How many chromosomes will be in each cell
Two cells
42 daughter cells are produced and about 900 ugly cells
Mitosis produces two cells indentical to the parent cells. Meiosis produces four sex cells each with half as many chromosomes as the parents
Meiosis produces four nonidentical daughter cells.
mitosis produces 2 daughter cells where as meiosis produces 4. this applies to all cells except for cancer cells that malfunction in mitosis
Meiosis in male produces four genetically distinct daughter cells.
spermatogenesis produces 4 sperm cells and oogenisis produces one ovum. Both have 23 chromosomes each
42 daughter cells are produced and about 900 ugly cells
Also called oogenesis, there is only 1 formed and 3 polar bodies which are destroyed by the body
I believe it is Meiosis that produces new cells with each having half as many chromosomes as the original parent cells.
Mitosis produces two cells, as opposed to meiosis, which produces four.
Meiosis, the process by which gametes are formed, can also be called gametogenesis, literally "creation of gametes." The specific type of meiosis that forms sperm is called spermatogenesis, while the formation of egg cells, or ova, is called oogenesis. The most important thing you need to remember about both processes is that they occur through meiosis, but there are a few specific distinctions between them.SpermatogenesisThe male testes have tiny tubules containing diploid cells called spermatogonium that mature to become sperm. The basic function of spermatogenesis is to turn each one of the diploid spermatogonium into four haploid sperm cells. This quadrupling is accomplished through the meiotic cell division detailed in the last section. During interphase before meiosis I, the spermatogonium's 46 single chromosomes are replicated to form 46 pairs of sister chromatids, which then exchange genetic material through synapsis before the first meiotic division. In meiosis II, the two daughter cells go through a second division to yield four cells containing a unique set of 23 single chromosomes that ultimately mature into four sperm cells. Starting at puberty, a male will produce literally millions of sperm every single day for the rest of his life.OogenesisJust like spermatogenesis, oogenesis involves the formation of haploid cells from an original diploid cell, called a primary oocyte, through meiosis. The female ovaries contain the primary oocytes. There are two major differences between the male and female production of gametes. First of all, oogenesis only leads to the production of one final ovum, or egg cell, from each primary oocyte (in contrast to the four sperm that are generated from every spermatogonium). Of the four daughter cells that are produced when the primary oocyte divides meiotically, three come out much smaller than the fourth. These smaller cells, called polar bodies, eventually disintegrate, leaving only the larger ovum as the final product of oogenesis. The production of one egg cell via oogenesis normally occurs only once a month, from puberty to menopause.
At least four. First division produces two cells. Second division produces four. Third division produces eight cells. Fourth division produces sixteen cells. If out of these eight cells of third mitotic division only two cells divide further then we will have 10 cells.
it produces about 6 egg cells
mitosis
Meiosis produces 4 cells from one mother cell. Each of these four cells has half the genetic material as the original.
Mitosis produces two cells indentical to the parent cells. Meiosis produces four sex cells each with half as many chromosomes as the parents
Mitosis produces two genetically identical daughter cells.