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A LEVEL CHEMISTRY (1)
GCSE CHEMISTRY (1)
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  • 1. PRINCIPLES OF CHEMISTRY
    • a. States of matter
      • 1.1 - 1.2 The three states
      • 1.3 A particular problem
      • 1.4 - 1.7 Solubility curves
    • b. Elements, compounds and mixtures
      • 1.8 Element or compound?
      • 1.10 Separation techniques
      • 1.10 - 1.13 Chromatography
    • c. Atomic Structure
      • 1.15 Subatomic particles
      • 1.16 Isotopes
      • 1.14 Atoms and molecules
      • 1.17 Relative atomic mass
    • d. The Periodic Table
      • 1.18 Organising elements
      • 1.19 Deducing electron configurations
      • 1.20 -1.22 Periodic patterns
      • 1.23 - 1.24 Family groups
    • e. Chemical formulae, equations and calculations
      • 1.26 Calculating relative masses
      • 1.27 The mole
      • 1.28 Moles and mountains
      • 1.29 Reacting masses
      • 1.30 Calculating percentage yield
      • 1.31 Finding formulae
      • 1.34 concentrated calculations
    • f. Ionic bonding (3)
      • 1.38 Know your ions
      • 1.37 Transferring charge
      • 1.39 Finding formulae
    • g. Covalent bonding
      • 1.44 Covalent bonds: Sharing nicely
      • 1.45 Covalent bonding : opposites attract
      • 1.46 Small covalent molecules
      • 1.47 - 1.48 Simple molecules
      • 1.49 - 1.51 Covalent giants
    • h. Metallic bonding
      • 1.52C Modelling metals
      • 1.53C Metallic bonds
      • 1.54C Metallic properties
    • i. Electrolysis
      • 1.55 Free of charge ( carriers)
      • 1.58 Molten electrolytes
      • 1.55 -1.57 Know your anions
      • 1.59 Half equations
  • 2. INORGANIC CHEMISTRY
    • a. Group 1 elements
    • b. Group 7 elements
    • c. Gases in the atmosphere
    • d. Reactivity series
    • e. Extraction and uses of metals
    • f. Acids, alkalis and titrations
      • 2.31 - 2.32 Neutralisation
      • 2.28 - 2.30 Use your indicators
      • 2.33 Titrations
    • g. Acids alkalis and salt preparations
      • 2.35 - 2.36 Proton transfer
      • 2.34 The best solution
      • 2.37 - 2.39 Acid reactions
      • 2.39 - 2.43 Making salts
    • h. Chemical tests
      • 2.44 Tests for gases
      • 2.46 Flame colours
      • 2.47 Testing for other cations
      • 2.48 Testing anions
      • 2.45 Flame testing
  • 3. PHYSICAL CHEMISTRY
    • a. Energetics
      • 3.1 Exothermic and Endothermic
      • 3.3 Calculating energy
    • b. Rates of reaction
    • c. Reversible reactions and equilibria
  • 4: ORGANIC CHEMISTRY
    • a. Introduction
      • 4.5 Organic formulae
      • 4.3 Isomers
      • 4.4 Naming organic compounds
    • b. Crude oil
      • 4.7 A crude mix
      • 4.8 Fractional distillation
      • 4.9 - 4.10 Fractional trends
      • 4.11 -4.12 Combustion
    • c. Alkanes
      • 4.19 The alkanes
      • 4.20 - 4.21 Saturated hydrocarbons
      • 4.22 Substitution by chlorine
    • d. Alkenes
      • 4.23 The Alkenes
      • 4.24 General formulae
      • 4.26 Naming alkenes
      • 4.25 Unsaturation vs saturation
      • 4.27 Bromine test
    • e. Alcohols
      • 4.29C - 4.30 Handle with care
      • 4.32C Adding Oxygen (3)
      • 4.31C Alcoholic naming (3)
      • 4.33C Optimum fermentation (3)
    • f. Carboxylic acids
      • 4.34C Carboxylic acid aka "- COOH"
      • 4.35C Carboxylic formulae
      • 4.36C Carboxylic reactions (3)
      • 4.37C Vinegar (3)
    • g. Esters
      • 4.38 A fragrant functional group (3)
      • 4.39 - 4.40 Ethyl ethanoate (3)
      • 4.41 Ester by name (3)
      • 4.43 Making an Ester (3)
    • h. Synthetic polymers
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