Plenty of animals are sessile, meaning attached to something like a plant. They include sponges, anemones, corals, barnacles, and sea squirts. Their larva larvae do swim around, though corals can reproduce by budding.
Fungi.
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Well, that depends on what state of matter they are in. a solid can move, but cannot move freely as it is bound to one spot by the gravitational forces. water would be able to move freely in a confined space. and gas can move freely as long as there is nothing blocking its path.
An insulator is a material in which charges cannot move freely. Insulators have tightly bound electrons that do not easily flow in response to an electric field. Examples of insulators include glass, rubber, and plastic.
That depend on size and the charge.Large molecules and charged molecules cannot move freely
Ions do not move freely in all environments; their mobility depends on the medium they are in. In solutions, such as electrolytes, ions can move relatively freely due to the solvent facilitating their movement. However, in solid ionic compounds, ions are held in a rigid lattice structure and cannot move freely. In biological systems, ion movement is often regulated by channels and pumps in cell membranes.
Yes, the particles of a solid can vibrate in place but cannot move around freely like particles in a liquid or gas.
Water is an example of a substance that cannot be compressed much due to its incompressibility, but it can move about freely due to its fluidity.
Water cannot move freely if it is contained or obstructed by physical barriers such as walls or containers. Additionally, factors like gravity, surface tension, and viscosity can influence the movement of water in various directions.
Gases move freely because there are more spaces between particles of gases.So they can move easily.
No, electrons cannot move freely in an insulator. Insulators have a full valence band and a large band gap that prevents the movement of electrons through the material. This lack of mobility is what distinguishes insulators from conductors.
In rubber electrons cannot freely move among atoms as in copper.