일반물리학 및 연습2
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- 자연과학 >수학ㆍ물리ㆍ천문ㆍ지리 >물리학
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- 강의학기
- 2014년 1학기
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- 조회수
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- 평점
- 3.7/5.0 (4)
- 강의계획서
- 강의계획서
자연계열 학생들이 전공에 들어가기 전에 기본적인 물리학에 대한 지식 및 문제풀기 능력을 배양하는 과목이다.
- 수강안내 및 수강신청
- ※ 수강확인증 발급을 위해서는 수강신청이 필요합니다
전기적인 힘, 전기장 1
차시별 강의
| 1. | |
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. | |
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. | |
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. | |
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. | |
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. | |
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. | |
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. | |
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. | |
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. | |
2nd exam preview 1 | Previous exam problems | |
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2nd exam preview 2 | Previous exam problems | |
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| 11. | |
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. | |
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. | |
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. | |
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. | |
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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