More
All Subjects
Chemistry
Key concepts
Chemistry: Key concepts
All Year Groups
All Year Groups
KS2 Year 3
KS2 Year 4
KS2 Year 5
KS2 Year 6
KS3 Year 7
KS3 Year 8
KS3 Year 9
KS4 Year 10
KS4 Year 11
KS5 Year 12
KS5 Year 13
All Subjects
Maths
English language
English
Science
Biology
Physics
Chemistry
Presenting with Confidence
Chapter Overview
Chapter Overview
Acid-base equilibria
Acids and bases
Alcohols and haloalkanes
Alkanes and halogenoalkanes
Alkenes and alcohols
Amines and polymers
Amino acids, proteins and DNA
Amount of substance
Analysis
Aromatic chemistry and carbonyls
Aromatic chemistry, amines and polymers
Atomic structure
Atomic structure and the periodic table
Atoms, equations and reactions
Bonding
Bonding and structure
Bonding, structure and properties of matter
Chemical analysis
Chemical changes
Chemical reactions
Chemistry of the atmosphere
Chemistry practicals
Electrode potentials and cells
Elements, compounds and mixtures
Energetics
Energetics I
Energetics II
Energy changes
Enthalpy and entropy
Enthalpy and reaction rates
Equilibrium I
Equilibrium II
Extracting metals and equilibria
Formulae, equations and amounts of substances
Fuels and Earth science
Global challenges
Group 2 and 7 elements
Groups in the periodic table
Inorganic chemistry and the periodic table
Isomerism and carbonyls
Key concepts
Kinetics I
Kinetics II
Kinetics, equilibria and redox
Modern analytical techniques I
Modern analytical techniques II
Organic analysis
Organic chemistry
Organic chemistry - the basics
Organic chemistry I
Organic chemistry II
Organic chemistry III
Organic synthesis and analysis
Particles
Period 3 elements
Practical skills
Quantitative chemistry
Rate equations
Rates and equilibrium
Rates of reaction and energy changes
Rates of reaction and equilibria
Redox I
Redox II
Redox and cells
Separate chemistry 1
Separate chemistry 2
States of matter and mixtures
Synthesis
The periodic table
Thermodynamics
Transition metals
Using resources
Working scientifically
Key concepts
Chemical equations
Length
Overview
Learning Goals
Overview
Learn
Hazards, risks and precautions
Length
Overview
Learning Goals
Overview
Learn
The history of the atom
Length
Overview
Learning Goals
Overview
Learn
Calculating relative atomic mass - Higher
Length
Overview
Learning Goals
Overview
Learn
The history of the periodic table
Length
Overview
Learning Goals
Overview
Learn
Electronic configuration
Length
Overview
Learning Goals
Overview
Learn
Ions and their formation
Length
Overview
Learning Goals
Overview
Learn
Ionic bonding: properties of compounds and naming
Length
Overview
Learning Goals
Overview
Learn
Giant covalent substances
Length
Overview
Learning Goals
Overview
Learn
Metallic bonding and alloys
Length
Overview
Learning Goals
Overview
Learn
Molecular and empirical formulae
Length
Overview
Learning Goals
Overview
Learn
Mole calculations and Avogadro's constant - Higher
Length
Overview
Learning Goals
Overview
Learn
Limiting reactants and masses - Higher
Length
Overview
Learning Goals
Overview
Learn
Covalent bonding
Length
Overview
Learning Goals
Overview
Learn
Conservation of mass
Length
Overview
Learning Goals
Overview
Learn
The atom and isotopes
Length
Overview
Learning Goals
Overview
Learn
Calculating relative masses
Length
Overview
Learning Goals
Overview
Learn
Ionic equations and half equations - Higher
Length
Overview
Learning Goals
Overview
Learn
Concentrations of solutions
Length
Overview
Learning Goals
Overview
Learn
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