IGCSE Physics (0625) Core Cambridge 0625
- Motion, Forces and Energy: Speed, Newton's Laws, and Power
- "Thermal Physics: Heat, Temperature, and Change of State"
- Waves: Properties, Light, the EM Spectrum and Sound
- Electricity and Magnetism: Charge, Circuits, and Fields
- Nuclear Physics: Atoms, Radiation and Half-life
- Space Physics: The Earth, the Solar System, Stars and the Expanding Universe
IGCSE Physics (0625) Extended Cambridge 0625
- Motion, Forces and Energy: Measurement, Dynamics, and Power
- Thermal Physics: Heat, Temperature, and Change of State
- Waves: Light, Sound and the Electromagnetic Spectrum
- Electricity and Magnetism: Charge, Circuits, Fields and Machines
- Nuclear Physics: Atoms, Radiation and Half-life
- Space Physics: Orbits, Stars and the Expanding Universe
A Level Mathematics (9709) AS Cambridge 9709
- Quadratics
- P1 Chapter 1: Functions
- Chapter P1: Coordinate Geometry
- P1 Chapter 3: Circular Measure
- P1 Trigonometry: Graphs, Identities, and Equations
- P1 Chapter 4: Series
- P1: An Introduction to Differentiation
- Chapter P1: Integration
- P2 Algebra: Polynomials and Modulus Functions
- Chapter P2: Logarithmic and Exponential Functions
- P2 Chapter 2: Advanced Trigonometry
- Chapter P2: Differentiation
- P2 Integration: The Reverse of Differentiation and Area Calculation
- Chapter P2: Numerical Solution of Equations
- M1: Kinematics of Motion in a Straight Line
- M1: Newton's Laws of Motion
- M1: Forces and Equilibrium
- Mechanics 1: Energy, Work and Power
- Chapter M1: Momentum
- S1: Permutations and Combinations
- S1 Chapter 5: The Normal Distribution
- Chapter S1: Representation of Data
- S1 Probability: Fundamental Concepts and Rules
- S1: Discrete Random Variables
A Level Mathematics (9709) A2 Cambridge 9709
- Quadratics
- P1 Chapter 1: Functions
- Chapter P1: Coordinate Geometry
- P1 Chapter 3: Circular Measure
- P1 Trigonometry: Graphs, Identities, and Equations
- P1 Chapter 4: Series
- P1: An Introduction to Differentiation
- Chapter P1: Integration
- Chapter 3: Advanced Algebraic Methods
- Logarithmic and Exponential Functions
- P3 Trigonometry: Identities and Harmonic Form
- Chapter 3: Advanced Differentiation Techniques
- Chapter 3: Advanced Integration Techniques
- P3 - Numerical Solution of Equations
- Chapter P3: Vectors
- M1: Kinematics of Motion in a Straight Line
- P3: Differential Equations
- M1: Newton's Laws of Motion
- P3 Chapter 3: Complex Numbers
- M1: Forces and Equilibrium
- Mechanics 1: Energy, Work and Power
- Chapter M1: Momentum
- S1: Permutations and Combinations
- S1 Chapter 5: The Normal Distribution
- Chapter S1: Representation of Data
- S1 Probability: Fundamental Concepts and Rules
- S1: Discrete Random Variables
- Chapter S2: The Poisson Distribution and its Approximations
- S2: Linear Combinations of Random Variables
- S2: Continuous Random Variables
- S2: Sampling and Estimation
- S2 - Hypothesis Tests
IGCSE Mathematics (0580) Core Cambridge 0580
- Fundamentals of Number: Operations, Fractions, and Percentages
- Linear Equations, Inequalities, and Simultaneous Equations
- Introduction to Coordinate Geometry
- Geometric Principles: Angles, Parallel Lines, and Polygons
- Mensuration: Perimeter, Area, and Volume
- Introduction to Trigonometry and Pythagoras' Theorem
- Principles of Geometric Transformations and Vectors
- Introduction to Probability
- Statistical Averages and Data Representation
IGCSE Mathematics (0580) Extended Cambridge 0580
- Number: Core Concepts and Applications
- Chapter 2: Algebra and Graphs
- Coordinate Geometry: Lines, Lengths, and Midpoints
- IGCSE Mathematics 0580: Geometry
- Mensuration: Area, Surface Area, and Volume
- Trigonometry: 2D and 3D Applications
- Chapter 8: Transformations and Vectors
- Chapter 7: Probability
- Statistics: Data Analysis and Representation
IGCSE Chemistry (0620) Extended Cambridge 0620
- States of Matter: Particles in Motion
- Atoms, Elements and Compounds: What Stuff Is Made Of
- Stoichiometry: Formulae, Moles, and Reacting Masses
- Electrochemistry: Electrolysis, Electroplating and Fuel Cells
- Chemical Energetics: Exothermic, Endothermic and ΔH
- Chemical Reactions: Rates, Equilibrium, and Redox
- Acids, Bases and Salts: H⁺, pH and Making Salts
- The Periodic Table: Patterns, Groups and Trends
- Metals: Reactivity, Rusting and Extraction
- Chemistry of the Environment: Water, Fertilisers and Air
- Organic Chemistry: Carbon, Families, and Functional Groups
- Experimental Techniques and Chemical Analysis: Measure, Separate, Identify
IGCSE Chemistry (0620) Core Cambridge 0620
- States of Matter: Particles, Changes and Diffusion
- Atoms, Elements and Compounds: What Stuff Is Made Of
- Stoichiometry: Formulae, Moles, and Reacting Masses
- Electrochemistry: Electrolysis and Fuel Cells
- Chemical Energetics: Hotter, Colder and Why
- Chemical Reactions: Changes, Rates, Reversibles, and Redox
- Acids, Bases and Salts: Reactions, Indicators and Making Salts
- The Periodic Table: Patterns, Groups and Trends
- Metals: Reactivity, Rust, and Getting Metals Out of Rocks
- Chemistry of the Environment: Water, Fertilisers and Air
- Organic Chemistry: Carbon's Family Tree
- Experimental Techniques and Chemical Analysis: Measure, Separate, Identify
IGCSE Biology (0610) Extended Cambridge 0610
- Characteristics and Classification of Living Organisms: Life and Its Groups
- Organisation of the Organism: Cells, Structure, and Size
- Movement Into and Out of Cells: Diffusion, Osmosis, and Active Transport
- Biological Molecules: Building Blocks, Food Tests, and DNA
- Enzymes: How Shape Controls Every Reaction in Your Body
- Plant Nutrition: Photosynthesis and the Leaf
- Human Nutrition: Diet, Digestion, and Absorption
- Transport in Plants: Xylem, Phloem and the Water Cycle Inside a Stem
- Transport in Animals: Heart, Blood Vessels, and Blood
- Diseases and Immunity: Pathogens, Antibodies, and How the Body Fights Back
- Gas Exchange in Humans: Breathing, Lungs, and the Great Air Swap
- Respiration: Aerobic and Anaerobic Energy Release
- Excretion in Humans: Waste, Kidneys, and the Urea Story
- Coordination and Response: Nerves, Hormones, and Control
- Drugs: Antibiotics and Antibiotic Resistance
- Reproduction: Clones, Gametes, and New Life
- Inheritance: Genes, Cell Division, and Genetic Crosses
- Variation and Selection: Genes, Adaptation, and Evolution
- Organisms and their Environment: Energy Flow, Cycles, and Populations
- Human Influences on Ecosystems: Food, Pollution, and Conservation
- Biotechnology and Genetic Modification: Microbes, Enzymes, and Engineered Genes
IGCSE Biology (0610) Core Cambridge 0610
- Characteristics and Classification of Living Organisms
- Organisation of the Organism: Cells, Structure, and Size
- Movement Into and Out of Cells: Diffusion, Osmosis, and Active Transport
- Biological Molecules: Building Blocks and Food Tests
- Enzymes: The Shape Rule Behind Every Reaction in Your Body
- Plant Nutrition: Photosynthesis and Leaf Structure
- Human Nutrition: Diet, Digestion, and Absorption
- Transport in Plants: How Water Moves Without a Pump
- Transport in Animals: Heart, Blood Vessels, and Blood
- Diseases and Immunity: Pathogens, Spread, and the Body's Barriers
- Gas Exchange in Humans: How Your Lungs Trade Oxygen for Carbon Dioxide
- Respiration: How Cells Release Energy
- Excretion in Humans: Two Organs, One Cleanup Job
- Coordination and Response: Nerves, Hormones, and Reflexes
- Drugs: Antibiotics and Bacterial Infections
- Reproduction: How Living Things Make More of Themselves
- Inheritance: Genes, Alleles, and Monohybrid Crosses
- Variation and Selection: From Random Differences to Evolution
- Organisms and their Environment: Energy Flow, Cycles, and Populations
- Human Influences on Ecosystems: Food, Pollution, and Conservation
- Biotechnology and Genetic Modification: Microbes at Work