Binary Fission :)
Bacteria reproduce through binary fission (cell division) and conjugation. In cell division, the bacteria duplicates its single chromosome, then divides into two different cells; this can happen at an extremely rapid rate (20 minutes). In conjugation, two cells temporarily attach, exchanging DNA; this increases genetic diversity, making the species more sustainable. Once the species detatch, they then go through cell division to reproduce.
Yeast can reproduce in two ways. One is when a single cell splits into two child cells. This also occurs in bacterial. The other way is when an outgrowth is formed, the nucleus divides and the new nucleus migrates to this outgrowth and splits off.
As they are animals they reproduce sexually.
they reproduced asexually
Mosquitos reproduce sexually.
Cell Division
binary fission
Bacterial cells are prokaryotic, meaning they do not have a membrane-bound nucleus, while yeast cells are eukaryotic and have a nucleus. Yeast cells are typically larger and more complex than bacterial cells, containing membrane-bound organelles such as mitochondria. Bacterial cells reproduce asexually through binary fission, while yeast cells can reproduce both sexually and asexually through budding or fission.
they reproduce asexually because they are cells and some cells reproduce sexually but these kinds dont
Eukaryotic cells (eukaryotes) use mitosis to reproduce asexually.
yes
Yeast cells are eukaryotic and typically larger than bacterial cocci. Yeast cells can reproduce asexually by budding, while bacterial cocci are prokaryotic and reproduce by binary fission. Additionally, yeast cells usually have a nucleus and membrane-bound organelles, whereas bacterial cocci lack these structures.
by multiplying asexually
prokaryiotic cells do produce asexually and sexually
They reproduce Asexually
cells don't produce sexually but asexually by dividing.
Bacteria reproduce through binary fission (cell division) and conjugation. In cell division, the bacteria duplicates its single chromosome, then divides into two different cells; this can happen at an extremely rapid rate (20 minutes). In conjugation, two cells temporarily attach, exchanging DNA; this increases genetic diversity, making the species more sustainable. Once the species detatch, they then go through cell division to reproduce.