An adiabatic transition represented on graph p(V) Whiteboard exercise Play

Appearance Student activity Play

Appearance of non-metals Slideshow Play

Application of transition elements and their compounds Slideshow Play

Application of various metals in cells Animation Play

Applications of metals and non-metals Whiteboard exercise Play

Arrangement of chemical elements in the periodic table Student activity Play

Arranging metals according to increasing reactivity Animation Play

Arranging metals according to increasing reactivity Student activity Play

Arranging metals according to their increasing reducing power Simulation Play

Arranging metals according to their increasing reducing power Student activity Play

Atomic radii Whiteboard exercise Play

Atomic radii Student activity Play

Atomic radii of alkali metals Slideshow Play

Atomic radii of alkali metals Animation Play

Biologically important transition metal complexes Whiteboard exercise Play

Biologically important transition metal complexes Student activity Play

Blocks of elements Animation Play

Calculations involving the reactions of metals and water Whiteboard exercise Play

Calculations involving the reactions of metals and water Student activity Play

Catalysts in industry Student activity Play

Catching the magnetic balls Whiteboard exercise Play

Characteristic property of metals Animation Play

Characteristic radiation Animation Play

Charge transfer absorption of transition metals at high oxidation state Animation Play