Simulations:
22. AQA
22.1. Waves on a String
22.2. Double Slit Interference
22.3. Gravity by Free Fall
22.4. Youngs Modulus by Extension
22.5. Resistivity of Wire Samples
22.6. EMF and Internal Resistance
22.7. Simple Harmonic Motion
22.8. Charles and Boyles Gas Laws
22.9. Capacitor Charging and Discharging
22.10. Lorentz Force on Conductor
22.11. Search Coil in Magnetic Field
22.12. Gamma Rays Inverse Square
22. Edexel
22.13. Acceletration of Free Fall
22.14. Resistivity
22.15. EMF and Internal Resistance
22.16. Viscosity by Falling Ball
22.17. Youngs Modulus
22.18. Speed of Sound
22.19. Vibrating Strings
22.20. Wavelength by Diffraction
22.21. Force and Momentum
22.22. Collisions
22.23. Capacitors
22.24. Thermistors
22.25. Latent Heat
22.26. Pressure and Volume
22.27. Alpha Beta Gamma
22.28. Masses on Springs
22. OCR
22.29. Acceleration of Free Fall
22.30. Youngs Modulus by Extension
22.31. Resistivity of Metals
22.32. Potential Divider Circuits
22.33. Wavelength by Youngs Slits
22.34. Planck's Constant by LEDs
22.35. Absoption of Alpha, Beta, Gamma
22.36. Absolute Zero Estimation
22.37. Capacitor charging / Discharging
22.38. Factors affecting Simple Harmonic Motion
22.39. Specific Heat Capacity