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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" (3)
4.35C Carboxylic formulae (3)
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
TUITION
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A level chemistry
A level chemistry
A LEVEL
4
REACTION RATES
1
Temperature and rate
General interest
ENERGETICS
3
Enthalpy changes
Hess' Law
Entropy
INORGANIC CHEMISTRY
1
Transition elements
chirality (2)
flame emission (2)
Practical techniques (2)
Following reactions (2)
Gas equations (2)
addition to alkenes (2)
water dividing (2)
Redox (2)
sodium thiosulfate (2)
Melting or freezing? (2)
Catalysis (2)
STRUCTURE AND BONDING (2)
2
electronegativity
atomic structure
three simple molecules (2)
multiple bonds and bond lengths (2)
ORGANIC CHEMISTRY (2)
6
haloalkanes
alcohols
polymers
mass spectroscopy
carbonyl compounds
Alkanes
f. Ionic bonding (2)
organic synthesis (2)
EQUILIBRIA (2)
1
Electrode potentials
PRINCIPLES OF CHEMISTRY (2)
3
a. States of matter
1
Topic overview
atom economy
RFM and molar volumes
oxidation numbers
