3.2 - Forces in Action

3.2.1 - Dynamics

3.2.2 - Motion with non-uniform acceleration

3.2.3 - Equilibrium

3.2.4 - Density and Pressure

3.4 - Materials

3.4.1 - Springs

3.4.2 - Mechnical properties of matter

4.4 - Waves

4.4.1 - Wave motion

4.4.2 - Electromagnetic Waves

4.4.3 - Superposition

4.4.4 - Stationary Waves

4.5 - Quantum Physics

4.5.1 - Photons

4.5.2 - Photoelectric effect

4.5.3 - Wave-particle duality

5.1 - Thermal Physics

5.1.1 - Temperature

5.5.2 - Solid, liquid, gas 

5.1.3 - Thermal properties of materials

5.1.4 - Ideal Gases

5.2 - Circular Motion

5.2.1 - Kinematics of circular motion

5.2.2 - Centripetal force

5.3 - Oscillations

5.3.1 - Simple harmonic motion

5.3.2 - Energy of a simple harmonic oscillator

5.3.3 - Damping

5.5 - Astronomy and Cosmology

5.5.1 - Stars

5.5.2 - Electromagnetic radiation from stars

5.5.3 - Cosmology

6.1 - Capacitors

6.1.1 - Capacitors

6.1.2 - Energy

6.1.3 - Charging and discharging a capacitor

6.2 - Electric fields

6.2.1 - Point and spherical charges

6.2.2 - Coulomb's Law

6.2.3 - Uniform electric field

6.2.4 - Electric potential and energy

6.3 - Electromagnetism

6.3.1 - Magnetic fields

6.3.2 - Motion of charged particles

6.3.3 - Electromagnetism

6.4 - Nuclear and particle physics

6.4.1 - The nuclear atom

6.4.2 - Fundamental particles

6.4.3 - Radioactivity

6.4.4 - Nuclear fission and fusion

6.5 - Medical physics

6.5.1 - Using X-Rays

6.5.2 - Diagnostic methods in medicine

6.5.3 - Using ultrasound