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- Tools for the study of physics
- Tools interactive: Measurement and uncertainty
- Tools practice: Measurement and uncertainty
- Tools MCQs: Measurement and uncertainty
- Tools problems: Measurement and uncertainty
- Tools test: Measurement and uncertainties
- Tools interactive: Vectors
- Tools practice: Vectors
- Tools MCQs: Vectors
- Tools problems: Vectors
- Tools test: Vectors
- Tools practical: Density of plasticine
- Theme A: Space, time, and motion
- A1 Kinematics
- A1 interactive: Displacement and velocity
- A1 interactive: Acceleration
- A1 interactive: Graphs of motion
- A1 interactive: Projectiles
- A1 practice: Displacement and velocity
- A.1 practice: Acceleration
- A.1 practice: Graphs of motion
- A.1 practice: Projectiles
- A1 MCQs: Displacement and velocity
- A1 MCQs: Acceleration
- A1 MCQs: Graphs of motion
- A1 MCQs: Projectiles
- A1 problems: Displacement and velocity
- A1 problems: Acceleration
- A1 problems: Graphs of motion
- A1 problems: Projectiles
- A1 test: Displacement and velocity
- A1 test: Acceleration
- A1 test: Graphs of motion
- A1 test: Projectiles
- A2 Forces and momentum
- A2 interactive: Forces
- A2 interactive: Newton's laws and momentum
- A2 interactive: Circular motion
- A2 practice: Forces
- A2 practice: Newton's laws and momentum
- A.2 practice: Circular motion
- A2 MCQs: Forces
- A2 MCQs: Newton's laws and momentum
- A2 MCQs: Circular motion
- A2 problems: Forces
- A2 problems: Newton's 1st
- A2 problems: Newton's 2nd
- A2 problems: Newton's 3rd
- A2 problems: Momentum
- A2 problems: Circular motion
- A2 test: Forces as vectors
- A2 test: Types of force
- A2 test: Newton's 2nd law
- A2 test: Momentum
- A2 test: Circular motion
- A3 Work, energy and power
- A3 interactive: Work, energy and power
- A3 interactive: Collisions
- A3 practice: Work, energy, and power
- A3 practice: Collisions
- A3 MCQs: Work, energy, and power
- A3 MCQs: Collisions
- A3 problems: Work and energy
- A3 problems: Power
- A3 problems: Collisions
- A3 test: Work, energy, and power
- A3 test: Collisions
- A4 Rigid body mechanics [HL only]
- A4 interactive: Angular kinematics
- A4 interactive: Torque
- A4 interactive: Rotational mechanics
- A4 practice: Angular kinematics
- A4 practice: Torque
- A4 practice: Rotational mechanics
- A4 MCQs: Angular kinematics
- A4 MCQs: Torque
- A4 MCQs: Rotational mechanics
- A4 problems: Angular kinematics
- A4 problems: Torque
- A4 problems: Rotational mechanics
- A4 test - Rigid body mechanics
- A5 Galilean and special relativity [HL only]
- A5 activity: Galilean relativity
- A5 activity: The light clock
- A5 activity: Lorentz transformations
- A5 activity: Spacetime diagrams
- A5 activity: Momentum and kinetic energy
- A5 notes: Reference frames
- A5 notes: Special relativity
- A5 notes: Space-time diagrams
- A5 problems: Relative velocity
- A5 problems: Time dilation
- A5 problems: Length contraction
- A5 problems: Michelson Morley
- A5 MCQs: Galilean transformations
- A5 MCQs: The light clock
- A5 MCQs: Lorentz transformations
- A5 MCQs: Space-time diagrams
- A5 MCQs: Relativistic mechanics
- Theme B: The particulate nature of matter
- B1 Thermal energy transfers
- B1 interactive: Particles
- B1 interactive: Heat
- B1 interactive: Transfer
- B1 practice: Particles
- B1 practice: Heat
- B1 practice: Transfer
- B1 MCQs: Particles
- B1 MCQs: Heat
- B1 MCQs: Transfer
- B1 problems: Particles
- B1 problems: Heat
- B1 problems: Transfer
- B1 test: Thermal energy transfers
- B2 Greenhouse effect
- B2 interactive: Greenhouse effect
- B2 practice: Greenhouse effect
- B2 MCQs: Greenhouse effect
- B2 problems: Greenhouse effect
- B2 test: Greenhouse effect
- B3 Gas laws
- B3 interactive: Gas laws
- B3 practice: Gas laws
- B3 MCQs: Gas laws
- B3 problems: Gas laws
- B3 test: Gas laws
- B4 Thermodynamics [HL only]
- B4 interactive: First law
- B4 interactive: Second law
- B4 practice: First law
- B4 practice: Second law
- B4 MCQs: First law
- B4 MCQs: Second law
- B4 problems: First law
- B4 problems: Second law
- B4 test: Thermodynamics
- B5 Current and circuits
- B5 activity: Current and resistance
- B5 activity: Simple circuits
- B5 activity: Component combinations
- B5 activity: Kirchhoff's laws
- B5 activity: Electrical power
- B5 notes: Current and resistance
- B5 interactive: Current and resistance
- B5 notes: Electric cells and circuits
- B5 interactive: Cells and circuits
- B5 problems: Resistance
- B5 problems: Component combinations
- B5 problems: Potential dividers
- B5 MCQs: Potential difference
- B5 MCQs: Current and resistance
- B5 MCQs: Electric circuits
- B5 MCQs: Component combinations
- B5 MCQs: Power and potential dividers
- B5 MCQs: Kirchhoff's laws
- B5 MCQs: Ohm's law
- B5 test: Current and resistance
- B5 test: Simple circuits
- B5 test: Component combinations
- B5 test: Electrical power
- B5 test: Electrical power 2
- B5 test: Kirchhoff's laws
- B5 test: Kirchhoff's laws (online)
- B5 test: Measuring V and I (online)
- Theme C: Wave behaviour
- C1 Simple harmonic motion
- C1 interactive: Oscillations
- C1 interactive: Oscillations [HL]
- C1 practice: Oscillations
- C1 practice: Oscillations [HL]
- C1 MCQs: Oscillations
- C1 MCQs: Oscillations [HL]
- C1 problems: Oscillations
- C1 test: Oscillations
- C2 Wave model
- C2 activity: Introduction to waves
- C2 activity: 1D waves
- C2 activity: Light waves
- C2 activity: Sound waves
- C2 activity: Waves in a ripple tank
- C2 notes: Travelling waves
- C2 interactive: Travelling waves
- C2 notes: Transverse and longitudinal waves
- C2 interactive: Transverse and longitudinal waves
- C2 notes: Sound and light
- C2 interactive: Sound and light
- C2 problems: Intro to waves
- C2 problems: Wave simulation
- C2 MCQs: Wave properties
- C2 MCQs: Sound waves
- C3 Wave phenomena
- C3 activity: Single slit diffraction
- C3 PBL: Single slit diffraction
- C3 activity: Resolution
- C3 PBL: Resolution
- C3 activity: Two slit interference
- C3 PBL: Two slit interference
- C3 activity: Multiple slit interference
- C3 PBL: Multiple slits
- C3 notes: Diffraction and interference
- C3 interactive: Diffraction and interference
- C3 problems: Refraction
- C3 problems: Single slit diffraction
- C3 problems: Resolution
- C3 MCQs: EM waves
- C3 MCQs: Waves in a ripple tank
- C3 MCQs: Diffraction
- C3 MCQs: Interference
- C3 test: Resolution
- C3 test: Diffraction
- C3 test: Two slit interference
- C3 test: Multi slit interference
- C4 Standing waves and resonance
- C4 activity: Standing waves
- C4 problems: Guitar
- C4 MCQs: Standing waves
- C1 activity: Damped harmonic motion
- C1 activity: Resonance
- C1 MCQs: Damping and resonance
- C1 test: Damping (extension)
- C1 test: Resonance
- C5 Doppler effect
- Theme D: Fields
- D1 Gravitational fields
- D1 activity: Gravitational fields
- D1 activity: Gravitational potential
- D1 PBL: Gravitational potential
- D1 activity: Satellites and escape speed
- D1 PBL: Orbits
- D1 notes: Gravitation
- D1 interactive: Gravitational fields
- D1 problems: Gravitational fields
- D1 problems: Gravitational potential
- D1 problems: Orbits
- D1 MCQs: Gravitational fields
- D1 MCQs: Gravitational potential
- D1 MCQs: Orbits
- D1 test: Gravitational fields
- D1 test: Gravitational potential
- D1 test: Orbits
- D2 Electric and magnetic fields
- D2 activity: Electric fields
- D2 PBL: Electric fields
- D2 activity: Electric potential
- D2 activity: Magnetic fields
- D2 notes: Electric fields
- D2 interactive: Electric fields
- D2 notes: Fundamental charge
- D2 notes: Magnetism
- D2 interactive: Magnetism
- D2 problems: Electric fields
- D2 problems: Magnetic fields
- D2 problems: Electrostatics
- D2 MCQs: Electric fields
- D2 MCQs: Electric potential
- D2 MCQs: Magnetic fields
- D2 test: Electric fields
- D2 test: Electric potential
- D3 Motion in electromagnetic fields
- D3 activity: Force on currents in magnetic fields
- D3 problems: Thomson's experiment
- D3 MCQs: Charges in a magnetic field
- D3 test: Charges in a magnetic field
- D4 Induction [HL only]
- D4 activity: Electromagnetic induction
- D4 PBL: Electromagnetic induction
- D4 activity: Generators and transformers
- D4 PBL: Alternating current
- D4 notes: Electromagnetic induction
- D4 problems: EM induction
- D4 problems: Power transmission
- D4 MCQs: Faraday's law
- D4 MCQs: Lenz's law and AC
- D4 MCQs: Transformers and power
- D4 MCQs: Magnetic Flux and Faraday's Law
- D4 test: Generators and transformers
- Theme E: Nuclear and quantum physics
- E1 Structure of the atom
- E1 activity: Atomic models
- E1 activity: EM radiation and the atom
- E1 activity: Quantization (HL)
- E1 notes: Atomic models
- E1 interactive: Atoms
- E1 problems: Electron energy levels
- E1 MCQs: Atomic models
- E1 MCQs: Electron energy levels
- E1 MCQs: Nuclear Structure (HL)
- E1 test: Atomic models
- E2 Quantum physics [HL only]
- E2 activity: Photoelectric effect
- E2 activity: Davisson-Germer experiment
- E2 activity: Wave nature of matter
- E2 activity: Compton scattering
- E2 activity: Further atomic models
- E2 notes: Quantum physics
- E2 notes: Scattering
- E2 problems: Photoelectric effect
- E2 problems: Wave-particle duality
- E2 problems: Atomic models
- E2 MCQs: Photoelectric effect
- E2 MCQs: Wave particle duality (contains extension content)
- E2 MCQs: Compton Scattering
- E2 test: Wave nature of matter
- E2 test: Further atomic models
- E3 Radioactive decay
- E3 activity: Nucleons and binding energy
- E3 activity: Radioactivity
- E3 activity: Radioactive decay
- E3 notes: Nuclear physics
- E3 interactive: Nuclear
- E3 problems: Binding energy
- E3 problems: Nuclear radius and decay
- E3 MCQs: The nucleus
- E3 MCQs: Binding energy
- E3 MCQs: Radioactive decay
- E3 MCQs: Exponential decay
- E3 MCQs: Nuclear mass and exponential decay
- E3 test: BE and the nucleus
- E3 test: Radioactivity
- E3 test: Radioactive decay
- E4 Fission
- E5 Fusion and stars
- Index of links to student pages