
- IB / AP 경력 6년 이상
- IB Physics SL/HL 누적 수강생 80% 이상 6, 7점
학력
- Virginia Polytechnic Institute and State University
- Construction Engineering & Management
- IB/AP 강의 경력 6년이상
- IB Physics (SL & HL)
- AP Physics (1,2,C Mech, C E&M)
- IB Math AA (SL & HL)
- AP Calculus (AB, BC)
- AP Precalculus
1. IB Physics Orientation 15 분
2. A.1.1 - Kinematics Terms and Straight Line Motion 70 분
3. A.1.2 - SUVAT and Projectile Motion 93 분
4. A.2.1 - Newton's Laws of Motion 103 분
5. A.2.2- Dynamics Application 106 분
6. A.2.3 - More Forces 61 분
7. A.2.4 - Uniform Circular Motion 66 분
8. A.2.5 - Momentum and 3 Equations 46 분
9. A.2.6 - Conservation of Momentum 54 분
10. A.3.1 - Work and 3 Equations 78 분
11. A.3.2 - Conservation of Energy 59 분
12. A.3.3 - Power and Efficiency 31 분
13. A.4.1 - Rotational Kinematics 31 분
14. A.4.2 - Rotational Dynamics 69 분
15. A.4.3 - Energy of Rotating System 44 분
16. A.4.4 - Momentum of Rotating System 24 분
17. A.5.1 - Galilean and Lorentz Transformation 55 분
18. A.5.2 - Time Dilation and Length Contraction 38 분
19. A.5.3 - Space-Time Diagram 57 분
20. B.1.1 - The Kinetic Theory of Matter 89 분
21. B.1.2 - Heat Transfer 40 분
22. B.2 - Greenhouse Effect 29 분
23. B.3 - Gas Laws 64 분
24. B.4.1 - First Law of Thermodynamics 57 분
25. B.4.2 - Second Law of Thermodynamics 56 분
26. B.5.1 - Understanding of Circuits 83 분
27. B.5.2 - Circuit Components 87 분
28. C.1(SL+HL) - Simple Harmonic Motion (SL+HL) 61 분
29. C.1(HL) - Simple Harmonic Motion (HL) 33 분
30. C.2 - Wave Model 37 분
31. C.3.1 - Reflection and Refraction 50 분
32. C.3.2(SL+HL) - Diffraction and Superposition (SL+HL) 32 분
33. C.3.2(HL) - Diffraction and Superposition (HL) 33 분
34. C.4 - Standing Waves 41 분
35. C.5 - Doppler Effect 39 분
36. D.1.1 - Gravitational Forces and Fields 49 분
37. D.1.2 - Gravitational Potential and Energy 65 분
38. D.2.1 - Electric Forces and Fields 83 분
39. D.2.2 - Electric Potential and Energy 51 분
40. D.3 - Motion in Elecromagnetic Field 74 분
41. D.4 - Electromagnetic Induction 75 분
42. E.1.1 - Nuclear Model 60 분
43. E.1.2 - Rutherford Scattering and Bohr Model 33 분
44. E.2.1 - Photoelectric Effect 49 분
45. E.2.2 - Wave-Particle Duality 34 분
46. E.2.3 - Compton Scattering 22 분
47. E.3.1 - Structure of the Atom 80 분
48. E.3.2 - Activity and Half-Life 60 분
49. E.4 - Fission 43 분
50. E.5 - Fusion and Stars 70 분
1. IB Physics Orientation 15 분
2. A.1.1 - Kinematics Terms and Straight Line Motion 70 분
3. A.1.2 - SUVAT and Projectile Motion 93 분
4. A.2.1 - Newton's Laws of Motion 103 분
5. A.2.2- Dynamics Application 106 분
6. A.2.3 - More Forces 61 분
7. A.2.4 - Uniform Circular Motion 66 분
8. A.2.5 - Momentum and 3 Equations 46 분
9. A.2.6 - Conservation of Momentum 54 분
10. A.3.1 - Work and 3 Equations 78 분
11. A.3.2 - Conservation of Energy 59 분
12. A.3.3 - Power and Efficiency 31 분
13. B.1.2 - Heat Transfer 40 분
14. B.1.1 - The Kinetic Theory of Matter 89 분
15. B.2 - Greenhouse Effect 29 분
16. B.3 - Gas Laws 64 분
17. B.5.1 - Understanding of Circuits 83 분
18. B.5.2 - Circuit Components 87 분
19. C.1(SL+HL) - Simple Harmonic Motion (SL+HL) 61 분
20. C.2 - Wave Model 37 분
21. C.3.1 - Reflection and Refraction 50 분
22. C.3.2(SL+HL) - Diffraction and Superposition (SL+HL) 32 분
23. C.4 - Standing Waves 41 분
24. C.5 - Doppler Effect 39 분
25. D.1.1 - Gravitational Forces and Fields 49 분
26. D.2.1 - Electric Forces and Fields 83 분
27. D.3 - Motion in Elecromagnetic Field 74 분
28. E.1.1 - Nuclear Model 60 분
29. E.3.1 - Structure of the Atom 80 분
30. E.4 - Fission 43 분
31. E.5 - Fusion and Stars 70 분