Atomic Structure
- 1Atoms, elements and compoundsIntro
- Atoms, elements and compounds — key definitions and particle model
- Electronic structure and the periodic table — Atoms, elements and compounds
- Explaining trends and properties in Atoms, elements and compounds
- Balanced equations and calculations for Atoms, elements and compounds
- Linking Atoms, elements and compounds to bonding and reactivity
- 2MixturesIntro
- Mixtures — key definitions and particle model
- Electronic structure and the periodic table — Mixtures
- Explaining trends and properties in Mixtures
- Balanced equations and calculations for Mixtures
- Linking Mixtures to bonding and reactivity
- 3Scientific models of the atomIntro
- Scientific models of the atom — key definitions and particle model
- Electronic structure and the periodic table — Scientific models of the atom
- Explaining trends and properties in Scientific models of the atom
- Balanced equations and calculations for Scientific models of the atom
- Linking Scientific models of the atom to bonding and reactivity
- 4Relative atomic massIntro
- Relative atomic mass — key definitions and particle model
- Electronic structure and the periodic table — Relative atomic mass
- Explaining trends and properties in Relative atomic mass
- Balanced equations and calculations for Relative atomic mass
- Linking Relative atomic mass to bonding and reactivity
- 5Electronic structureIntro
- Electronic structure — key definitions and particle model
- Electronic structure and the periodic table — Electronic structure
- Explaining trends and properties in Electronic structure
- Balanced equations and calculations for Electronic structure
- Linking Electronic structure to bonding and reactivity
- 6Development of the periodic tableIntro
- Development of the periodic table — key definitions and particle model
- Electronic structure and the periodic table — Development of the periodic table
- Explaining trends and properties in Development of the periodic table
- Balanced equations and calculations for Development of the periodic table
- Linking Development of the periodic table to bonding and reactivity
- 7Metals and non-metalsIntro
- Metals and non-metals — key definitions and particle model
- Electronic structure and the periodic table — Metals and non-metals
- Explaining trends and properties in Metals and non-metals
- Balanced equations and calculations for Metals and non-metals
- Linking Metals and non-metals to bonding and reactivity
- 8Group 0 noble gasesIntro
- Group 0 noble gases — key definitions and particle model
- Electronic structure and the periodic table — Group 0 noble gases
- Explaining trends and properties in Group 0 noble gases
- Balanced equations and calculations for Group 0 noble gases
- Linking Group 0 noble gases to bonding and reactivity
- 9Group 1 alkali metalsIntro
- Group 1 alkali metals — key definitions and particle model
- Electronic structure and the periodic table — Group 1 alkali metals
- Explaining trends and properties in Group 1 alkali metals
- Balanced equations and calculations for Group 1 alkali metals
- Linking Group 1 alkali metals to bonding and reactivity
- 10Group 7 halogensIntro
- Group 7 halogens — key definitions and particle model
- Electronic structure and the periodic table — Group 7 halogens
- Explaining trends and properties in Group 7 halogens
- Balanced equations and calculations for Group 7 halogens
- Linking Group 7 halogens to bonding and reactivity
- 11Transition metalsIntro
- Transition metals — key definitions and particle model
- Electronic structure and the periodic table — Transition metals
- Explaining trends and properties in Transition metals
- Balanced equations and calculations for Transition metals
- Linking Transition metals to bonding and reactivity