Other particles may act as nuclei for ice formation in the atmosphere, leading to more precipitation.

In these cases they refer to the number of dimensions in which a confined particle can act as a free carrier.

Any particle can act as if it has only one position, but only when the measurement forces it.

Furthermore, the particles act as nuclei for droplets of water vapour.

Sometimes, two particles can act on one another and become an entangled system.

These particles act as qualifiers of the clause or sentence they end.

These particles act like tiny magnets, and can be directed to specific areas of the body by an external magnetic field.

Authors of similar recent experiments with atoms and molecules, described below, claim that these larger particles also act like waves.

This is how a particle can actually act like a particle and a wave at nearly the same time.

For example, two particles that interacted might subsequently fly to opposite sides of the solar system, and still act as if they were dependent.