Animasi Flash Fisika: Levent Sakar Physics

Ada lagi nih animasi keren untuk para pencinta fisika, lengkap deh pokoknya dimulai dari fisika klasik sampai fisika modern. Apalagi animasi flash ini berbasis fenomena nyata, sumber saya ambil dari Levent Sakar. Ayo kita lihat dan pelajari yuk. Tapi bagi sahabat yang ingin memperoleh kumpulan animasi ini berikut animasi lainnya dengan segera dapat memesan paket CD animasi klik disini. 

Watch and Learn 

1. Lesson 01: Motion in One Dimension 
2. Lesson 02: Motion in Two Dimensions 
3. Lesson 03: Newton's First Law 
4. Lesson 04: Newton's Second Law 
5. Lesson 05: Newton's Third Law 
6. Lesson 06: Applications of Newton's Laws 
7. Lesson 07: Work and Work-Energy Theorem 
8. Lesson 08: Conservative Forces and Potential Energy 
9. Lesson 09: Conservation of Energy 
10. Lesson 10: Power 
11. Lesson 11: Center of Mass 
12. Lesson 12: Impulse and Momentum 
13. Lesson 13: Conservation of Linear Momentum 
14. Lesson 14: Uniform Circular Motion 
15. Lesson 15: Angular Momentum 
16. Lesson 16: Torque and Rotational Statics 
17. Lesson 17: Rotational Kinematics and Dynamics 
18. Lesson 18: Simple Harmonic Motion 
19. Lesson 19: Mass on a Spring 
20. Lesson 20: Pendulum and Other Oscillations 
21. Lesson 21: Hydrostatic Pressure 
22. Lesson 22: Newton's Law of Gravity 
23. Lesson 23: Buoyancy 
24. Lesson 24: Orbits of Planets and Satellites 
25. Lesson 25: Fluid Flow Continuity 
26. Lesson 26: Electric Charges and Coulomb's Law 
27. Lesson 27: Bernoulli's Equation 
28. Lesson 28: Electric Fields
29. Lesson 29: Mechanical Equivalent of Heat 
30. Lesson 30: Electric Potential 
31. Lesson 31: Specific and Latent Heat 
32. Lesson 32: Gauss’s Law 
33. Lesson 33: Heat Transfer and Thermal Expansion 
34. Lesson 34: Electrostatics with Conductors 
35. Lesson 35: Ideal Gases 
36. Lesson 36: Capacitors 
37. Lesson 37: Laws of Thermodynamics 
38. Lesson 38: Dielectrics 
39. Lesson 39: Current, Resistance, Power 
40. Lesson 40: DC Circuits with Batteries and Resistors 
41. Lesson 41: Capacitors in Circuits 
42. Lesson 42: Forces on Moving Charges 
43. Lesson 43: Forces on Current-carrying Wires in Magnetic Fields 
44. Lesson 44: Fields of Long, Current-carrying Wires 
45. Lesson 45: Biot-Savart and Ampere’s Law 
46. Lesson 46: Electromagnetic Induction 
47. Lesson 47: Inductance 
48. Lesson 48: Maxwell’s Equations 
49. Lesson 49: Wave Basics 
50. Lesson 50: Properties of Traveling Waves 
51. Lesson 51: Properties of Standing Waves 
52. Lesson 52: Sound Waves and Doppler Shift 
53. Lesson 53: Interference and Diffraction 
54. Lesson 54: Dispersion of Light and the EM Spectrum 
55. Lesson 55: Reflection and Refraction 
56. Lesson 56: Mirrors
57. Lesson 57: Lenses
58. Lesson 58: Photons and the Photoelectric Effect 
59. Lesson 59: Atomic Energy Levels 
60. Lesson 60: Wave-particle Duality 
61. Lesson 61: Nuclear Reactions 
62. Lesson 62: Mass-Energy Equivalence 

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