Physics P4 – Table of Content

1. Motion, Forces and Energy

📘 1.1 Physical quantities and measurement techniques (QP)

📘 1.1 Physical quantities and measurement techniques (MS)

📘 1.2 Motion (QP)

📘 1.2 Motion (MS)

📘 1.3 Mass and weight (QP)

📘 1.3 Mass and weight (MS)

📘 1.4 Density (QP)

📘 1.4 Density (MS)

📘 1.5 Forces (QP)

📘 1.5 Forces (MS)

📘 1.6 Momentum (QP)

📘 1.6 Momentum (MS)

📘 1.7 Energy, work and power (QP)

📘 1.7 Energy, work and power (MS)

📘 1.8 Pressure (QP)

📘 1.8 Pressure (MS)

2. Thermal physics

📘 2.1 Kinetic particle model of matter (QP)

📘 2.1 Kinetic particle model of matter (MS)

📘 2.2 Thermal properties and temperature (QP)

📘 2.2 Thermal properties and temperature (MS)

📘 2.3 Transfer of thermal energy (QP)

📘 2.3 Transfer of thermal energy (MS)

3. Properties of waves, including light and sound

📘 3.1 General properties of waves (QP)

📘 3.1 General properties of waves (MS)

📘 3.2 Light (QP)

📘 3.2 Light (MS)

📘 3.3 Electromagnetic spectrum (QP)

📘 3.3 Electromagnetic spectrum (MS)

📘 3.4 Sound (QP)

📘 3.4 Sound (MS)

4. Electricity and magnetism

📘 4.1 Simple phenomena of magnetism (QP)

📘 4.1 Simple phenomena of magnetism (MS)

📘 4.2 Electrical quantities (QP)

📘 4.2 Electrical quantities (MS)

📘 4.3 Electric circuits (QP)

📘 4.3 Electric circuits (MS)

📘 4.4 Electrical safety (QP)

📘 4.4 Electrical safety (MS)

📘 4.5 Electromagnetic effects (QP)

📘 4.5 Electromagnetic effects (MS)

5 Atomic physics

📘 5.1 The nuclear model of the atom (QP)

📘 5.1 The nuclear model of the atom (MS)

📘 5.2 Radioactivity (QP)

📘 5.2 Radioactivity (MS)

6 Space physics

📘 6.1 Earth and the Solar System (QP)

📘 6.1 Earth and the Solar System (MS)

📘 6.2 Stars and the Universe (QP)

📘 6.2 Stars and the Universe (MS)