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Chemical messengers to send information move molecules in and out of cells
Multicellular organisms can move in different ways depending on their size and shape. The term multicellular refers to most living things on the planet so the question cannot be answered without generalising.
the solar system
Motile bacteria are bacteria which can move. Examples; Spirochetes move using a corkscrew motion powered by an axial filament. Campylobacter jejuni has two flagella. Pseudomonas secreat slime and can glide over surfaces.
Cellular organisms move by the cells moving in a different direction than the cell. The calls have to move opposite direction and that's how they move.Answer
your a multicellular organism.... yes, they can move on their own.
The horse belongs to Kingdom Animalia. This is because they have multicellular cells, depend on other organisms for food and can move independently.
Chemical messengers to send information move molecules in and out of cells
Multicellular organisms can move in different ways depending on their size and shape. The term multicellular refers to most living things on the planet so the question cannot be answered without generalising.
Muscles.
Muscles.
This description refers to the Kingdom Animalia. Animals are eukaryotic, multicellular organisms with specialized tissues that allow them to move and respond to their environment. They do not have cell walls like plants and fungi.
the solar system
In multicellular organisms, cilia function to move fluid or materials past an immobile cell as well as moving a cell or group of cells.
Motile bacteria are bacteria which can move. Examples; Spirochetes move using a corkscrew motion powered by an axial filament. Campylobacter jejuni has two flagella. Pseudomonas secreat slime and can glide over surfaces.
Cellular organisms move by the cells moving in a different direction than the cell. The calls have to move opposite direction and that's how they move.Answer
Musculoskeletal.