A-Level Physics: Course Overview

A-Level Physics: Course Overview

1. Electric and Gravitational Fields

2. Electro-magnetic Waves

3. Alternating Currents

4. Atomic Structure

5. Capacitors

6. Circular Motion

7. Current, Charge and Voltage

8. Deformation of Solids

9. Diffraction

10. Electric Fields and Forces

11. Electric Potential

12. Electromagnetic Induction

13. Electromagnetic Waves

14. Equations of Motion

15. Forces

16. Forces in Magnetic Fields

17. Gravitational Fields and Forces

18. Gravitational Potential Energy

19. Kinetic Theory

20. Kirchoff's Laws and Potential Dividers

21. Lenz's Law

22. Magnetic Fields

23. Matter and Antimatter

24. Moments, Couples and Equilibrium

25. Momentum and Impulse

26. Nuclear Energy

27. Power and Energy

28. Power and Internal Energy

29. Progressive Waves

30. Quantum Physics

31. Radioactive Decay Equations

32. Radioactivity

33. Reflection, Refraction and Polarisation

34. Resistance

35. Simple Harmonic Motion and Damping

36. Stress and Strain

37. Temperature and Thermal Properties

38. Thermodynamics and Ideal Gases

39. Transformers and Rectification

40. Units, Quantities and Measurements

41. Vectors, Scalars and Linear Motion

42. Wave Particle Duality and Electron Energy Levels

43. Work, Energy and Efficiency