Amoebas move using psuedopodia (which means "false feet") and feed by phagocytosis- by englufing solid food through their cell membrane by use of internal food vacuole. Pseudopods are used to find food
Amoebas move the slowest out of the three organisms (paramecium, amoeba, euglena). They use pseudopods to move and typically glide along surfaces at a slow pace.
Amoeba move through pseudopodia, i.e., due to continuous movements of its ectoplasm and endoplasm.
Amoeba is animal-like because they can not do photosynthesis which other plant-like protists can do. Amoeba are protozoans. Amoeba hunt for their food. They eat bacteria, smaller protozoans and other smaller organisms.
An amoeba cell eats other unicellular organisms like paramecium, bacteria, and plant cells. Some are even parasitic! Amoeba cells eat by moving its cytoplasm (also called pseudopods) around its prey. The prey is literally inside the amoeba now. The Amoeba forms a vacuole around it and breaks it down for nourishment and absorbs it through its cytoplasm.
Freshwater amoeba in salt water will have a higher solute content outside of the amoeba. The water in the amoeba will want to move out of the amoeba and into the environment. This will cause the amoeba to shrivel and die.
The psuedopod is used to help the amoeba move, and also to eat. It is a part of the amoeba's body that it can stretch out and pull itself with.
amoebas are alive and able to move and eat
An amoeba can move 2.6 billion light years. Hopes that this helps!!!!! =D
Amoebas move the slowest out of the three organisms (paramecium, amoeba, euglena). They use pseudopods to move and typically glide along surfaces at a slow pace.
Amoeba eats other organisms and smaller protists
pseudopodia
To eat, the amoeba stretches out the pseudopod, surrounds a piece of food, and pulls it into the rest of the amoeba's body. Amoebas eat algae, bacteria, other protozoans, and tiny particles of dead plant or animal matter.
Endocytosis
they eat
Psuedopod
amoeba
Amoeba move through pseudopodia, i.e., due to continuous movements of its ectoplasm and endoplasm.