they are called cilia.
Cilia
Cilia.
A paramecium is covered along its entire body by protoplasmic cilia, which beat in a specific rhythm. This spiraling motion allows the paramecium to gather food in its path.
Paramecium move with cillia.
the paramecium uses cilia, which are tiny hair-like structures, for locomotion. on the other hand, amoeba uses pseudopodia, which are extensions of the cell's cytoplasm, to move.
Unicellular organisms move in a variety of ways. Paramecia have cilia, which are tiny hairs that act like oars and propel the organism along. Bacteria move by rotating a flagellum that looks a bit like oars and propel the organism These organisms "swim" along. An amoeba moves by changing shape and forcing its cytoplasm into extensions called pseudopods. - s delacruz
Paramecium move through the use of small hair-like cillia.
A paramecium moves with hair-like things on its body called cilia.
A paramecium is covered along its entire body by protoplasmic cilia, which beat in a specific rhythm. This spiraling motion allows the paramecium to gather food in its path.
by use of cilia- hairlike projections fromt he cell membrane
Paramecium move with cillia.
the paramecium uses cilia, which are tiny hair-like structures, for locomotion. on the other hand, amoeba uses pseudopodia, which are extensions of the cell's cytoplasm, to move.
paramecium
Unicellular organisms move in a variety of ways. Paramecia have cilia, which are tiny hairs that act like oars and propel the organism along. Bacteria move by rotating a flagellum that looks a bit like oars and propel the organism These organisms "swim" along. An amoeba moves by changing shape and forcing its cytoplasm into extensions called pseudopods. - s delacruz
Paramecium move through the use of small hair-like cillia.
Paramecium move faster because they are covered with cilia while amoeba must change shape to move, which is called amoeboid movement.
paramecium
its an example of a response to a stimulus.
its an example of a response to a stimulus.