10.2 When Chemicals React
1.How well do we know the Periodic Table?
1.1
Relate an atom’s electron configuration to its Periodic Table row and group.
1.1B *Extension: Investigate the s, p, d and f blocks of the Periodic Table.
1.2 Describe trends in reactivity and metallic character across a row and down a group on the
Periodic Table, and so predict those properties for a given element.
1.3
Define ‘isotope’ and ‘radioisotope’ and give examples.
1.4
Explain that natural radioactivity arises from the decay of
nuclei in atoms, releasing particles and energy.
1.5
Identify examples of the medical and industrial use of nuclear
1. How well do we know the Periodic Table?
1.1 Relate an atom’s electron configuration to its Periodic Table row and group.
1.2 Describe trends in reactivity and metallic character across a row and down a group on the Periodic Table, and so predict those properties for a given element.
1.3 Define ‘isotope’ and ‘radioisotope’ and give examples.
1.4 Explain that natural radioactivity arises from the decay of nuclei in atoms, releasing particles and energy.
1.5 Identify examples of the medical and industrial use of nuclear energy.
IRP
1.1 Relate an atom’s electron configuration to its Periodic Table row and group.
Complete Stile Quiz Electron configurations and valence electrons
Review: If you need more for this outcome:
Stile lessons
1.2 Describe trends in reactivity and metallic character across a row and down a group on the Periodic Table, and so predict those properties for a given element.
Stile lesson:
Information and Worksheet: Patterns and the Periodic Table.doc
Worksheet: Trends on the Periodic Table
Colouring activity: Periodic Table
EXT Webquest Periodic Table
complete Worksheet Atoms Isotopes Ions?