All prokaryotic organisms are single-celled organisms.
Girrafe is an eukaryotic organism while bacteria is procaryotic. As we know that eukaryotic organism has larger cells than prokaryotic organism so girrafe has larger cells than a bacterium.
No. An organism made of many cells would be a multicellular organism.
Prokaryotic cells are cells that lack membrane bound cells and contain a single circular DNA strand. All organisms in the Kingdoms Archea and Monera are prokaryotic (bacteria and Cyanobacteria.) hope that helps
It has half of whatever the organism's regular cells have.
Multicellular is a word that means "many cells" An oragnism can either be unicellular (1 cell) or multicellular (made up of 2 or more cells) Multicellular is a word that means "many cells" An oragnism can either be unicellular (1 cell) or multicellular (made up of 2 or more cells)
Nitrogen fixation is a uniquely prokaryotic. This a one celled organism.
The water flea is made up of many cells with many nuclei, therefore, the water flea is a eukaryotic organism.
Girrafe is an eukaryotic organism while bacteria is procaryotic. As we know that eukaryotic organism has larger cells than prokaryotic organism so girrafe has larger cells than a bacterium.
It depends on the organism.
Eukaryotic cells have a nuclear membrane and many organelles, whereas prokaryotic cells do not. This is why prokaryotic cells are often referred to as 'simple cells.'
Both prokaryotic and eukaryotic organisms break down molecules to produce energy.
Domain bacteria and Domain archebacteria
No. An organism made of many cells would be a multicellular organism.
Prokaryotic cells are cells that lack membrane bound cells and contain a single circular DNA strand. All organisms in the Kingdoms Archea and Monera are prokaryotic (bacteria and Cyanobacteria.) hope that helps
Nothing, the "organs" of a many celled organism are themselves made up of cells.
A cat is an eukaryote because it is an animal.
A prokaryotic cell is smaller because it has no nucleus and not as many organisms as a eukaryote