← Back to Main Menu
📝 Worksheets
Practice problems organised by subject and topic
🧮 Mathematics
1 - Numbers and the number system
Integers & Negative Numbers
1.1-1.2
Ordering & Rounding
1.1-1.2
Fractions, Decimals & Percentages
1.1-1.2
Decimals & Sets
1.1-1.3
Set Theory
1.3-1.4
Surds & Indices
1.3-1.4
Prime Factors & Standard Form
1.4-1.5
Ratio & Proportion
1.6
2 - Equations, formulae and identities
Algebraic Notation
2.1-2.3
Inequalities
2.6-2.7
3 - Sequences, functions and graphs
Sequences & Series
3.1-3.3
Functions & Graphs
3.4-3.5
Sketching Graphs & Intercepts
3.5
4 - Geometry and trigonometry
Geometry & Shapes
4.1-4.2
Trigonometry
4.1-4.3
Shapes Names
4.1-4.2
5 - Vectors and transformation geometry
Vectors & Transformations
5.1-5.2
6 - Statistics and probability
Statistics & Probability
6.1-6.3
Advanced Statistics
6.2-6.3
⚡ Physics
1 - Forces and Motion
Forces & Motion Core
1.1-1.10
Units, Scalars & Vectors
1.1, 1.12-1.14
Distance-Time Basics
1.3-1.4
Velocity-Time Basics
1.6-1.9
SUVAT Intro
1.6-1.10
Forces & Stopping Distance
1.15-1.21
Forces, Motion & Elasticity
1.11-1.24
2 - Electricity
Electricity & Circuits Core
2.1-2.21
Units & Safety
2.1-2.6
Series & Parallel Basics
2.7-2.19
Ohm's Law Calculations
2.9-2.13
Charge, Energy & Power
2.4-2.21
I-V Characteristics & Sensors
2.9-2.12
3 - Waves
Waves & EM Spectrum Core
3.1-3.13
Wave Properties Basics
3.1-3.6
Wave Speed Calculations
3.5-3.7
EM Spectrum Order & Uses
3.10-3.13
Reflection & Refraction Basics
3.14-3.22
Sound Waves Basics
3.2, 3.23
Light & Optics Core
3.14-3.23
4 - Energy Resources and Transfers
Energy Transfers Core
4.1-4.17
Energy Stores & Transfers
4.2-4.3
Efficiency & Sankey Diagrams
4.4-4.5
Thermal Transfer Basics
4.6-4.10
Work & Power Basics
4.11-4.17
Energy Conservation Links
4.3, 4.15
5 - Solids, Liquids and Gases
Solids, Liquids & Gases Core
5.1-5.22
Density Basics
5.3-5.4
Pressure in Fluids
5.5-5.7
Gas Particles & Temperature
5.15-5.19
Gas Laws Calculations
5.20-5.22
Units & Conversions
5.1
6 - Magnetism and Electromagnetism
Magnetism Core
6.1-6.16
Magnetism Basics
6.1-6.5
Field Patterns Practical
6.6-6.7
Electromagnets Basics
6.8-6.14
Motor Effect Basics
6.12-6.14
Induction & Generators
6.15-6.16
7 - Radioactivity and Particles
Radioactivity Core
7.1-7.26
Radiation Types Basics
7.2-7.6
Nuclear Equations Practice
7.7-7.8
Half-Life Basics
7.11-7.13
Fission & Fusion Basics
7.17-7.26
Radiation Safety & Uses
7.9-7.16
8 - Astrophysics
Astrophysics Core
8.1-8.10
Universe & Galaxies
8.2
Orbits & Gravity
8.3-8.5
Orbital Speed Practice
8.6
Star Color & Temperature
8.7-8.8
Stellar Evolution Paths
8.9-8.10
🧪 Chemistry
Topic 1
States of Matter
1.1
Changes of State
1.2
Separation Techniques
1.10
Relative Atomic Mass
1.17
Periodic Table
1.18-1.24
Atomic Structure & Bonding
1.14-1.51
Stoichiometry & Moles
1.25-1.33
Ionic Formulae
1.39
Topic 2
Inorganic Chemistry
2.1-2.20
Group 1 Reactions with Water
2.1
Group 1 Reactivity Trend
2.2-2.3
Alkali Metals - Basics
2.1-2.2
Alkali Metals - Balancing Equations
2.1-2.2
Halogen Properties and Trends
2.5-2.6
Halogen Displacement Reactions
2.7
Composition of Air
2.9
Oxygen Percentage in Air
2.10
Combustion of Elements
2.11
Carbonates and Greenhouse Gas
2.12-2.13
Reactivity Series
2.15-2.17
Rusting and Redox
2.18-2.20
Indicators and pH Scale
2.28-2.29
pH Scale Interpretation
2.29
Universal Indicator
2.30
Acids and Alkalis: Ions
2.31
Neutralisation Reactions
2.32
Solubility Rules
2.34
Acids and Bases: Proton Transfer
2.35-2.36
Acids and Salts Reactions
2.37
Bases and Alkalis
2.38
Preparing a Soluble Salt
2.39
Gas Tests
2.44
Flame Tests
2.45-2.46
Cation Tests
2.47
Anion Tests
2.48
Tests for Water and Purity
2.49-2.50
Topic 3
Exothermic and Endothermic
3.1
Reactions & Equations
3.1-3.4
Q = mcΔT Calculations
3.3
Rates of Reaction
3.9-3.13
Factors Affecting Rate
3.9-3.10
Collision Theory
3.11-3.13
Equilibrium
3.17-3.18
Reversible Reactions
3.17-3.18
Acids & Bases
2.28-2.50
Topic 4
Hydrocarbons Intro
4.1-4.2
Organic Chemistry
4.1-4.18
Fractional Distillation
4.8-4.10
Combustion Products
4.12-4.16
Cracking
4.17-4.18
Alkenes and Tests
4.23-4.28
🧬 Biology
Topic 1
Cell Structure
1.1
Characteristics Examples
1.1
Diversity of Organisms
1.2-1.4
Prokaryotes and Bacteria
1.3
Pathogens and Viruses
1.4
Topic 2
Enzymes & Nutrition
2.7-2.13
Levels of Organisation
2.1
Cell Structures & Functions
2.2-2.4
Biological Molecules Basics
2.7-2.8
Food Tests Practical
2.9
Enzymes: Temperature & pH
2.10-2.13
Diffusion, Osmosis & Active Transport
2.15
Factors Affecting Diffusion
2.16
Balanced Diet & Nutrient Sources
2.24-2.26
Digestive Enzymes & Bile
2.29-2.31
Respiration Equations
2.34-2.38
Leaf Structure & Adaptations
2.21
Mineral Ions in Plants
2.22
Alimentary Canal Structure
2.27
Peristalsis & Gut Movement
2.28
Villi & Absorption
2.32
Gas Exchange Structure
2.46-2.48
Smoking and Health
2.49
Why Transport Systems Are Needed
2.51-2.52
Xylem & Phloem Transport
2.53-2.54
Blood Components & Functions
2.59-2.61
Immune Response
2.62
Heart Structure & Function
2.65
Heart Rate & Adrenaline
2.66
Circulation & Blood Vessels
2.68-2.69
Excretion in Plants & Humans
2.70-2.71
Stimulus, Response & Homeostasis
2.80-2.82
Tropisms & Auxin
2.83-2.85
Photosynthesis
2.18-2.22
Respiration & Energy
2.34-2.38
Gas Exchange & Transport
2.46-2.66
Topic 3
Inheritance & Variation
3.1-3.39
Monohybrid Inheritance
3.20-3.25
Mitosis, Meiosis & Variation
3.28-3.33
Natural Selection & Antibiotic Resistance
3.34, 3.38-3.39
Topic 4
Ecology
4.1-4.17
Food Chains
4.2
Ecological Pyramids
4.2
Common Animals: Who Eats What?
4.6-4.9
Carbon Cycle Basics
4.10
Topic 5
Biological Resources
5.1-5.16
Crop Yields & Conditions
5.1-5.4
Fermentation: Yeast & Yoghurt
5.5-5.8
Genetic Modification & Insulin
5.12-5.16
Selective Breeding
5.10-5.11
🔬 Cross-Curricular
Cells & Atoms
← Back to Main Menu