Different cells are needed to do different jobs and be at different places. If cells are growing continually larger, there would not be enough cells to do all of the different jobs at the same time.
All living things are organisms. There is no such thing as a living cell that is not an organism.
It has 1 organism, that's its body.Note: If you meant organs you should ask a different question, because organisms are different from organs
Generally, smaller cells can move materials faster than larger cells. This is because smaller cells have a higher surface area to volume ratio, allowing for more efficient exchange of materials with their surroundings. Additionally, smaller cells may have shorter distances for materials to travel within the cell.
Specialized cells allow for division of labor within the organism, leading to increased efficiency and functionality. They also enable multicellular organisms to perform complex functions and adapt to diverse environments.
mutlicellular
Organisms grow larger by adding more cells.
Prokaryotic cells dont have a nucleus but have DNA.
I dont know who cares
All living things are organisms. There is no such thing as a living cell that is not an organism.
they depend on other organisms. cells. living things. and something else. idk! dont ask me.
What they do is build your bodys self defence cells up so you dont catch dieseases as easily.
I dont know why dont ya go and do ya homework by ya self next time! :P
easiest question,ask your self why are viruses not living organisms? because they dont have cells!
It has 1 organism, that's its body.Note: If you meant organs you should ask a different question, because organisms are different from organs
Generally, smaller cells can move materials faster than larger cells. This is because smaller cells have a higher surface area to volume ratio, allowing for more efficient exchange of materials with their surroundings. Additionally, smaller cells may have shorter distances for materials to travel within the cell.
Specialized cells allow for division of labor within the organism, leading to increased efficiency and functionality. They also enable multicellular organisms to perform complex functions and adapt to diverse environments.
mutlicellular