Atomisation process of mercury Whiteboard exercise Play

Born-Haber cycle Student activity Play

Born–Haber cycle Class activity Play

Born–Haber cycle Whiteboard exercise Play

Born–Haber cycle Whiteboard presentation Play

Born–Haber cycle for sodium chloride Animation Play

Electron affinity Animation Play

Enthalpy of formation of magnesium bromide Animation Play

Enthalpy of formation of neonium chloride Whiteboard exercise Play

Factors affecting the lattice enthalpy Animation Play

Ionisation enthalpy Animation Play

Ionisation enthalpy and electron affinity Whiteboard exercise Play

Ionisation enthalpy and electron affinity Student activity Play

Lattice formation enthalpy Animation Play

Lattice formation enthalpy Student activity Play

Lattice formation enthalpy Whiteboard exercise Play

Lattice formation enthalpy and melting points of ionic compounds Illustration Play

Sodium chloride formation Animation Play

Standard enthalpy of atomisation Student activity Play

Standard enthalpy of atomisation Whiteboard exercise Play

Standard enthalpy of atomisation of metals Animation Play

Standard enthalpy of atomisation of non-metals Animation Play

Standard enthalpy of formation for ionic compounds Student activity Play

Standard enthalpy of formation for ionic compounds Whiteboard exercise Play

The enthalpy change for the transformation of solid sulphur into gaseous sulphide ions Whiteboard exercise Play

The formation of ionic compounds is exothermic Animation Play

Why do magnesium and chlorine form the compound MgCl2, but not MgCl? Animation Play

Why some ionic compounds do not exist Whiteboard exercise Play

Why some ionic compounds do not exist Student activity Play