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Chemistry
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Chapter Overview
Chapter Overview
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Practical skills
Modern analytical techniques II
Organic chemistry III
Organic chemistry II
Kinetics II
Transition metals
Redox II
Energetics II
Acid-base equilibria
Equilibrium II
Equilibrium I
Kinetics I
Energetics I
Modern analytical techniques I
Organic chemistry I
Formulae, equations and amounts of substances
Inorganic chemistry and the periodic table
Redox I
Bonding and structure
Atomic structure and the periodic table
115 Lessons
690 Exercises
Practical skills
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The scientific method
Theory
Exercises
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How to plan experiments
Theory
Exercises
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Improving repeatability and reproducibility
Theory
Exercises
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Presenting results using tables and graphs
Theory
Exercises
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Analysing results: anomalies and correlation
Theory
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Evaluating experiments
Theory
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Modern analytical techniques II
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NMR spectroscopy
Theory
Exercises
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Proton NMR spectroscopy
Theory
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Chromatography
Theory
Exercises
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Combining analytical techniques
Theory
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Organic chemistry III
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Benzene: structure and combustion
Theory
Exercises
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Electrophilic substitution
Theory
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Friedel-Crafts reactions
Theory
Exercises
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Phenols
Theory
Exercises
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Aliphatic and aromatic amines
Theory
Exercises
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Reactions of amines
Theory
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Forming amides
Theory
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Condensation polymers
Theory
Exercises
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Amino acids and zwitterions
Theory
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Grignard reagents
Theory
Exercises
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Synthetic routes
Theory
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Practical techniques
Theory
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Percentage composition and combustion analysis
Theory
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Organic chemistry II
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Optical isomers and chirality
Theory
Exercises
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Aldehydes and ketones
Theory
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Carboxylic acids: properties and reactions
Theory
Exercises
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Esters: formation, properties and uses
Theory
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Acyl chlorides: formation and reactions
Theory
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Kinetics II
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Measuring rates of reaction
Theory
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Determining reaction orders
Theory
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The initial rates method
Theory
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Rate equations and the rate constant
Theory
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The rate determining step
Theory
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Halogenoalkane reaction mechanisms
Theory
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Activation energy and the Arrhenius equation
Theory
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Transition metals
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Transition metals: electron configuration and oxidation number
Theory
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Complex ions: formation, shape and isomerism
Theory
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Colours of inorganic ions and complexes
Theory
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Chromium and its reactions
Theory
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Ligand substitution reactions
Theory
Exercises
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Transition metals as catalysts
Theory
Exercises
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Redox II
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Electrochemical cells and redox
Theory
Exercises
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Electrode potentials and calculations
Theory
Exercises
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The electrochemical series
Theory
Exercises
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Energy storage cells and hydrogen fuel cells
Theory
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Redox titrations
Theory
Exercises
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Energetics II
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Lattice enthalpies and Born-Haber cycles
Theory
Exercises
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Polarisation and the Pauling scale
Theory
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Enthalpy change in solution
Theory
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Entropy and calculating entropy change
Theory
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Gibbs free energy change
Theory
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Acid-base equilibria
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Acids and bases
Theory
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pH calculations
Theory
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The ionic product of water
Theory
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pH curves and indicators
Theory
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Buffer solutions and calculations
Theory
Exercises
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Equilibrium II
The equilibrium constant
Theory
Exercises
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Partial pressure and gas equilibria
Theory
Exercises
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Le Chatelier's principle and equilibrium constants
Theory
Exercises
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Equilibrium I
Reversible reactions
Theory
Exercises
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Le Chatelier's principle
Theory
Exercises
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Kinetics I
Collision theory and rates of reaction
Theory
Exercises
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Calculating the rate of reaction
Theory
Exercises
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Catalysts and the Maxwell-Boltzmann distribution
Theory
Exercises
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Energetics I
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Enthalpy changes and reaction profiles
Theory
Exercises
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Standard enthalpy changes
Theory
Exercises
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Hess's Law and enthalpy cycles
Theory
Exercises
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Calculating bond enthalpies
Theory
Exercises
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Modern analytical techniques I
Mass spectrometry
Theory
Exercises
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IR spectroscopy
Theory
Exercises
Learning Goals
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Organic chemistry I
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Basic concepts of organic chemistry
Theory
Exercises
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Organic reactions and mechanisms
Theory
Exercises
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Structural isomerism
Theory
Exercises
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Alkanes and free radical substitution
Theory
Exercises
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Fractional distillation of crude oil
Theory
Exercises
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Fuels: combustion and emissions
Theory
Exercises
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Alkenes: bonding and reactivity
Theory
Exercises
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Stereoisomerism
Theory
Exercises
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Reactions of alkenes
Theory
Exercises
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Addition polymerisation
Theory
Exercises
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Halogenoalkanes and their reactions
Theory
Exercises
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Alcohol: classification and reactions
Theory
Exercises
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Oxidation of alcohols
Theory
Exercises
Learning Goals
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Organic techniques
Theory
Exercises
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Formulae, equations and amounts of substances
See All (7)
The mole and Avogadro's constant
Theory
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Calculations involving gases
Theory
Exercises
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Empirical and molecular formulae
Theory
Exercises
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Balancing equations
Theory
Exercises
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Acid-base titrations
Theory
Exercises
Learning Goals
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Calculating uncertainty and errors
Theory
Exercises
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Atom economy and percentage yield
Theory
Exercises
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Inorganic chemistry and the periodic table
See All (6)
Group 2: ionisation energy and properties
Theory
Exercises
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Thermal stability of nitrates and carbonates
Theory
Exercises
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Chemical properties of Group 7
Theory
Exercises
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Reactions with halogens
Theory
Exercises
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Halide ion reactions
Theory
Exercises
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Testing for ions
Theory
Exercises
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Redox I
Calculating oxidation numbers
Theory
Exercises
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Oxidation, reduction and redox reactions
Theory
Exercises
Learning Goals
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Bonding and structure
See All (9)
Ionic bonding
Theory
Exercises
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Covalent bonding
Theory
Exercises
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Shapes of molecules
Theory
Exercises
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Giant covalent and metallic structures
Theory
Exercises
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Electronegativity and polarisation
Theory
Exercises
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Intermolecular forces: types and examples
Theory
Exercises
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Hydrogen bonding
Theory
Exercises
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Solubility
Theory
Exercises
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Predicting structures and properties
Theory
Exercises
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Atomic structure and the periodic table
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The atom: history, structure and isotopes
Theory
Exercises
Learning Goals
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Relative masses and mass spectrometry
Theory
Exercises
Learning Goals
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Electronic structure: shells and orbitals
Theory
Exercises
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Atomic emission spectra
Theory
Exercises
Learning Goals
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Ionisation energies
Theory
Exercises
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Ionisation energy trends
Theory
Exercises
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Periodicity
Theory
Exercises
Learning Goals
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Popular Chapters in All Year Groups
Global challenges
Key concepts
Chemical reactions
Atomic structure and the periodic table
Elements, compounds and mixtures
Organic chemistry I
Atomic structure
Chemistry practicals
Bonding and structure
Enthalpy and reaction rates
The periodic table
Rates and equilibrium
Aromatic chemistry and carbonyls
Acids and bases
Beta
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