heterotrophic phagocytosis they use the pseudopods to 'engulf' it's prey heterotrophic phagocytosis they use the pseudopods to 'engulf' it's prey
The correct answer is Proteus Animalcule. A scientific name for an Amoeba is "Acanthamoeba polyphaga." Amoebas do not form a single taxonomic group. They are found in every major lineage of eukaryotic organisms. They are found among protozoa, fungi, animals, and algae.
kingdom- protista phylum- tubulinea order- tublinida family- amoebae genus- amoeba
The amoeba belongs to the domain Eukarya, which includes all organisms with complex cells that have a distinct nucleus.
Amoeba,
Domain: EukaryaKingdom: ProtistaPhylum: plasmodromaClass: sarcodinaOrder: amoebidaFamily: amoebidaeGenus: AmoebaSpecies: proteusScientific name: Amoeba proteus
a hetertroph
Autotroph
it is a Heterotroph
Heterotroph
they are autotroph autotrophs are organisms that produce there own food
it's an autotroph because autotrophs don't consume other animals or things in order to get energy, and a rose bush does not eat anything, but gets energy in the form of ATP.
I think it is a heterotroph. It does not make food. And it consumes dissoved oxygen Watch "MANNY AND LOLA" on facebuk
I think you meant locust. They're heterotrophs just like all animals.
Try the spelling "vorticella" and you might get more answers. These organisms are not plants, so they shouldn't have cell walls. They're quite flexible. Watch them and you'll notice that they consume and digest microbes.
Plant and animal cells are the two types of eukaryotic cells. the animal has many small vacubles and cytosomes . plant haas cell wall central vacubles and chroplast Autotroph and Hetertroph
An elephant is a heterotroph, meaning it eats plants and other animals to obtain food. Autotrophs are organisms like plants that are able to produce their own food.
Lyme disease is not classified as an autotroph or a heterotroph because it is a disease caused by the bacterium Borrelia burgdorferi, which is a heterotrophic organism. Heterotrophs obtain their nutrients by consuming organic matter, while autotrophs produce their own food through photosynthesis or chemosynthesis. In the context of Lyme disease, the bacteria require a host, such as humans or animals, to survive and thrive.