Physics 01. Units / Vectors 00 Summary 01 Unit / Vectors 02 Unit 03 Vectors / Mathematical Topics 04 Vector - Example: Wind 05 Vector - Example: Car 06 Vector - Operation- Scalar 07 Vector - Operation - Addition 08 Vector - Operation - Notation 09 Vector - Operation - 3D 10 Vector - App - Piston 11 Vector - App - Piston (A) 12 Diff/Int - Scalar - Diff 13 Diff/Int - Scalar - Int 14 Diff/Int - Scalar - Diff/Int 15 Diff/Int - Vector - Diff 02. Velocity/Acceleration 1Dim 00 Summary 01 Airtrack - Velocity (A) 02 Airtrack - Acceleration (A) 03 Instantaneous Velocity (A) 04 Different speed of cars 05 Position = Int(velocity) 06 Exercise 03. Velocity/Acceleration 2,3Dim 00 Summary 01 Position and Velocity Vectors 02 Piston 03 Piston (A) 04 Particle Movement 05 Exercise 04. Newton's Laws 00 Summary 01 Atwood's Machine 02 Pulley 03 Hole trought the Earth 04 Bungee Jump F=(d/dt)(mv) 05 Balloon 06 Exercise 05. Newton's Law of Motion 00 Summary 01 Atwood's Machine 02 Pulley 03 Hole trought the Earth 04 Bungee Jump F=(d/dt)(mv) 05 Balloon 06 Exercise 06. Work and Kinetic Energy 00 Summary 07. Potensial/Total Energy 00 Summary 08. The Centre of Mass 00 Summary 01 CM - Introduction 02 Astro Physics 03 CM - Point Particles 04 CM - Point Particles - Example 1 05 CM - Point Particles - Example 2 06 CM - Continous mass 07 CM - Cont. mass - Triangle 08 CM - Momentum 09 Collision 10 Collision - Momentum 11 Collision - Two Balls 12 Collision - Five Balls 13 Collision - Airtrack 09. Rotation 00 Summary 01 Angle Degree/Radian 02 Introduction to Rotation 03 Equation of Rotation 04 Angular Velocity/Acceleration 05 Binormal Vector 06 Cycloid 07 Cycloid (A) 08 Piston / Rotating rods 09 Flight - Rotation 10 Bicycle - Rotation 11 Moment of Inertia - PA - Ex 1 12 Moment of Inertia - PA - Ex2 13 Moment of Inertia - NA - Ex2 14 Wheel Rotation Ins - Exercise 15 Wheel Rotation Ins - Solution 16 Wheel Rotation Out - Exercise 17 Wheel Rotation Out - Solution 18 Wind 19 Exercise 10. Rotational Dynamics 00 Summary 01 Torque - Introduction 02 Torque as a Vector 03 Ang. Mom. - Def 04 Ang. Mom. -Ballerina 05 Ang. Mom. - Gyrosc. - Intro 06 Ang. Mom. - Gyrosc. - Flight 07 Ang. Mom. - Gyrosc. - Expl 08 Ang. Mom. - Change 09 Ang. Mom. - Person/Wheel 10 Ang. Mom. - Coin 11 Moment of Inertia 001 12 Moment of Inertia 002 11. Equilibrium and Elasticity Summary 12. Fluid Mechanics 00 Summary 01 Introduction 02 Pressure 03 Buoyancy 04 Flow 05 Simulation 06 Video Youtube ---------- 07 Fluid Mechanics 08 Introduction 09 Density 10 Pressure 11 Pascal's Law 12 Pressure Difference 13 Gas Pressure 14 Manometer 15 Hydraulic Lift 16 Buoyance - Intro 17 Buoyance - Diff.Bodies 18 Buoyance - Archim. Law I 19 Buoyance - Archim. Law II 20 Surface Tension 21 Flow - Intro 22 Flow - Continuity Equation I 23 Flow - Continuity Equation II 24 Flow - Bernoulli's Equation 25 Flow - Water Pressure 26 Flow - Venturimeter 27 Flow - Aeroplane 28 Flow - Viscosity 29 Flow - Turbulence 30 Flow - Cardiology 31 Flow - Spin 13. Gravity 00 Summary 01 Simulation 02 Theory 14. Periodic Motion 00 Summary 01 SHM - General 02 SHM - A / T / f 02 SHM - Horizontal 02 SHM - Vectical 03 SHM - Ref Circle 04 SHM - Period / Frequency 05 SHM - sva 06 SHM - Modelling 07 SHM - Vertical SHM (A) 08 Pendulum 09 Damped Oscillation 10 Forced Oscillation 11 SHM - Hole in the Earth 15. Mechanical Waves 00 Summary 01 Summary Simulation 02 Simple Harmonic Waves (SHM) 03 Pulse 04 Pulse Manual 05 Standing Waves 06 Beat 07 Long. / Trans. Waves ---------- 08 Polarization 09 Long. / Trans. Waves 10 Periodic Waves 11 Waves travelling left 12 Pulse I 13 Pulse II 14 Superposition I 15 Superposition II 16 Reflection. 17 Standing Wave I 18 Standing Wave II 19 Standing Wave III 20 Standing Wave IV 21 Beat I 22 Beat II 23 Beat III 24 Beat IV - Piano 25 Normal Mode 26 Fourier Serie 27 Fourier - Pulse Train 28 Fourier - Pulse Train (A) 29 Fourier - Heat Conduction 30 Fourier - Sampling 31 Fourier - Sampling (A) 32 AntiReflection 16. Sound 00 Summary 01 Wave 02 SHM 03 Standing Wave 04 Standing Wave (A) 05 Beat 06 Beat (A) 07 Beat - Piano 08 Long. / Trans. Wave 09 Standing Wave 10 Normal Mode 11 Fourier Serie 12 Fourier - Pulse Train 13 Fourier - Pulse Train (A) 14 Fourier - Sampling 15 Fourier - Sampling (A) 16 Doppler Effect 17 Shock Waves 18 Shock Wavee - Flight 19 Theory 17. Temperature and Heat 00 Summary 01 Theory (no) 18. Thermal Properties of Matter 00 Summary 01 Theory (no) 19. 1.Law of Thermodynamics 00 Summary 01 Theory (no) 20. 2. Law of Thermodynamics Summary 21. Electric Charge and Field 00 Summary 01 Coulomb's Law 02 Electric Field 03 Electric Field - Wire 04 Electric Charge / Field 22. Gauss's Law 00 Summary 23. Electric Potential Summary 24. Capacitance Summary 25. Current, Resistance, EMS Summary 26. Direct Current Circuits Summary 27. Magnetic Force and Field Summary 28. Source of Magnetic Field Summary 29. Electromagnetic Induction Summary 30. Inductance Summary 31. Alternating Current 00 Summary 01 LRC Circuit 32. Electromagnetic Waves Summary 33. Light 00 Summary 01 Reflection 02 Refraction 01 03 Refraction 02 04 Polarization 34. Geometric Optics Summary 35. Interference Summary 36. Diffraction Summary 37. Relativity 00 Summary 01 Lorentz Force - Eng 02 Lorentz Force - No 38. Photon Summary 39. Particles as Waves Summary 40. Quantum Physics Summary 41. Atomic Structure Summary 42. Semiconductor 00 Summary 01 Introduction 02 Atom 03 Band Theory 04 Isolator/Semicond/Cond - ISC 05 Doping 06 pn Junction 07 Diode 08 Transistor 09 Logical Circuit 10 Applications 43. Nuclear Physics Summary 44. Particle Physics Summary 45. Summary 46. Summary 47. Summary 48. Summary 49. Summary 50. 00 Summary
