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General DynamicsI

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    • Category : Natural Sciences > Physics
    • Keyword : Classical Mechanics,Newtons Law of Motion,Gauss Law and Inverse Square Law ,Electric and Gravitational Potential ,Hamiltonian Mechanics
    • Taught by : Jungil Lee
    • Created By : Korea University
    • Offered By : KOCW
    • Date Added : 2016.12.26

    This course covers general dynamicsclassical mechanics in other wordNewton’s Laws of motion Conservative Force and Potential EnergyOscillationsElectrostatics and GravitationEuler-Lagrange equationan Alternative wayCalculus of VariationGeneralized coordinates and Hmiltonian Mechanics

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Number of lessons: 65 facebook twitter line whatsapp kakaotalk

차시별 강의
No Contents Type & Play Subject Description URL
1. Type video Subject Description
  • This lecture is an Introduction to Physics, Newtons Law of Motion
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2. Type video Subject Description
  • This lecture covers Frame of Reference, Rotational version of Newtons Laws
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3. Type docunent Subject Description
  • This content is the summarized version of the lecture of Newton's Law of Motion
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4. Type video Subject Description
  • This lecture covers Work, kinetic energy, potential energy, conservative force, total mechanical energy
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5. Type docunent Subject Description
  • This content is the summarized version of the lecture of Work, kinetic energy, potential energy, conservative force, total mechanical energy
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6. Type video Subject Description
  • This lecture covers Simple harmonic oscillator
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7. Type video Subject Description
  • This lecture Reviews on simple harmonic oscillator
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8. Type docunent Subject Description
  • This content is the summary the features of Oscillations
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9. Type video Subject Description
  • This lecture covers Phase diagram
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10. Type video Subject Description
  • This lecture covers Solution of Problems 3.6
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11. Type video Subject Description
  • This lecture covers Driven oscillation
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12. Type video Subject Description
  • This lecture covers Theta function and delta function(distribution) forces
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13. Type video Subject Description
  • This lecture covers Solution of 3.5.3 Exercise 1
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14. Type video Subject Description
  • This lecture covers Replacement of theta function by delta function
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15. Type video Subject Description
  • This lecture covers Basic properties of electric charge
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16. Type docunent Subject Description
  • This content is the summary of Basic properties of electric charge
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17. Type video Subject Description
  • This lecture covers Coulombs law and Newtons law of gravity
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18. Type video Subject Description
  • This lecture covers Electric and gravitational Field - scalar field and vector field
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19. Type video Subject Description
  • This lecture covers Gauss law and inverse square law - 1
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20. Type video Subject Description
  • This lecture covers Gauss law and inverse square law - 2
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21. Type video Subject Description
  • This lecture covers Gauss law and inverse square law - 3
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22. Type video Subject Description
  • This lecture covers Electric and gravitational potential 1 - calculation of potential
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23. Type video Subject Description
  • This lecture covers Electric and gravitational potential 2 - calculation of potential
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24. Type video Subject Description
  • This lecture covers Electric and gravitational potential 3 - comparison of electric and gravitational forces
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25. Type video Subject Description
  • This lecture covers Potential due to an electric dipole - dipole contribution
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26. Type video Subject Description
  • This lecture coversPotential due to an electric dipole
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27. Type video Subject Description
  • This lecture covers Shell theorem
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28. Type video Subject Description
  • This lecture covers Definition of Lagrangian
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29. Type video Subject Description
  • This lecture covers Proof of equation of motion by Euler-Lagrange equation
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30. Type docunent Subject Description
  • This is a lecture note of Euler-Lagrange equation - an alternative way
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31. Type video Subject Description
  • This lecture covers Toward calculation of variation - 1
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32. Type video Subject Description
  • This lecture covers Toward calculation of variation - 2
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33. Type video Subject Description
  • This lecture covers Toward calculation of variation - 3
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34. Type video Subject Description
  • This lecture covers Extension to three dimesions
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35. Type video Subject Description
  • This lecture covers Second form of Euler-Lagrange equation
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36. Type video Subject Description
  • This lecture covers Calculus of variation
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37. Type video Subject Description
  • This lecture covers Example of variation calculation
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38. Type docunent Subject Description
  • This is a lecture note of Calculus of variation, Fermats principle and Snells law, and Constraints and Lagranges undetermined multiplier
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39. Type video Subject Description
  • This lecture covers Fermats principle and Snells law
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40. Type video Subject Description
  • This lecture covers Constraints and Lagranges undetermined multiplier
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41. Type video Subject Description
  • This lecture covers Case I. Substitute in advance and Case II. Lagranges Undetermined multiplier
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42. Type video Subject Description
  • This lecture covers Case III. two variables
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43. Type video Subject Description
  • This lecture covers Case IV. five variables
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44. Type video Subject Description
  • This lecture covers Inertial cartesian coordinate system
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45. Type video Subject Description
  • This lecture covers Time-independent rotation
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46. Type video Subject Description
  • This lecture covers Fixed curvilinear coordinate system -1
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47. Type video Subject Description
  • This lecture covers Fixed curvilinear coordinate system -2
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48. Type video Subject Description
  • This lecture covers Generalized coordinates for a two-body system
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49. Type video Subject Description
  • This lecture covers Time-dependent potential
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50. Type docunent Subject Description
  • This is a lecture note of Generalized Coordinates
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51. Type video Subject Description
  • This lecture covers Legendre transformation
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52. Type video Subject Description
  • This lecture covers EOM(Equation of Motion) in terms of Hamiltonian
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53. Type video Subject Description
  • This lecture covers Canonical EOM(Equation of Motion)
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54. Type video Subject Description
  • This lecture covers Modified Hamiltons principle
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55. Type video Subject Description
  • This lecture covers Constants of motion
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56. Type docunent Subject Description
  • This is a lecture note of Hamiltonian Mechanics
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57. Type video Subject Description
  • This lecture covers Basic concepts - definitions
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58. Type docunent Subject Description
  • This is a lecture note of Basic concepts - definitions
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59. Type video Subject Description
  • This lecture covers Vector differentiation - ordinary derivative, partial derivative, gradient, divergence and curl operators
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60. Type docunent Subject Description
  • This is a lecture note of Vector differentiation - ordinary derivative, partial derivative, gradient, divergence and curl operators
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61. Type video Subject Description
  • This lecture covers Exercise solution
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62. Type video Subject Description
  • This lecture covers Vector integration - basic integrals, divergence theorem, stokes theoremv
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63. Type docunent Subject Description
  • This is a lecture note of Vector integration - basic integrals, divergence theorem, stokes theoremv
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64. Type video Subject Description
  • This lecture covers Proof of divergence theorem
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65. Type video Subject Description
  • This lecture covers Proof of stokes theorem
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