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.

To help with the AQA required practicals and picking out some of the practical skills whilst being generalised to chemistry

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

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

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 handy revision broadsheet that can be used with mixed ability classes as it caters for higher and foundation students. It is made for the AQA exam board however it would also suit OCR and Edexcel.

Broadsheet made for the AQA scheme but will work for OCR. Revision broadsheet that covers: Acids, bases, strong/weak acids, ions, neutralisation, equations, soluble salts, insoluble salts.

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

A complete unit of organic chemistry including triple content Crude oil Hydrocrabons Fractional distillation Alkanes Combustion Cracking Alkenes (trilogy minimal lesson) Triple 7. Alkenes 8. Combustion of alkenes 9. Reactions of alkenes 10. Alcohols 11. Carboxylic acids 12. Addition polymerisation 13. Condensation polymerisation 14. DNA and natural polymers

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

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 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)

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 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

A set of lessons used to teach the unit 3 content for the exam about the fuels practical. These have been taught in 2 hour sessions so may need breaking up if you have shorter lessons. Lesson 1 + 2: Intro to the specification, combustion, word + symbol equations, pollutants from fuels Lesson 3 + 4: Moles, mole calcs, energy calculations, calories Lesson 5 + 6: practical trial (SAMS) + Modeling drawing tables and graphs from data Lesson 7 + 8: Write up of Part B (SAMS and 2017)

Help sheets created for students to help with assignments. I took students on a visit for assignment A and D to Whitworths food analysis lab and to Northampton General Hospital pathology lab. Edit assignments A and D for where you have taken the students on a visit.

Glossary match-up activities and answers for students to complete for each unit. Units have been slightly changed, split up etc. I have uploaded in my shop (free) the specification of the altered units along with prior knowledge and common misconception checks.

A complete lesson that includes a card sort or cut and stick activity for students to compare advantages and disadvantages of the different 2D and 3D models of chemical structures. eleanorvickers has a worksheet that can be used in the lesson, however I have changed the 3D model to the models in the AQA specification so new version included.

Used for trilogy foundation students but would work for a quick revision of main ideas for triple students. Covers both the atmosphere unit and the using resources unit in chemistry.