A fully resourced unit for the physics trilogy and triple specification for AQA The lessons are as follows: Changes of state Density Density required practical Internal energy Gas pressure Pressure law Triple T1. Pressure and volume T2. Boyles law T3. Work done in gases

A fully resourced unit for the AQA specification for KS4, this leads on from Energy 1 (also in my resources) The lessons are as follows: Conservation of energy Reducing energy loss Specific latent heat Specific heat capacity Specific heat capacity required practical

A fully resourced set of lessons on Energy 1 (the second part energy 2 is also in my resources) Lessons are as follows: Energy stores Energy transfers Kinetic energy Elastic energy Gravitational potential energy Power Efficiency

A worksheet scaffolded to increase in difficulty from using values, using values with units, rearranging and then using exam style written questions. Has a large section on E = QV and a small section on Q = It

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

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 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)

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 for the energy changes unit for AQA Exothermic Endothermic Required practical - energy changes Reaction profiles Energy calculations Triple 6. Batteries 7. Fuel cells

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 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

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

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

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 set of 8 lessons for mixed ability students with a load of practicals throughout. Lesson 1: Symbols Lesson 2: drawing circuits Lesson 3: Building circuits (Prac lesson) Lesson 4: Current and Voltage in series and parallel circuits Lesson 5: Prac lesson to demonstrate Lesson 6: V=IR Lesson 7: Static electricity (VDG Demo) Lesson 8: Static practical

A set of lessons fully resourced for KS3 for the reproduction topic covering human and plant reproduction. Lesson 1: Female reproduction (ppt and w/s) Lesson 2: Male reproduction (ppt and w/s) Lesson 3: Puberty (ppt) Lesson 4: Fertilisation and conception (Ppt) Lesson 5: Contraception (ppt and w/s) (might not want to teach this depending on when in KS3 taught?) Lesson 5: Foetus development (ppt and w/s) Lesson 6: Pregnancy issues drugs, alcohol, smoking (ppt, fact find, w/s) Lesson 7: Plant reproduction (ppt and w/s) Lesson 8: Pollination and seed dispersal (ppt) Lesson 9: Design a flower and seed (adaptations)

A worksheet that goes from low demand to high demand that is fully differentiated to cover V=IR. How maths teach maths principles. Edited to remove mistake

A worksheet that goes from low demand to high demand, fully differentiated to cover the power and energy equation P=E/t or E=Pt

A worksheet that moves from low demand to high demand that covers the kinetic energy equation, fully differentiated