because not STUPID no in real life i dont k either so we are both stupid
All bacterial cells do not have a nucleus but the cells of other animal have nucleus which is usually spherical or oval in shape inside it there are chromosomes that form a dense tangle referred to as chromatin.
No, the most common form of bacterial cells is cocci, which are spherical in shape. Bacilli are rod-shaped bacteria, which are also common but not as prevalent as cocci.
Yes, bacterial colonies often arise from the division of a few parent cells that form a cluster or group. As these parent cells replicate and grow, they form a visible colony on a solid growth medium during the process of bacterial cell division.
Bacterial cells are typically unicellular organisms, meaning they exist as single cells. Some bacteria can form colonies or biofilms where multiple cells cluster together, but each individual cell remains separate and distinct.
Sex pilus is not found in all bacterial cells. It is a structure found in certain bacteria, like those that possess the ability to undergo bacterial conjugation, a method of transferring genetic material between cells.
It form into two different cells
The main difference between an animal cell and a bacterial cell is that a bacterial cell contains a plasmid, a ring of DNA, opposed to the chromosomes that animal cells possess. There are other differences, such as size (bacterial cells are many times smaller) and whether or not they contain membrane bound organelles, which bacteria do not. Bacteria cells have also flagella/flagellum that an animal cells (except spermatozoa or sperm cells) does not, a "tail" strand that extends out of the cell to propel it forward.
The Plane of Division determines Prokaryotic cell grouping patterns.
Predominantly multicellular not in bacteria but in human body • Cell contains a nucleus and other membrane bound organelles not in bacteria but in human body • DNA occurs in a circular form in bacteria only
One similarity among animal, plant, and bacterial cells is that they all contain genetic material in the form of DNA that carries instructions for cell function and development.
Pili or fimbriae are short appendages used by some bacterial cells to adhere to surfaces. They help bacteria stick to surfaces and form biofilms, which can protect them from harsh environments and facilitate communication with neighboring cells.
Different cells have different appearences because they have different functions. A good rule of thumb is the "form follows function" rule.