1. Space, Time and Motion1.1 Kinematics0/01.3 Work, Energy and Power0/01.2 Forces and Momentum0/01.4 Rigid Body Mechanics (HL only)0/01.5 Galilean and Special Relativity (HL only)0/01. Space, Time and Motion1.1 Kinematics0/01.3 Work, Energy and Power0/01.2 Forces and Momentum0/01.4 Rigid Body Mechanics (HL only)0/01.5 Galilean and Special Relativity (HL only)0/02. The Particulate Nature of MatterPremium2.1 Thermal Energy Transfers0/02.2 Greenhouse Effect0/02.3 Gas Laws0/02.4 Thermodynamics (HL only)0/02.5 Current and Circuits0/02. The Particulate Nature of MatterPremium2.1 Thermal Energy Transfers0/02.2 Greenhouse Effect0/02.3 Gas Laws0/02.4 Thermodynamics (HL only)0/02.5 Current and Circuits0/03. Wave BehaviourPremium3.1 Simple Harmonic Motion0/03.2 Wave Model0/03.3 Wave Phenomena0/03.4 Standing Waves and Resonance0/03.5 Doppler Effect0/03. Wave BehaviourPremium3.1 Simple Harmonic Motion0/03.2 Wave Model0/03.3 Wave Phenomena0/03.4 Standing Waves and Resonance0/03.5 Doppler Effect0/04. FieldsPremium4.1 Gravitational Fields0/04.2 Electric and Magnetic Fields0/04.3 Motion in Electromagnetic Fields0/04.4 Induction (HL only)0/04. FieldsPremium4.1 Gravitational Fields0/04.2 Electric and Magnetic Fields0/04.3 Motion in Electromagnetic Fields0/04.4 Induction (HL only)0/05. Nuclear and Quantum PhysicsPremium5.1 Structure of the Atom0/05.2 Quantum Physics (HL only)0/05.3 Radioactive Decay0/05.4 Fission0/05.5 Fusion and Stars0/05. Nuclear and Quantum PhysicsPremium5.1 Structure of the Atom0/05.2 Quantum Physics (HL only)0/05.3 Radioactive Decay0/05.4 Fission0/05.5 Fusion and Stars0/0