No. Meiosis is when a cell produces a haploid, which is a cell with only half the number of chromosomes. Meiosis is only used for making cells used for reproduction.
Red blood cells are created by mitosis, which is when cells make two copies of themselves and split into two identical cells.
Identical, different.
Meiosis, as they are both processes of cell division. However, in meiosis, the cells produced have half the number of chromosomes as the parent cell, whereas in mitosis the cells produced are identical to the parent cell.
SomaticSomatic cells reproduce by mitosis. Gametes are produced by mieosis
What I remember from school was that meiosis split into 4 cells and that mitosis split into two cells and I think that meiosis happened when cells were trying to repair something and mitosis was for reproduction. (Remember miTosis=Two)
After mitosis you have two cells and after meiosis you have 4 cells.
Four daughter cells are produced in meiosis. In mitosis, two daughter cells are produced.
No. Haploid cells are produced by meiosis.
Mitosis: Two Meiosis: Four
Mitosis reproduces somatic cells, meiosis reproduces sex cells. Mitosis- Cell division involving body cells. Divides once. Meiosis- Cell division involving sex cells. Divides twice.
Mitosis: Two Meiosis: Four
2 4 are produced by meiosis
Identical, different.
Meiosis, as they are both processes of cell division. However, in meiosis, the cells produced have half the number of chromosomes as the parent cell, whereas in mitosis the cells produced are identical to the parent cell.
Two are produced in Mitosis and 4 in meosis.
turn around you freaking dork. your mom
Meiosis and mitosis are different types of cellular reproductions. Meiosis is sexual but mitosis is asexual reproduction. Meiosis and mitosis continue to occur when the immune system produces white blood cells.
Gametes are produced through meiosis, not mitosis. Meiosis is the cell division process that specifically produces haploid cells such as gametes (egg and sperm cells) in organisms. Mitosis is a cell division process that produces identical diploid cells for growth and repair.