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Chemistry
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Chemistry practicals
Fuels and Earth science
Rates of reaction and energy changes
Groups in the periodic table
Extracting metals and equilibria
Chemical changes
States of matter and mixtures
Key concepts
Practical skills
Working scientifically
69 Lessons
414 Exercises
Chemistry practicals
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Investigating distillation methods
Theory
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Investigating the composition of inks
Theory
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Investigating acids and alkalis
Theory
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Preparing soluble and insoluble salts
Theory
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Investigating electrolysis
Theory
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Investigating rates of reaction
Theory
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Fuels and Earth science
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Hydrocarbons and crude oil
Theory
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Combustion and pollution
Theory
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Cracking
Theory
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Evolution of the Earth's atmosphere
Theory
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Greenhouse gases and climate change
Theory
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Rates of reaction and energy changes
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Calculating rates of reactions
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Catalysts
Theory
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Endothermic and exothermic reactions
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Energy changes in reactions
Theory
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Bond energy calculations - Higher
Theory
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Groups in the periodic table
Group 1: properties and reactivity
Theory
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Group 7: properties and reactions
Theory
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Group 0: properties and reactivity
Theory
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Extracting metals and equilibria
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The reactivity series of metals
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Extracting metals
Theory
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Biological methods of metal extraction - Higher
Theory
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Reducing the use of resources
Theory
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Life cycle assessments
Theory
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Reversible reactions and equilibria
Theory
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Position of equilibrium - Higher
Theory
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Chemical changes
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Acids, bases and pH
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Strong and weak acids - Higher
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Reactions of acids
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Electrolysis
Theory
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States of matter and mixtures
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Changes of state
Theory
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Substance types and determining purity
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Filtration and crystallisation
Theory
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Chromatography: phases and calculations
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Potable water, treatment and purification
Theory
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Key concepts
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Chemical equations
Theory
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Ionic equations and half equations - Higher
Theory
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Hazards, risks and precautions
Theory
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The history of the atom
Theory
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The atom and isotopes
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Calculating relative masses
Theory
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Calculating relative atomic mass - Higher
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The history of the periodic table
Theory
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Electronic configuration
Theory
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Ions and their formation
Theory
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Ionic bonding: properties of compounds and naming
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Covalent bonding
Theory
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Giant covalent substances
Theory
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Metallic bonding and alloys
Theory
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Conservation of mass
Theory
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Molecular and empirical formulae
Theory
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Mole calculations and Avogadro's constant - Higher
Theory
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Concentrations of solutions
Theory
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Limiting reactants and masses - Higher
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Practical skills
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Measuring techniques
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Safety and ethics
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Designing experiments
Theory
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Methods of heating substances
Theory
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Working with electronics
Theory
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Random sampling and sampling methods
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Comparing results using percentage change
Theory
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Working scientifically
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The scientific method
Theory
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Science communication and ethics
Theory
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Evaluating risks and hazards
Theory
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Collecting data
Theory
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Processing and presenting data
Theory
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Units and equations
Theory
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Structuring a scientific report and drawing conclusions
Theory
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Uncertainties and evaluations
Theory
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Popular Chapters in All Year Groups
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Chemical reactions
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Atomic structure
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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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