A lesson to address the characteristics of group 7 and subsequent reactivity.

A lesson to address atomic structure and calculation of sub-atomic parts.

A lesson to address how to construct Bohr diagrams and construct configuration (1-20).

A lesson to address the history of the atom and how ideas have evolved.

A lesson to address how isotopes differ to atoms and calculation of RAM.

A lesson to address the history and structure of the periodic table. NB. Please conduct lesson in conjunction with your relevant exam board PT (not included).

A lesson to address the characteristics of group 1 and subsequent reactivity in water.

A lesson to address how halogen reactivity affects displacement.

A lesson to address the formation of ions (diagram and configuration).

A lesson to address the characteristics of group 0 and subsequent properties.

A lesson to address ionic bonding in terms of diagrams, descriptions and properties.

A lesson to address giant covalent examples in terms of how structure dictates properties.

A lesson to address the formation of polymers and subsequent properties.

A lesson to address covalent bonding in terms of diagrams, descriptions and properties.

A lesson to address how metals react with acids and how reactivity will dictate outcomes.

A lesson to address acids and bases in the context of characteristics, strength and identification.

A lesson to address how reactivity of metals will dictate outcomes in chemical reactions.

A lesson to address how acids and metal hydroxides react.

A lesson to address the extraction of metals using electrolysis (Al).

A lesson to address the extraction of metals from ores (Fe).