When sex cells divide, I think the result is twins. Hope that was helpful.
I cell with 46 chromosome represented as 2n. When this cell divides (sex cell, gamete) it becomes a haploid with 23 chromosomes represented as n.
mieosis or mitosis
Mitosis reproduces somatic cells, meiosis reproduces sex cells. Mitosis- Cell division involving body cells. Divides once. Meiosis- Cell division involving sex cells. Divides twice.
I cell with 46 chromosome represented as 2n. When this cell divides (sex cell, gamete) it becomes a haploid with 23 chromosomes represented as n.
It depends, Meiosis is part of the sex cells cycle (Sperm and Egg) but it requires sexual reproduction (2 parents) as apposed to all the other human cell's way of reproduction, Mitosis. Meiosis is how a sex cell divides, so it is part of the sex cell's cell cycle, but not all cells
The process is called meiosis. And those two cells are sex cells aka gametes.
Sperm and an egg coming together will produce a living fetus after the sperm (Male sex cell) breaches the egg (Female sex cell)
It depends on the type of cell. If it is a tissue cell, then it will divide into two daughter cells through the process of mitosis. If it is a sex cell, a gamete, it will divide into four daughter cells by meiosis.
A somatic, or body, cell is always, or at least typically, DIPLOID. Haploid cells which result from the process called Meiosis are "gametic", or germ, or sex, cells.
When a cell divides, the nucleus divides first in a process called mitosis, ensuring that each new cell receives a complete set of genetic information. After the nucleus divides, the rest of the cell, including the cytoplasm and organelles, divides in a process known as cytokinesis to form two separate daughter cells.
cytokinesis
Meiosis is the process by which a diploid cell divides to produce four haploid sex cells, known as gametes. These gametes, either sperm in males or eggs in females, contain half the number of chromosomes as the original cell. Meiosis involves two rounds of division, resulting in genetic diversity through crossing over and independent assortment.