Notes || Flashcards || Questions by Topic
This topic is examined in the A-Level Unit 3 Paper for WJEC Chemistry (Welsh Spec).
Notes:
Detailed Notes
Notes from Knockhardy Science
- 3.1. Electrode Potentials - Redox, Half Cells, Electrochemical Series
- 3.2. Oxidation Numbers, Redox and Half Equations
- 3.4. Reactions of Transition Metal Ions - Cobalt, Copper, Iron, Manganese, Chromium, Silver and Vanadium
- 3.4. Transition Metals - Oxidation, Coloured Ions, Colorimetry, Ligands, Coordination Number, Isomerism in Complexes and Catalysis
- 3.5. Rates of Reaction - Rate Equation, Order, Rate Constant (k), Arrhenius Equation and Rate Determining Step
- 3.6. Lattice Enthalpy, Ionisation Energy, Born-Haber Cycles, Hydration Enthalpy
- 3.7. Free Energy and Entropy
- 3.8. Equilibrium Constants - Kc, Kp
- 3.9. Acids and Bases - Buffer Solutions and Uses
- 3.9. Acids and Bases - Strength, pH Curves, Indicators
Flashcards:
Questions by Topic:
From WJEC
- 3.1. Redox and Standard Electrode Potantials MS
- 3.1. Redox and Standard Electrode Potentials QP
- 3.2. Redox Reactions MS
- 3.2. Redox Reactions QP
- 3.3. Chemistry of the p-block MS
- 3.3. Chemistry of the p-block QP
- 3.4. Chemistry of the d-block Transition Metals QP
- 3.4. Chemistry of the d-block Transition Metals MS
- 3.5. Chemical Kinetics MS
- 3.5. Chemical Kinetics QP
- 3.6. Enthalpy Change for Solids and Solutions MS
- 3.6. Enthalpy Changes for Solids and Solutions QP
- 3.7. Entropy and Feasibility of Reactions MS
- 3.7. Entropy and feasibility of reactions QP
- 3.8. Equilibrium Constants MS
- 3.8. Equilibrium Constants QP
- 3.9. Acid-base Equilibria MS
- 3.9. Acid-base Equilibria QP
From OCR
- 3.1. Electrode Potentials MS
- 3.1. Electrode Potentials
- 3.2. Redox MS
- 3.2. Redox
- 3.4. Transition Metals MS
- 3.4. Transition Metals
- 3.6. Lattice Enthalpy MS
- 3.6. Lattice Enthalpy
- 3.7. Enthalpy and Entropy MS
- 3.7. Enthalpy and Entropy
- 3.8. How Far MS
- 3.8. How Far
- 3.8. Rates and Equilibria MS
- 3.8. Rates and Equilibria
- 3.9. Acids MS
- 3.9. Acids, Bases and Buffers MS
- 3.9. Acids, Bases, and Buffers
- 3.9. Acids
From Edexcel
- 3.1. Calculation Questions MS
- 3.1. Calculation Questions
- 3.1. Electrode Potentials MS
- 3.1. Electrode Potentials
- 3.4. Complexes, Ligands, Colour Changes and Entropy MS
- 3.4. Complexes, Ligands, Colour Changes and Entropy
- 3.4. Transition Metals and Redox MS
- 3.4. Transition Metals and Redox
- 3.7. Entropy MS
- 3.7. Entropy
- 3.9. Equilibria and Acids and Bases MS
- 3.9. Equilibria and Acids and Bases
From AQA
- 3.1. Redox Reactions, Halogens and Alkali Earth Metals MS
- 3.1. Redox Reactions, Halogens and Alkali Earth Metals
- 3.2. Redox Equilibria MS
- 3.2. Redox Equilibria
- 3.4. Transition Metals - Complex Ions MS
- 3.4. Transition Metals - Complex Ions
- 3.4. Transition Metals - Redox Reactions and Catalysis MS
- 3.4. Transition Metals - Redox Reactions and Catalysis
- 3.5. Kinetics MS
- 3.5. Kinetics
- 3.8. Equilibria MS
- 3.8. Equilibria
- 3.8. Kinetics and Equlibria MS
- 3.8. Kinetics and Equlibria
