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INDEX of revision notes on chemical equilibrium for Advanced A Level Chemistry

 CHEMICAL EQUILIBRIA NOTES INDEX

Revising Advanced A Level Chemistry   Doc Brown's Chemistry Revision Notes

+ 4Cl  + 6H2O


Part 0. Introduction Examples of reversible reactions and Reversible reactions & what we mean by chemical equilibrium

(GCSE/IGCSE level, but a useful simple 'revision' introduction, the links below are all for advanced A level students)



INDEX

Part 1. Introduction - examples of reversible reactions described, dynamic equilibrium and Le Chatelier's Principle

Part 2a. How to write equilibrium expressions and the effect of temperature on the equilibrium constant K

Part 2b. How to write Kc equilibrium expressions, units and exemplar Kc calculations including esterification

Part 2c. How to write Kp expressions, units, partial pressures and exemplar Kp equilibrium calculations

Part 3. Applying Le Chatelier's Principle and equilibrium expressions to Industrial Processes

From 4. onwards, this index will be extended as I re-edit and split the 'over long' equilibria pages, including the indexes on each page

Part 4. Partition, solubility product and ion–exchange

Part 5. pH, weak–strong acid–base theory and calculations

GCSE 9-1 /IGCSE notes on acids and bases (lots of basic stuff, read 1st)

5.0 A level notes on Acids, Bases, Salts, uses of acid–base titrations – upgrade from GCSE (read 2nd)

5.1 Lewis and Bronsted–Lowry acid–base theories

5.2 self–ionisation of water and pH scale

5.3 strong acids - examples - Ph calculations

5.4 weak acids - examples & pH-Ka-pKa calculations

5.5 strong bases -examples -pH calculations

5.6 weak bases - examples & pH-Kb-pKb calculations

Part 6. Salt hydrolysis, Acid–base titrations–indicators, pH curves and buffers

6.1 Salt hydrolysis

6.2 Acid–base indicator theory, pH curves and titrations

6.3 Buffers – definition, formulation and action

6.4 Buffer calculations

6.5 Case studies of buffer function

Part 7. Redox equilibria, half–cell electrode potentials, electrolysis and electrochemical series

7.0 GCSE/IGCSE/O level Notes on Electrochemistry (lots of basic stuff on several pages)

7.1 Half cell equilibria, electrode potential

7.2 Simple cells notation and construction

7.3 The hydrogen electrode and standard conditions

7.4 Half–cell potentials, Electrochemical Series and using Eθcell for reaction feasibility

7.5 Electrochemical cells ('batteries') and fuel cell systems

7.6 Electrolysis and the electrochemical series

7.7 Exemplar Questions, Appendix 1. The Nernst Equation, Appendix 2 Free Energy, Cell Emf and K

Part 8. Phase equilibria–vapour pressure, boiling point and intermolecular forces


Doc Brown's Advanced Level Chemistry Revision Notes

chemical equilibrium for AQA AS chemistry, chemical equilibrium for Edexcel AS chemistry, chemical equilibrium for OCR AS chemistry A, chemical equilibrium for OCR Salters AS chemistry B, chemical equilibrium for AQA A level chemistry, chemical equilibrium for Edexcel A level chemistry, chemical equilibrium for OCR A level chemistry A, chemical equilibrium for OCR Salters A level chemistry B chemical equilibrium for US Honours grade 11 grade 12 chemical equilibrium for pre-university chemistry courses Part 0. Basic introduction to reversible reactions and chemical equilibria (GCSE/IGCSE level, links below are all A level), Part 1. Introduction - examples of reversible reactions described, dynamic equilibrium and Le Chatelier's Principle, Part 2a. How to write K expressions, and the effect of temperature on the equilibrium constant, Part 2b. How to write Kc equilibrium expressions, units and calculations including esterification, Part 2c. How to write Kp expressions, units, partial pressures and equilibrium calculations, Part 3. Applying Le Chatelier's Principle to Industrial Processes, Part 4. Partition, solubility product and ion–exchange resins, Part 5. pH, weak–strong acid–base theory and calculations, Part 6. Salt hydrolysis, Acid–base titrations–indicators, pH curves and buffers, Part 7. Redox equilibria, half–cell electrode potentials, electrolysis and electrochemical series, Notes on Electrochemistry, 7.1 Half cell equilibria, electrode potential, 7.2 Simple cells notation and construction, 7.3 The hydrogen electrode and standard conditions, 7.4 Half–cell potentials, Electrochemical Series and using Eθcell for reaction feasibility, 7.5 Electrochemical cells ('batteries') and fuel cell systems, 7.6 Electrolysis and the electrochemical series, 7.7 Exemplar Questions, Appendix 1. The Nernst Equation, Appendix 2 Free Energy, Cell Emf and K, Part 8. Phase equilibria–vapour pressure, boiling point and intermolecular forces


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