일반 역학 I
- 고려대학교
- 이정일
페이스북
트위터
카카오톡
네이버밴드
링크복사
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- 주제분류
- 자연과학 >수학ㆍ물리ㆍ천문ㆍ지리 >물리학
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- 강의학기
- 2011년 2학기
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- 조회수
- 28,800
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Specific topics this course covers are as follows:
1. Newton’s Laws of motion.
2. Conservative Force and Potential Energy
3. Oscillations
4. Electrostatics and Gravitation
5. Euler-Lagrange equation, an Alternative way.
6. Calculus of Variation
7. Generalized coordinates
8. Hmiltonian Mechanics
1. Newton’s Laws of motion.
2. Conservative Force and Potential Energy
3. Oscillations
4. Electrostatics and Gravitation
5. Euler-Lagrange equation, an Alternative way.
6. Calculus of Variation
7. Generalized coordinates
8. Hmiltonian Mechanics
- 수강안내 및 수강신청
- ※ 수강확인증 발급을 위해서는 수강신청이 필요합니다
Newtons Law of Motion 1
차시별 강의
| 1. | |
Newtons Law of Motion 1 | Introduction to Physics, Newtons Law of Motion |  |
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Newtons Law of Motion 2 | Frame of Reference, Rotational version of Newtons Laws | |
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Newton's Law of Motion (강의자료) | Newton's Law of Motion |  |
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| 2. | |
Conservative force and potential energy 1 | Work, kinetic energy, potential energy, conservative force, total mechanical energy | |
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Conservative force and potential energy (강의자료) | Work, kinetic energy, potential energy, conservative force, total mechanical energy | |
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| 3. | |
Oscillations - simple harmonic oscillator 1 | Simple harmonic oscillator | |
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Oscillations - simple harmonic oscillator 2 | Review on simple harmonic oscillator | |
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Oscillations - simple harmonic oscillator (강의자료) | Simple harmonic oscillator | |
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| 4. | |
Oscillations - Phase diagram 1 | Phase diagram | |
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Oscillations - Phase diagram 2 | Solution of Problems 3.6 | |
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| 5. | |
Driven oscillation | Driven oscillation | |
| 6. | |
Theta function and delta function(distribution) forces 1 | Theta function and delta function(distribution) forces | |
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Theta function and delta function(distribution) forces 2 | Solution of 3.5.3 Exercise 1 | |
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Theta function and delta function(distribution) forces (강의자료) | Replacement of theta function by delta function | |
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| 7. | |
Basic properties of electric charge 1 | Basic properties of electric charge | |
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Basic properties of electric charge (강의자료) | Basic properties of electric charge | |
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| 8. | |
Coulombs law and Newtons law of gravity | Coulombs law and Newtons law of gravity | |
| 9. | |
Electric and gravitational Field - scalar field and vector field | Electric and gravitational Field - scalar field and vector field | |
| 10. | |
Gauss law and inverse square law 1 | Gauss law and inverse square law - 1 | |
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Gauss law and inverse square law 2 | Gauss law and inverse square law - 2 | |
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Gauss law and inverse square law 3 | Gauss law and inverse square law - 3 | |
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| 11. | |
Electric and gravitational potential 1 | Electric and gravitational potential 1 - calculation of potential | |
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Electric and gravitational potential 2 | Electric and gravitational potential 2 | |
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Electric and gravitational potential 3 | Electric and gravitational potential 3 - comparison of electric and gravitational forces | |
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| 12. | |
Potential due to an electric dipole 1 | Potential due to an electric dipole - dipole contribution | |
| 12. | |
Potential due to an electric dipole 2 | Potential due to an electric dipole | |
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Potential due to an electric dipole 3 | Shell theorem | |
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| 13. | |
Euler-Lagrange equation - an alternative way 1 | Definition of Lagrangian | |
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Euler-Lagrange equation - an alternative way 2 | Proof of equation of motion by Euler-Lagrange equation | |
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Euler-Lagrange equation - an alternative way (강의자료) | Euler-Lagrange equation - an alternative way | |
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| 14. | |
Toward calculation of variation 1 | Toward calculation of variation - 1 | |
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Toward calculation of variation 2 | Toward calculation of variation - 2 | |
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Toward calculation of variation 3 | Toward calculation of variation - 3 | |
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| 15. | |
Extension to three dimesions 1 | Extension to three dimesions | |
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Extension to three dimesions 2 | Second form of Euler-Lagrange equation | |
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| 16. | |
Calculus of variation 1 | Calculus of variation | |
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Calculus of variation 2 | Example of variation calculation | |
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Calculus of variation (강의자료) | Calculus of variation | |
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| 17. | |
Fermats principle and Snells law | Fermats principle and Snells law | |
| 18. | |
Constraints and Lagranges undetermined multiplier 1 | Constraints and Lagranges undetermined multiplier | |
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Constraints and Lagranges undetermined multiplier 2 | Case I. Substitute in advance and Case II. Lagranges Undetermined multiplier | |
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Constraints and Lagranges undetermined multiplier 3 | Case III. two variables | |
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Constraints and Lagranges undetermined multiplier 4 | Case IV. five variables | |
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| 19. | |
Generalized Coordinates 1 | Inertial cartesian coordinate system | |
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Generalized Coordinates 2 | Time-independent rotation | |
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Generalized Coordinates 3 | Fixed curvilinear coordinate system -1 | |
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Generalized Coordinates 4 | Fixed curvilinear coordinate system -2 | |
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Generalized Coordinates 5 | Generalized coordinates for a two-body system | |
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Generalized Coordinates 6 | Time-dependent potential | |
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Generalized Coordinates (강의자료) | Generalized Coordinates | |
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| 20. | |
Hamiltonian Mechanics 1 | Legendre transformation | |
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Hamiltonian Mechanics 2 | EOM(Equation of Motion) in terms of Hamiltonian | |
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Hamiltonian Mechanics 3 | Canonical EOM(Equation of Motion) | |
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Hamiltonian Mechanics 4 | Modified Hamiltons principle | |
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Hamiltonian Mechanics 5 | Constants of motion | |
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Hamiltonian Mechanics (강의자료) | Hamiltonian Mechanics | |
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| 21. | |
Vector Calculus of Physics Analysis 1 | Basic concepts - definitions | |
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Vector Calculus of Physics Analysis 2 (강의자료) | Basic concepts - definitions | |
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Vector Calculus of Physics Analysis 3 | Vector differentiation - ordinary derivative, partial derivative, gradient, divergence and curl operators | |
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Vector Calculus of Physics Analysis 4 (강의자료) | Vector differentiation - ordinary derivative, partial derivative, gradient, divergence and curl operators | |
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Vector Calculus of Physics Analysis 5 | Exercise solution | |
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Vector Calculus of Physics Analysis 6 | Vector integration - basic integrals, divergence theorem, stokes theoremv | |
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Vector Calculus of Physics Analysis 7 (강의자료) | Vector integration - basic integrals, divergence theorem, stokes' theoremv | |
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Vector Calculus of Physics Analysis 8 | Proof of divergence theorem | |
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Vector Calculus of Physics Analysis 9 | Proof of stokes theorem | |
연관 자료
