apartcontainercooledGasesLiquidsparticlespouredSolidssquashedvibrate cannot be apartcontainercooledGasesLiquidsparticlespouredSolidssquashedvibrate because the particles are close together.
apartcontainercooledGasesLiquidsparticlespouredSolidssquashedvibrate take the shape of the apartcontainercooledGasesLiquidsparticlespouredSolidssquashedvibrate because the particles move around but stay close together
apartcontainercooledGasesLiquidsparticlespouredSolidssquashedvibrate spread to fill the space available because the apartcontainercooledGasesLiquidsparticlespouredSolidssquashedvibrate move around freely, at high speed.
apartcontainercooledGasesLiquidsparticlespouredSolidssquashedvibrate condense when apartcontainercooledGasesLiquidsparticlespouredSolidssquashedvibrate because the particles lose energy and move closer together.
apartcontainercooledGasesLiquidsparticlespouredSolidssquashedvibrate evaporate because the particles gain energy and move further apart.
apartcontainercooledGasesLiquidsparticlespouredSolidssquashedvibrate melt when heated because the particles gain energy and move around more.
apartcontainercooledGasesLiquidsparticlespouredSolidssquashedvibrate cannot be poured because the particles cannot move around, only apartcontainercooledGasesLiquidsparticlespouredSolidssquashedvibrate.
apartcontainercooledGasesLiquidsparticlespouredSolidssquashedvibrate have low density because the particles are far apartcontainercooledGasesLiquidsparticlespouredSolidssquashedvibrate.
apartcontainercooledGasesLiquidsparticlespouredSolidssquashedvibrate can be apartcontainercooledGasesLiquidsparticlespouredSolidssquashedvibrate because the particles move around but stay close together.