Solids have particles that are allattached tobreak freechange placescloseclose togethercompressedfaster and fasterfixed positionfixed shapefixed volumeforce of attractionliquidmore and more heat energymove pastno fixed volumeno shapeshapevery fastvibrate more and moreweakly. The particles are in allattached tobreak freechange placescloseclose togethercompressedfaster and fasterfixed positionfixed shapefixed volumeforce of attractionliquidmore and more heat energymove pastno fixed volumeno shapeshapevery fastvibrate more and moreweakly and they cannot allattached tobreak freechange placescloseclose togethercompressedfaster and fasterfixed positionfixed shapefixed volumeforce of attractionliquidmore and more heat energymove pastno fixed volumeno shapeshapevery fastvibrate more and moreweakly with neighbouring particles. For this reason solid objects have allattached tobreak freechange placescloseclose togethercompressedfaster and fasterfixed positionfixed shapefixed volumeforce of attractionliquidmore and more heat energymove pastno fixed volumeno shapeshapevery fastvibrate more and moreweakly.

When heated the particles in a solid will start to allattached tobreak freechange placescloseclose togethercompressedfaster and fasterfixed positionfixed shapefixed volumeforce of attractionliquidmore and more heat energymove pastno fixed volumeno shapeshapevery fastvibrate more and moreweakly. Particles are vibrating all the time but now they vibrate more and more when allattached tobreak freechange placescloseclose togethercompressedfaster and fasterfixed positionfixed shapefixed volumeforce of attractionliquidmore and more heat energymove pastno fixed volumeno shapeshapevery fastvibrate more and moreweakly is given. Eventually the vibration is so much that they can start to move past each other.

It is now a allattached tobreak freechange placescloseclose togethercompressedfaster and fasterfixed positionfixed shapefixed volumeforce of attractionliquidmore and more heat energymove pastno fixed volumeno shapeshapevery fastvibrate more and moreweakly.

In the liquid state the particles are still allattached tobreak freechange placescloseclose togethercompressedfaster and fasterfixed positionfixed shapefixed volumeforce of attractionliquidmore and more heat energymove pastno fixed volumeno shapeshapevery fastvibrate more and moreweakly and allattached tobreak freechange placescloseclose togethercompressedfaster and fasterfixed positionfixed shapefixed volumeforce of attractionliquidmore and more heat energymove pastno fixed volumeno shapeshapevery fastvibrate more and moreweakly each other allattached tobreak freechange placescloseclose togethercompressedfaster and fasterfixed positionfixed shapefixed volumeforce of attractionliquidmore and more heat energymove pastno fixed volumeno shapeshapevery fastvibrate more and moreweakly but now they can allattached tobreak freechange placescloseclose togethercompressedfaster and fasterfixed positionfixed shapefixed volumeforce of attractionliquidmore and more heat energymove pastno fixed volumeno shapeshapevery fastvibrate more and moreweakly each other. Liquids can therefore change their allattached tobreak freechange placescloseclose togethercompressedfaster and fasterfixed positionfixed shapefixed volumeforce of attractionliquidmore and more heat energymove pastno fixed volumeno shapeshapevery fastvibrate more and moreweakly. They usually take the shape of the container they are in. They have though a allattached tobreak freechange placescloseclose togethercompressedfaster and fasterfixed positionfixed shapefixed volumeforce of attractionliquidmore and more heat energymove pastno fixed volumeno shapeshapevery fastvibrate more and moreweakly.

When heated the liquid particles will move allattached tobreak freechange placescloseclose togethercompressedfaster and fasterfixed positionfixed shapefixed volumeforce of attractionliquidmore and more heat energymove pastno fixed volumeno shapeshapevery fastvibrate more and moreweakly. Eventually they will allattached tobreak freechange placescloseclose togethercompressedfaster and fasterfixed positionfixed shapefixed volumeforce of attractionliquidmore and more heat energymove pastno fixed volumeno shapeshapevery fastvibrate more and moreweakly from each others allattached tobreak freechange placescloseclose togethercompressedfaster and fasterfixed positionfixed shapefixed volumeforce of attractionliquidmore and more heat energymove pastno fixed volumeno shapeshapevery fastvibrate more and moreweakly. They are now free to move allattached tobreak freechange placescloseclose togethercompressedfaster and fasterfixed positionfixed shapefixed volumeforce of attractionliquidmore and more heat energymove pastno fixed volumeno shapeshapevery fastvibrate more and moreweakly in allattached tobreak freechange placescloseclose togethercompressedfaster and fasterfixed positionfixed shapefixed volumeforce of attractionliquidmore and more heat energymove pastno fixed volumeno shapeshapevery fastvibrate more and moreweakly possible directions on their own. They have allattached tobreak freechange placescloseclose togethercompressedfaster and fasterfixed positionfixed shapefixed volumeforce of attractionliquidmore and more heat energymove pastno fixed volumeno shapeshapevery fastvibrate more and moreweakly so they fill up the container they are in. Also they have allattached tobreak freechange placescloseclose togethercompressedfaster and fasterfixed positionfixed shapefixed volumeforce of attractionliquidmore and more heat energymove pastno fixed volumeno shapeshapevery fastvibrate more and moreweakly and therefore can be allattached tobreak freechange placescloseclose togethercompressedfaster and fasterfixed positionfixed shapefixed volumeforce of attractionliquidmore and more heat energymove pastno fixed volumeno shapeshapevery fastvibrate more and moreweakly.