Freezing point

Temperature

Boiling point

Osmotic pressure

All of these

Solids are incompressible

Solids can either be crystalline or amorphous

Solids have definite shapes and volumes

Solids generally have very strong intermolecular forces

Atoms are locked together in a repetitive pattern

Atoms move about randomly

Atoms move about to fill their container

None of these

Molecules are held together in fixed positions

Samples of solids have indefinite shapes and volumes

Molecules can freely move past one another

Molecules are not touching one another

Samples of solids have indefinite shapes but definite volumes

High-density metal

Good conductor of electricity

Good conductor of heat

Ductile

Malleable

Definite volume and definite shape

Definite volume, but not definite shape

Definite shape, but not definite volume

Neither definite shape, nor definite volume

None of these define a solid

Amorphous solids do not have a repetitive pattern of atoms, crystalline solids do

Crystalline solids do not have a repetitive pattern of atoms, amorphous solids do.

Amorphous solids constantly change shape, crystalline solids do not

Amorphous solids are intermediaries between liquids and true (crystalline) solids

The salt lowers the freezing point of the ice, making it easier to clear or navigate safely

The salt raises the freezing point of the ice, making it easier to clear or navigate safely

The salt gives extra traction for walkers and drivers

The salt lowers the boiling point of the ice, making it more likely to sublimate