The numbers match the AQA Alevel chemistry periodic table and are all to 1dp. If you print out each section onto different coloured paper and then cut out. Depending on the size of your display you can print 4 or 6 to a page, labels at the end should be printed onto A4 so that they can be read from the other side of the room.
Full unit of lessons
Earths resources
Potable water
Desalination
Required practical
Waster water
Copper extraction (HT only)
LCAs
Reduce, reuse, recycle
Triple only
9. Corrosion
10. Alloys
11. Glass ceramics composites
12. Polymers
13. Haber process
14. Fertilisers
A complete unit for chemical analysis including triple content
Pure substances
Formulations
Chromatography
Rf values
Required practical prep
Required practical - chromatography
Gas tests
Triple
9. Flame tests
10. Metal ion tests
11. Carbonate ion test
12. Sulfate and halide ion tests
13. Required practical - testing for ions
14. Instrumental methods
An entire unit for the Rates unit for AQA GCSE including triple content
Collision theory
Rate calculations
Rate graphs
“Change” in mass
Factors that affect rates (conc, SA, Pressure)
Factors that affect rates (temp, catalysts)
Required practical - gas collection
Required practical - colour change
Limiting reactants (HT only)
Uncertainty
Catalysts
Reversible reactions
Equilibrium
Le Chatelier’s principle (HT only)
Concentrations effect on equilibrium (HT only)
Temperatures effect on equilibrium (HT only)
Triple
17. % yield
18. atom economy
19. moles as gases
An entire unit for chemical changes (electrolysis was moved to bonding 2 so this is predominantly acids and bases)
Conservation of mass
Balancing equations
Metals + oxygen (plus % yield practice for triple)
Reactivity series from practicals
Extraction of metals
OILRIG (HT only)
Moles (HT only)
Moles in symbol equations (HT only)
Reacting masses
Acid + metal
Neutralisation
Production of salts
Required practical - production of a pure dry salt
pH scale
Concentration
Strong and weak acids (HT only)
Triple:
17. Titration method
18. Required practical - titration
19. Titration calculations
An entire unit of lessons for structure and bonding part 2
Ionic bonding (could be 2 lessons of drawing)
Ionic formulas
Ionic lattice properties
Electrolysis
Molten products
Extraction of aluminium
Aqueous electrolysis
Required practical - electrolysis
Half equations (HT only)
A complete set of lessons
Atmosphere now
Early atmosphere
Reduction of CO2, increase of O2
Greenhouse gases
Human impact
Global warming
Carbon footprint
Production and effects of atmospheric pollutants
An entire unit for the energy changes unit for AQA
Exothermic
Endothermic
Required practical - energy changes
Reaction profiles
Energy calculations
Triple
6. Batteries
7. Fuel cells
Entire unit of work for structure and bonding 1 including covalent and metallic bonding (ionic and electrolysis are contained in the bonding 2 unit)
Introduction to bonding
Small molecules
Covalent bonding (2 lessons of drawing)
Models
Polymers
Giant covalent structures
Diamond vs graphite
Fullerenes
Metals
Metallic bonding
Triple
11. Nanoparticles
An entire unit of work for the second part of atomic structure and the periodic table
States of matter
Periodic table
History of periodic table
Metals and non-metals
Noble gases
Group 1
Group 7
Group 7 displacement reactions
Triple
Transition metals
An entire unit of work for the first part of the unit atomic structure and the periodic table
Atoms and elements
Compounds
Mixtures
Separating mixtures
History of the atom
Subatomic particles
Isotopes and relative atomic mass
Relative formula mass
Electron structure