cells. The parent cell replicates all of its DNA, splits into two intermediate daughter cells that are diploid, and each of these intermediate daughter cells splits to form two more daughter cells. The end result is four haploid cells.
When a cell undergoes mitosis as part of the cell cycle, it will produce two genetically identical daughter cells.
2 daughter cells
All body or somatic cells are diploid. Only sex cells are haploid.
Mitosis ends with two diploid cells. During this process, a single diploid parent cell divides to produce two genetically identical daughter cells, each with the same number of chromosomes as the original cell. This ensures that the diploid chromosome number is maintained in the resulting cells.
In Meiosis four diploid daughter cells are produced.
If a frog has 64 chromosomes, it is likely diploid, meaning it has two sets of chromosomes. Therefore, it would have 32 pairs of chromosomes. Consequently, all diploid cells in the frog would also have 64 chromosomes, maintaining this diploid state in somatic cells.
46 haploid