Handwritten by an A* student. Complete with coloured diagrams, detailed descriptions and structured notes. The topics covered in these notes include: Electronic Structure Ionisation Energy Mass spectrometry Enthalpy Level Diagrams Hess’s Law Born Haber Cycle Quantum Numbers Hybridization Periodic trends Bonding (Ionic and Covalent) Polarity Organic Chemistry -Nomenclature -Isomerism -Classification of reactions -Free radical reactions -Cracking -Fractional Distillation -Reforming -Alkenes -Mechanism of reactions in Alkenes (substitution, addition, hydration, oxidation) -Markonikoff’s Rule

These are my personal notes including diagrams and detailed explanations for concepts studied in edexcel IAL chemistry Unit 5. There are 8 pages in total. These Notes Cover the following topics: Definition of the two types of cells Definition of Reduction Potential Spontaneous and Non spontaneous reactions and conditions for each Labeled diagram of a cell Diagram and explanation of SHE (Standard Hydrogen Electrode) Definition of Absolute Potential Difference Conditions for high and low PD Overall reaction when Reduction Potential is negative, or positive Table of half equations. Labeled from most powerful reducing to most powerful oxidizing agent Symbolic representation of a cell and how to write them Definition of Standard Electrode Potential Defiinition of EMF How to calculate reduction potential of a cell Thermodynamic feasibility in cells Equation linking Reduction potential , total entropy and number of moles Equaltion linking Rlnk, reduction potential of cell and Temperature How Breathalysers work Different types of breathalysers Colour change and equation for the reaction within a breathalyser Redox titration of sodium thiosulfate along with a diagram and what happens in the reaction Redox titration of KmNO4 along with a diagram and what happens in the reaction

These are extensive handwritten notes I have taken during my A2 Level Edexcel Chemistry lessons (13 pages in Total). These notes include: The definition of transition metals Properties of Transition Metals Definition of Ligand How to Name ligands Definiton of Coordination Number Diagram of Bidentate and polydentate Ions Explanation of why complex ions are coloured Different Shapes of transition metal complexes ( Octahedral, Tetrahedral, Linear) Isomerism in Transition Metal complexes Reactions of Transition Metal complexes with examples Reactions of complexes with NaOH and NH3 Reactions of Iron complexes Reactions of Chromium Complexes Reactions of Copper Complexes Reactions of Manganese, Vanidium and Zinc Complexes Short description of catalysts (Homogenous and Heterogenous with examples) Summary of reactions of majority of transiton metal complexes reactions with NaOH , excess NaOH. Ammonia and Excess Ammonia along with colours of products and reactants.

A Mind map showing all the conversions between organic molecules. Excluding benzene. Clear and concise. Labelled with all reaction names and conditions. Clear colours and well spread out perfect for unit 6 A level Chemistry