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

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

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

2.1 Simple electronic structure 2.2 Evidence for electronic structure 2.3 Sub-shells and atomic orbitals 2.4 Electronic configurations 2.5 Periodic patterns of atomic and ionic radii 2.6 Patterns in ionisation energies in the Periodic Table

4.1 Types of chemical bonding 4.2 Ionic bonding 4.3 Covalent bonding 4.4 Shapes of molecules 4.5 σ bonds and π bonds 4.6 Metallic bonding 4.7 Intermolecular forces 4.8 Hydrogen bonding 4.9 Bonding and physical properties

26.1 The acidity of carboxylic acids 26.2 Oxidation of two carboxylic acids 26.3 Acyl chlorides

25.1 The benzene ring 25.2 Reactions of arenes 25.3 Phenol 25.4 Reactions of phenol

24.1 What is a transition element? 24.2 Physical and chemical properties of the transition elements 24.3 Ligands and complex formation

19.1 Defining lattice energy 19.2 Enthalpy change of atomisation and electron affinity 19.3 Born–Haber cycles 19.4 Enthalpy changes in solution

a ppt for the new CAIE syllabus from the new pink Cambridge University Press text book 64 slides discussing: characteristic reactions chemistry of ethanol carboxylic acids and esters

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

This workbook is comprised of SAQ’s, end of chapter questions, and questioons from the CIE Workbook. It is designed to accompany my A Level PPts concept check as homework exercises after a class using my ppts uploaded for each topic It includes chapters 1-18 questions, inorganic and organic sections of the course

Middle school ESL English class Vocabulary - Clothes/Seasons Grammar - What are you wearing? PPT includes guessing game to review vocab Includes worksheet using the vocabulary

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

6.1 What are enthalpy changes? 6.2 Standard enthalpy changes 6.3 Measuring enthalpy changes 6.4 Hess’s law 6.5 Bond energies and enthalpy changes 6.6 Calculating enthalpy changes using bond energies

21.1 Conjugate acids and conjugate bases 21.2 pH calculations 21.3 Weak acids: using the acid dissociation constant, Ka 21.4 Buffer solutions 21.5 Equilibrium and solubility 21.6 Partition coefficients

5.1 States of matter 5.2 The gaseous state 5.3 The liquid state 5.4 The solid state 5.5 Fullerenes

28.1 Condensation polymerisation 28.2 Synthetic polyamides 28.3 Biochemical polyamides 28.4 Degradable polymers 28.5 Polymer deductions