The gametic life cycle exists in which the haploid form is always unicellular as in humans.
The gametic life cycle exists in which the haploid form is always unicellular as in humans.
The twenty-three chromosomes in humans is called a haploid number. It refers to the number of chromosomes in a gamete of an organism.
2n=46
The reproductive system in humans produces diploid cells through meiosis in the process of spermatogenesis (in males) and oogenesis (in females). These diploid cells eventually give rise to haploid gametes (sperm and eggs) which are involved in sexual reproduction.
no humans are haploid because when two haploid cells combine a diploid cell is made.
The gametic life cycle exists in which the haploid form is always unicellular as in humans.
The gametic life cycle exists in which the haploid form is always unicellular as in humans.
The gametic life cycle exists in which the haploid form is always unicellular as in humans.
The gametic life cycle exists in which the haploid form is always unicellular as in humans.
The gametic life cycle exists in which the haploid form is always unicellular as in humans.
Billion of years ago. Bacteria has the simplest form of life. Unicellular and asexual haploid cells.
Humans are multicellular.
The twenty-three chromosomes in humans is called a haploid number. It refers to the number of chromosomes in a gamete of an organism.
2n=46
multicellular, plants can be both, unicellular and multicellullar
The reproductive system in humans produces diploid cells through meiosis in the process of spermatogenesis (in males) and oogenesis (in females). These diploid cells eventually give rise to haploid gametes (sperm and eggs) which are involved in sexual reproduction.
no humans are haploid because when two haploid cells combine a diploid cell is made.