The change in state from a solid to a liquid is called melting.
The atoms movement is either more free (liquid to gas) or more restricted (liquid to solid)
well, a solid has the slowest atoms, they are placed closely together, and because of that, they cannot move much. A liquid has faster atoms, placed slightly farther apart, allowing them to move faster. So, no, liquid atoms are faster than solid atoms P.S. just so you know, the atoms of a gas move the fastest, and are placed the farthest apart of the three
No, the total amount of mass remains constant during the process of solidification. The atoms in the liquid rearrange themselves into a solid state, but the total number of atoms remains the same, so the mass does not change.
yes heating a substance does three things to a particleThe particle gains heat energyThe particles move further apartThe partiicles move fasterBecause they move further apart they change state and become a solid liquid or gas
No, they will vibrate more but they didn't change.
because the atoms in the liquid moves faster than a solid and has more freedom.
Particles do not change when they change state from solid to liquid form. However, they will change behavior because they are completely still when they are solid and move faster when a liquid.
The atoms in a solid are in a tighter formation that as they are in a liquid. In a liquid, They are loose and have the ability to pour.
change of a liquid to a solid
The change from liquid to solid is called freezing.
because the atoms in the liquid moves faster than a solid and has more freedom.
Sure, change from solid to liquid is a physical change
when ice was solid change liquid because sun was very hot. ice will change liquid change back solid again
The atoms in a liquid are the same as the atoms in a solid. They are simply arranged in a different way, and have different energy and different intermolecular forces.
change of a liquid to a solid
When a substance goes from solid to liquid, the atoms gain enough energy to overcome the attractive forces that hold them in a fixed position in the solid. This allows the atoms to move more freely, leading to a change in the arrangement of the atoms from a fixed and ordered structure in the solid to a more random and less structured arrangement in the liquid.