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1.1 The History of the Atom
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1.2 Arrangement of electrons in the Atom
1.3 Radioactivity
2.1 History of the Periodic Table
2.2 Using the Periodic Table
2.3 Isotopes, Relative Atomic Mass & The Mass Spectrometer
2.4 Atomic Orbitals & Electronic Configurations
2.5 Trends in the Periodic Table
3.1 Ionic Bonding
3.2 Covalent Bonding
3.3 Shapes of Molecules
3.4 Electronegativity and Molecular Polarity
3.5 Intermolecular Forces
ME 1.1 Flame Tests
4.1 Balancing Chemical Equations
4.2 The Mole
5.1 The Gas Laws
5.2 Kinetic Theory of Gases & The Ideal Gas Equation
ME 5.1 To Find the Relative Molecular Mass of a Volatile Liquid
ME 3.1 Tests for Anions
6.1 Mass-Moles-Particles
6.2 Percentage Composition by Mass & Empirical Formulas
6.3 Mass-Mass Equations
6.4 Gases in Equations
6.5 Solutions
6.6 Solutions in Equations
6.7 Further Stoichiometry
7.1 Types of Acids and Bases
7.2 Neutralisation Reactions & Volumetric Analysis
ME 7.1 To Prepare a Standard Solution of Sodium Carbonate
ME 7.2 Standarising a HCl Solution
ME 7.3 To Determine the Concentration of Ethanoic Acid in Vinegar
ME 7.4 To Determine the Water of Crystallisation in Washing Soda
8.1 Oxidation and Reduction Reactions
8.2 Oxidation Numbers
8.3 Electrochemistry
ME 8.1 REDOX Reactions of a) Metals and b) Halogens
ME 8.2 To Standardise a Solution of Potassium Permanganate
ME 8.3 To Determine the Amount of Iron in an Iron Tablet
ME 8.4 To Standardise a solution of Sodium Thiosulphate against a solution of Iodine
ME 8.5 To Determine the Percentage of Sodium Hypochlorite in Bleach
9.1 What is Rate of Reaction?
9.2 Measuring Rates of Reactions
9.3 Average Vs Instantaneous Rates of Reaction
9.4 Collision Theory
9.5 Factors that affect Rate of Reaction
9.6 Catalysts
ME 9.1 Decomposition of Hydrogen Perioxide
10.1 What is Chemical Equilibrium
10.2 The Equilibrium Law
10.3 Problems using Kc
10.4 Le Chatelier’s Principle
ME 9.2 Sodium Thiosulphate + HCl
ME 10.1 Le Chatlelier’s Principle
11.1 Water and pH
11.2 pH Calculations
11.3 Indicators
12.1 Hardness in Water
12.2 Water treatment
12.3 Pollution
ME 12.1 To determine the total hardness in a water sample using EDTA
13.1 Hydrocarbons
13.2 Refining of Oil
13.3 Thermochemistry
ME 12.2 To determine the total suspended and dissolved solids in a water sample
ME 13.1 To Prepare Ethene and Examine its Properties
14.1 Tetrahedral Organic Compounds
14.2 Planar Organic Compounds
14.3 Substitution Reactions
14.4 Addition & Elimination Reactions
14.5 REDOX Reactions and Organic Acids
14.6 Organic Synthesis
14.7 Chromatography and Instrumentation
ME 12.3 To measure the amount of dissolved oxygen in a sample of water by means of a REDOX titration
ME 13.2 To prepare Ethyne and examine its properties
ME 14.1 Extraction of Clove Oil
ME 12.4 To estimate the concentration of free chlorine in swimming-pool water
ME 13.3 To determine the Heat of Reaction of Hydrochloric acid with Sodium Hydroxide
ME 14.2 To Prepare a Sample of Soap
ME 14.3 Ethanal and Ethanoic Acid
ME 14.4 Oxidation of Phenylmethanol
ME 14.5 Benzoic Acid
ME 14.6 Chromatography
