In depth powerpoint presentation to cover unit 2 of the IBDP programme using the Oxford IBDP 2014 course companion 87 slides The nuclear atom Electron configuration Inlcludes slides to discuss TOK and NOS Evolutions of Atomic Theory Mass Spectrometry Emission Spectra Subshells and electron configuration

In depth powerpoint presentation to cover unit 1 of the IBDP programme using the Oxford IDBP 2014 course companion 143 slide powerpoint 1.1 Introduction to the particulate nature of matter and chemical change 1.2 The mole concept 1.3 Reacting masses and volumes The powerpoint includes TOK with videos, Nature of Science and a comprehensive collection of slide to cover all calculations

12.1 Physical properties of Group 17 elements 12.2 Reactions of Group 17 elements 12.3 Reactions of the halide ions 12.4 Disproportionation reactions

7.1 What is a redox reaction? 7.2 Oxidation numbers 7.3 Applying the oxidation number rules 7.4 Redox and oxidation number 7.5 Oxidising agents and reducing agents 7.6 Naming compounds 7.7 From name to formula 7.8 Balancing chemical equations using oxidation numbers 7.9 Disproportionation

16.1 Making halogenoalkanes 16.2 Nucleophilic substitution reactions 16.3 Mechanism of nucleophilic substitution in halogenoalkanes 16.4 Elimination reactions

30.1 General principles of chromatography 30.2 Thin-layer chromatography 30.3 Gas–liquid chromatography 30.4 Proton (1H) nuclear magnetic resonance 30.5 Carbon-13 NMR spectroscopy

10.1 Structure of the Periodic Table 10.2 Periodicity of physical properties 10.3 Periodicity of chemical properties 10.4 Oxides of Period 3 elements 10.5 Effect of water on oxides and hydroxides of Period 3 elements 10.6 Chlorides of Period 3 elements 10.7 Effect of water on chlorides of Period 3 elements 10.8 Deducing the position of an element in the Periodic Table

17.1 The homologous series of alcohols 17.2 Reactions to make alcohols 17.3 Reactions of the alcohols 17.4 Carboxylic acids

15.1 The homologous group of alkanes 15.2 Reactions of alkanes 15.3 The alkenes 15.4 Oxidation of the alkenes 15.5 Addition polymerisation 15.6 Tackling questions on addition polymers

13.1 Nitrogen gas 13.2 Ammonia and ammonium compounds 13.3 Nitrogen oxides in the atmosphere

11.1 Physical properties of Group 2 elements 11.2 Reactions of Group 2 elements 11.3 Reactions with oxygen 11.4 Reactions with water

9.1 Rate of reaction 9.2 The effect of concentration on rate of reaction 9.3 The effect of temperature on rate of reaction 9.4 Catalysis

a ppt for the new CAIE syllabus from the new pink Cambridge University Press text book 64 slides discussing: reversible reactions haber process and contact process fertilisers

a ppt for the new CAIE syllabus from the new pink Cambridge University Press text book 67 slides discussing: air quality CO2, CH4 and climate change water

8.1 Reversible reactions and equilibrium 8.2 Changing the position of equilibrium 8.3 Equilibrium expressions and the equilibrium constant, Kc 8.4 Equilibria in gas reactions: the equilibrium constant, Kp 8.5 Equilibria and the chemical industry 8.6 Acid–base equilibria 8.7 Indicators and acid–base titrations

23.1 Introducing entropy 23.2 Chance and spontaneous change 23.3 Calculating entropy changes 23.4 Entropy, enthalpy changes and Gibbs free energy 23.5 Gibbs free energy 23.6 Gibbs free energy calculations

14.1 Representing organic molecules 14.2 Homologous series of organic compounds 14.3 Naming organic compounds 14.4 Bonding in organic molecules 14.5 Structural isomerism 14.6 Stereoisomerism 14.7 Types of organic reaction and reaction mechanisms 14.8 Types of organic reaction

This is a detailed ppt designed to teach about atomic structure at AS level and be taught alongside the Cambridge University Press textbook, but includes all the information for most courses 1.1 Elements and atoms 1.2 Inside the atom 1.3 Numbers of nucleons