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It depends if it's a solid, liquid, gas, or plasma. Solid particles will stay still and vibrate.
Still because the particles are so close together that they can't move, unlike a liquid or gas.
Particles in a liquid can slide past each other but are still packed together.
The particles in a liquid are close together. In a solid the particles are tightly packed together so you cannot compress them at all. The particles in a gas are far apart, so when they are compressed the volume of the gas reduces. The bonds in a liquid are not as close as those in a solid but they are still too close for compression.
It changes shape.
It depends if it's a solid, liquid, gas, or plasma. Solid particles will stay still and vibrate.
It depends if it's a solid, liquid, gas, or plasma. Solid particles will stay still and vibrate.
In solids, particles tend to stay still, and are close together
They are still be cause there isn't any activity going on inside the solid
They are still be cause there isn't any activity going on inside the solid
Still because the particles are so close together that they can't move, unlike a liquid or gas.
Technically, all particles in a Solid, Liquid, or Gas are moving. But a gas moves the fastest, liquid fast, but not as fast as gas, and solid moves the slowest.
If you are asking when particles are "able to move freely" that would be a liquid. If you simply ask about "moving" then that would be a solid, since in a solid the particles are still movings.
Solid because snow is literally ice and ice is a solid and a solids partials movement is still
The particles in a meteor shower are generally solid, until they smack into the Earth's atmosphere and actually become a "meteor shower". The meteor generally explodes, or vaporizes, or becomes plasma - but there are often still parts of the meteor that remain solid and impact the Earth.
Particles of a solid have the least amount of energy and are locked into place, although they are still vibrating with what little energy they have.
no the substance is aqueous. oh and its never the particles that are solid/ liquid... they don't really change, its just the molecular arrangement and the intermolecular forces that change