Plasma
boiling
freezing
The particles in a solid are closely locked in position and can only vibrate.
The particles of a solid are attracted strongly to other particles around them locking them into a fixed position in which they may only vibrate but not move freely from one position to another. The particles of a gas are the opposite. Not strongly attracted, but move randomly about bouncing off of other gas particles. This allows the gas particles to move to any position, not just remain surrounded by the same few particles.
They are EXACTLY the same particles but in a liquid they are further apart and free to move round as compared to the particles in the solid form which are fixed in their position, one relative to the other.
This is the description of a solid.
The particles of a liquid are not attached to each other. The particles of a solid are.
The particles are vibrating about their mean position.
The particles in a solid are closely locked in position and can only vibrate.
The particles in a solid are closely locked in position and can only vibrate.
The particles vibrate in a fixed position
Particles are vibrating rapidly.
The particles of a solid are attracted strongly to other particles around them locking them into a fixed position in which they may only vibrate but not move freely from one position to another. The particles of a gas are the opposite. Not strongly attracted, but move randomly about bouncing off of other gas particles. This allows the gas particles to move to any position, not just remain surrounded by the same few particles.
In a liquid, the particles are free to move around; in a solid, they have a fixed position. In a solid, the particles may have a regular structure (i.e., a crystal), or the structure may be irregular.
solid
Conduction
Conduction
Particles tightley packed together do not change position PS trees
solid.