1. |
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전기적인 힘, 전기장 1 |
Coulomb의 법칙 |
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전기적인 힘, 전기장 2 |
Coulomb의 법칙 |
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전기적인 힘, 전기장 3 |
전기장의 정의 및 구하기 |
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전기적인 힘, 전기장 4 |
전기장의 정의 및 구하기 |
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2. |
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Electric field, Gauss’ law 1 |
전기장 구하기, Gauss’ law |
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Electric field, Gauss’ law 2 |
전기장 구하기, Gauss’ law |
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Electric field, Gauss’ law 3 |
Gauss’ law의 응용 및 결과 |
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Electric field, Gauss’ law 4 |
Gauss’ law의 응용 및 결과 |
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3. |
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Electric potential 1 |
강의 5: Electric potential의 정의와 이를 이용한 예제 풀기 |
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Electric potential 2 |
강의 5: Electric potential의 정의와 이를 이용한 예제 풀기 |
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Computing capacitance 1 |
Computing capacitance |
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Computing capacitance 2 |
Computing capacitance |
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4. |
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Capacitor with dielectric material 1 |
Capacitor with dielectric material |
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Capacitor with dielectric material 2 |
Capacitor with dielectric material |
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Current and resistance 1 |
Current and resistance |
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Current and resistance 2 |
Current and resistance |
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5. |
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Direct current circuits 1 |
Lecture 9: Kirchhoff’s rules |
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Direct current circuits 2 |
Lecture 9: Kirchhoff’s rules |
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Direct current circuits 3 |
Lecture 10: Review on previous exam problems |
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Direct current circuits 4 |
Lecture 10: Review on previous exam problems |
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6. |
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Magnetism 1 |
Lecture 11: Exercises in direct current circuits
And magnetic force on moving charges |
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Magnetism 2 |
Lecture 11: Exercises in direct current circuits
And magnetic force on moving charges |
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Magnetism 3 |
Lecture 12: Exercises on magnetism |
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Magnetism 4 |
Lecture 12: Exercises on magnetism |
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7. |
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Magnetic fields 1 |
Lecture 13: Magnetic fields of moving charges |
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Magnetic fields 2 |
Lecture 13: Magnetic fields of moving charges |
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8. |
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Faraday’s law 1 |
Lecture 14: Electromagnetic inductin |
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Faraday’s law 2 |
Lecture 14: Electromagnetic inductin |
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Faraday’s law 3 |
Lecture 15: Exercises on magnetic induction |
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Faraday’s law 4 |
Lecture 15: Exercises on magnetic induction |
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9. |
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Electromagnetic oscillation 1 |
Lecture 16: RLC circuit |
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Electromagnetic oscillation 2 |
Lecture 16: RLC circuit |
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Electromagnetic waves 1 |
Ampere-Maxwell’s law |
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Electromagnetic waves 2 |
Ampere-Maxwell’s law |
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10. |
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2nd exam preview 1 |
Previous exam problems |
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2nd exam preview 2 |
Previous exam problems |
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11. |
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Magnetic properties 1 |
Lecture 19: Magnetic property and EM wave |
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Magnetic properties 2 |
Lecture 19: Magnetic property and EM wave |
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Electromagnetic waves 1 |
Lecture 20: EM wave and Huygens principle |
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Electromagnetic waves 2 |
Lecture 20: EM wave and Huygens principle |
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12. |
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Wave optics 1 |
Lecture 21: interference |
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Wave optics 2 |
Lecture 21: interference |
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Wave optics 3 |
Lecture 22: diffraction |
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Wave optics 4 |
Lecture 22: diffraction |
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13. |
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Quantum Physics 1 |
Lecture 23: Early quantum theory |
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Quantum Physics 1 |
Lecture 23: Early quantum theory |
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Wave optics 1 |
Lecture 24: Interference and diffraction |
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Wave optics 2 |
Lecture 24: Interference and diffraction |
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14. |
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Early quantum theory 1 |
Photoelectric, Compton effects |
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Early quantum theory 2 |
Photoelectric, Compton effects |
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Quantum Physics 1 |
Lecture 26: Introductory quantum physics |
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Quantum physics 2 |
Lecture 26: Introductory quantum physics |
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15. |
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Final exam review 1 |
Lecture 27: Solving previous exam problems |
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Final exam review 2 |
Lecture 27: Solving previous exam problems |
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