Not counting how they all move together as the object moves;
each molecule moves around its own location (often said to vibrate) at a speed that depends on the temperature of the object.
If the temp gets high enough, then the molecule(s) can break loose of the bonds that hold them in place ... either liquefying or evaporating.
At absolute zero they don't move, theoretically (for that temp has never been reached).
In solid substance molecules are joined with each other by various chemical bonds may be strong or weak chemical bonding. Melting point of that sample depends on this bonding. If molecules are joined by strong bond melting point will be high and vice versa.
It depends on the type of solid. All molecules in solid form have what is called vibrational movement, meaning the move in fixed positions. In some solids the forces of attraction between the molecules are strong enough to keep the molecules in a relatively fixed position but allow some moment of molecules past one another. If the forces between molecules weaken enough to allow more fluid movement, then the solid becomes a liquid.
A very short distance in all three spatial directions. The word vibrate best describes their movements.
The molecules of a solid state are tightly packed together. Movement of molecules is restricted to vibrating in their equilibrium position.
they move but there are very tightly packed together.
It Consists Of Minimal Vibration, And No Other Movement Occurs.
The molecules in a solid move like a rapid vibration. They stay in place, but they are still in motion.
they vibrate around fixed points
sliding against each other.
In liquid molecules move faster but in solid the molecules would vibrate about its mean position
solid state
In solids, molecules have the greatest attractions for one another. That is why molecules in a solid barely move around or switch positions. In gases, the molecules move around quickly and freely, so their attractions are weak. Liquids are in between. So, to answer: solid.
Basically, a solid is quite stationary. It doesn't move very much. Liquids have more energy, meaning that the particles move a lot freer. In a gas the particles are a lot further apart, meaning that they have a LOT more space to move. Solids can be made to move faster if you give it enough energy (ie, heat). The atoms then start vibrating faster, making spaces between the atoms. This is what happens (basically) when you melt something.
It depends which state of matter you are referring to -- solid, liquid or gas. Solid: molecules vibrate in place Liquid: molecules are moving faster than a solid but slower than a gas. gas: molecules are moving at a high speed hope this helps :)
It is the solid. The molecules in solid dont move much but they do move, just a bit.
In liquid molecules move faster but in solid the molecules would vibrate about its mean position
Solid molecules are rigid and has a shape. Liquid molecules are less rigid than solid and the molecules move. Gases have no shape and its molecules are free floating and move at rapid speeds against each other.
no
yes
a solid is a solid because the molecules that are in the object are closely compact with each other. they do not move but the do vibrate.
Molecules vibrate in a solid but they do not move from one place to another. Although these vibrations are small yet they result in a change in the position of molecules. So, we can say that molecules change position in a solid.
In a solid the molecules are tightly packed together all touching one another and vibrate; in a liquid the molecules are more loosely packed and more free to move around but they are still touching; in a gas the molecules are free to move where they please
solid state
In solids, molecules have the greatest attractions for one another. That is why molecules in a solid barely move around or switch positions. In gases, the molecules move around quickly and freely, so their attractions are weak. Liquids are in between. So, to answer: solid.
Molecule movement is the smallest in a solid. In a solid, the molecules are closely packed and have limited freedom to move and vibrate. In liquids and gases, the molecules have more space and freedom to move, resulting in greater molecular movement.
Solid state.Absolute zero....