1. The particulate nature of matter
2. Elements, compounds and experimental te techniques
3. Atomic structure and bonding
4. Stoichiometry – chemical calculations
5. Electricity and chemistry
6. Chemical energetics
7. Chemical reactions
8. Acids, bases and salts
9. The periodic table
10. Metals
11. Air and water
12. Sulfur
13. Inorganic carbon chemistry
14. Organic chemistry 1
15. Organic chemistry 2

SECTION 1 General Physics

1. Measurements and motion
2. Forces and momentum
3. Energy, work, power and pressure

SECTION 2 Thermal Physics

1. Simple kinetic molecular model of matter
2. Thermal properties and temperature
3. Thermal processes

SECTION 3 Properties of Waves

1. General wave properties
2. Light
3. Sound

SECTION 4 Electricity and Magnetism

1. Simple phenomena of magnetism
2. Electrical quantities and circuits
3. Electromagnetic effects

SECTION 5 Atomic Physics

TOPIC 1 Numbers

1. Number and language
2. Accuracy
3. Calculations and order
4. Integrals, fractions, decimals and percentages
5. Further percentages
6. Ratio and proportion
7. Indices and standard form
8. Money and finance
9. Time
10. Set notation and Venn diagrams

TOPIC 2 Algebra and Graphs

1. Algebraic representation and manipulation
2. Algebraic indices
3. Equations and inequalities 
4. Linear programming
5. Sequences
6. Variation
7. Graphs in practical situations
8. Graphs of functions
9. Functions

TOPIC 3 Geometry

1. Geometry vocabulary
2. Geometry constructions and scale drawings
3. Similarity
4. Symmetry
5. Angle properties
6. Loci

TOPIC 4 Mensuration

1. Measures
2. Perimeter, are and volume

TOPIC 5 Coordinate Geometry

1. Stright-line graphs

TOPIC 6 Trigonometry

1. Bearings
2. Trigonometry
3. Further trigonometry

TOPIC 7 Matrices and Transformations

1. Vectors
2. Matrices
3. Transformations

TOPIC 8 Probability

1. Probability
2. Further probability

TOPIC 9 Statistics

1. Mean, median, mode and range
2. Collecting and displaying data
3. Cumulative frequency

1. Physical quantities and units

• Physical quantities
• SI units
• Errors and uncertainties
• Scalars and vectors

2. Kinematics

• Equations of motion

3. Dynamics

• Momentum and newton’s laws of motion
• Non-uniform motion
• Linear momentum and its conservation

4. Forces, density and pressure

• Turning effects of forces
• Equilibrium of forces
• Density and pressure

5. Work, energy and power

• Energy conservation
• Gravitational potential energy and kinetic energy

6. Deformation of solids

• Stress and strain
• Elastic and plastic behaviour

7. Waves

• Progressive waves
• Transverse and longitudinal waves
• Doppler effect for sound waves
• Electromagnetic spectrum
• Polarisation

8. Superposition

• Stational waves
• Diffraction
• Interference
• The diffraction grating

9. Electricity

• Electric current
• Potential difference and power
• Resistance and resistivity

10. C. circuits

• Practical circuits
• Kirchhoff’s laws
• Potential dividers

11. Particle physics

• Atoms, nuclei and radiation
• Fundamental particles

12. Motion in a circle

• Kinematics of uniform circular motion
• Centripetal acceleration

13. Gravitational fields

• Gravitational field
• Gravitational force between point masses
• Gravitational field of a point mass
• Gravitational potential

14. Temperature

• Thermal equilibrium
• Temperature scales
• Specific heat capacity and specific latent heat

15. Ideal gases

• The mole
• Equation of state
• Kinetic theory of gases

16. Thermodynamics

• Internal energy
• The first law of thermodynamics

17. Oscillations

• Simple harmonic oscillations
• Energy in simple harmonic motion
• Damped and forced oscillations, resonance

18. Electric fields

• Electric fields and field lines
• Uniform electric fields
• Electric force between point charges
• Electric field of a point charge
• Electric potential

19. Capacitance

• Capacitors and capacitance
• Energy stored in a capacitor
• Discharging a capacitor

20. Magnetic fields

• Concept of a magnetic field
• Force on a current-carrying conductor
• Force on a moving charge
• Magnetic fields due to currents
• Electromagnetic induction

21. Alternating currents

• Characteristics of alternating currents
• Rectification and smoothing

22. Quantum physics

• Energy and momentum of a photon
• Photoelectric effect
• Wave-particle duality
• Energy levels in atoms and line spectra

23. Nuclear physics

• Mass defect and nuclear binding energy
• Radioactive decay

24. Medical physics

• Production and use of ultrasound
• Production and use of X-rays
• PET scanning

25. Astronomy and cosmology

• Standard candles
• Stellar radii
• Hubble’s law and the Big Bang theory

Pure Mathematics 1 | Paper 1

1.1 Quadratics

1.2 Functions

1.3 Coordinate Geometry

1.4 Circular Measure

1.5 Trigonometry

1.6 Series

1.7 Differentiation

1.8 Integration

Pure Mathematics 2 | Paper 2

2.1 Algebra

2.2 Logarithmic and Exponential Functions

2.3 Trigonometry

2.4 Differentiation

2.5 Integration

2.6 Numerical Solution fo Equations

Pure Mathematics 3 | Paper 3

3.1 Algebra

3.2 Logarithmic and Exponential Functions

3.3 Trigonometry

3.4 Differentiation

3.5 Integration

3.6 Numerical Solution of Equations

3.7 Vectors

3.8 Differential Equations

3.9 Complex Numbers

Mechanics | Paper 4

4.1 Forces and Equilibrium

4.2 Kinematics of Motion in a Straight Line

4.3 Momentum

4.4 Newton’s Law of Motion

4.5 Energy, Work and Power

Probability and Statistics 1 | Paper 5

5.1 Representation of Data

5.2 Permutations and Combinations

5.3 Probability

5.4 Discrete Random Variables

5.5  The Normal Distribution

Probability and Statistics 2 | Paper 6

6.1 The Poisson Distribution

6.2 Linear Combinations of Random Variables

6.3 Continuous Random Variables

6. 4 Sampling and Estimation

6. 5 Hypothesis Tests