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CHAPTER I. DYNAMICS OF SOLID BOARDS Lesson 1. Rotational motion of a solid around a fixed axis" Lesson 2. Kinetic equations of a rigid body rotating around a fixed axis Lesson 3. Moment of angular momentum. total angular momentum Lesson 4. Kinetic energy of a rigid body rotating about a fixed axis Lesson 5. Exercises on dynamics of solids Chapter I Chapter II MOTOR VIBRATIONS Lesson 6. Harmonic Oscillation Lesson 7. Con Simple pendulum Physical pendulum Lesson 8. Energy in harmonic oscillation Lesson 9. Harmonic vibration exercise Lesson 10. Damping and sustained oscillation Lesson 11. Forced oscillation Resonance Lesson 12. Synthesis of oscillation Lesson 13. Practice: Determine the period of oscillation of a simple pendulum or a spring pendulum and the acceleration of gravity Chapter II Summary Chapter III Mechanical Waves Lesson 14. Mechanical Waves Wave Equation Lesson 15. Reflection of standing waves Lesson 16. Interference of waves Lesson 17. Sound waves Music sources Lesson 18. The Dopple effect Lesson 19. Exercises on wave mechanics Lesson 20. Practice :Determine speed Sound transmission Summary of Chapter III Chapter IV Oscillations and electromagnetic waves Lesson 21. Electromagnetic vibrations Lesson 22. Exercises on electromagnetic vibrations Lesson 23. Electromagnetic fields Lesson 24. Electromagnetic waves Lesson 25. Communication with electromagnetic wave Summary of Chapter IV CHAPTER V. AC CURRENT CURRENT Lesson 26. Alternating Current. AC circuit with only pure resistance Lesson 27. AC circuit with only capacitors and inductors Lesson 28. Circuits with R, L, C in series Lesson 29. Electrical resonance - Power of alternating current . Power factor Lesson 30. AC generator Lesson 31. Three-phase asynchronous motor Lesson 32. Transformer. Power transmission Lesson 33. Exercises on alternating current Lesson 34. Practice: Investigate an AC circuit with R, L, C connected in series Summary of chapter V CHAPTER VI. LIGHT Waves Lesson 35. Dispersion of light Lesson 36. Diffraction of light. Interference of Light Lesson 37. Rib range. Wavelengths and colors of light Lesson 38. Exercises on interference of light Lesson 39. Spectrometer. Spectral Types Lesson 40. Infrared Rays. Ultraviolet Disc Lesson 41. X-rays. Electromagnetic theory of light. Electromagnetic wave scale Lesson 42. Practice: Determining the wavelength of light Chapter VI Chapter VII Summary. LIGHT QUANTITY Lesson 43. External photoelectric effect. The Laws of Photoelectricity Lesson 44. Quantum Theory of Light. The wave-particle duality of light Lesson 45. Exercises on photoelectric effect Lesson 46. Internal photoelectric phenomenon. Photoresistor and photovoltaic cell Lesson 47. Boron atom model and line spectrum of hydrogen atom Lesson 48. Selective absorption and reflection of light. Color of objects Lesson 49. Luminescence. Laser overview Chapter VII Chapter VIII Summary. SUMMARY OF RELATED THEORY Lesson 50. Special Relativity Lesson 51. Einstein's relation between mass and energy Summary of chapter VIII CHAPTER IX. THE AUTOMATIC nuclei Lesson 52. Structure of the atomic nucleus. Mass Deficit Lesson 53. Radioactivity Lesson 54. Nuclear Reactions Lesson 55. Radioactivity and Nuclear Reactions Exercises Lesson 56. Fission Reactions Lesson 57. Fusion Reactions Chapter IX Summary CHAPTER X FROM. Micro to Macro Lesson 58. Elementary Particles Lesson 59. The Sun. Solar System Lesson 60. Stars. Galaxies Lesson 61. Big Bang Theory Chapter X Summary Appendix ANSWERS AND EXERCISE ANSWERS
CHAPTER I. DYNAMICS OF SOLID BOARDS Lesson 1. Rotational motion of a solid around a fixed axis" Lesson 2. Kinetic equations of a rigid body rotating around a fixed axis Lesson 3. Moment of angular momentum. total angular momentum Lesson 4. Kinetic energy of a rigid body rotating about a fixed axis Lesson 5. Exercises on dynamics of solids Chapter I Chapter II MOTOR VIBRATIONS Lesson 6. Harmonic Oscillation Lesson 7. Con Simple pendulum Physical pendulum Lesson 8. Energy in harmonic oscillation Lesson 9. Harmonic vibration exercise Lesson 10. Damping and sustained oscillation Lesson 11. Forced oscillation Resonance Lesson 12. Synthesis of oscillation Lesson 13. Practice: Determine the period of oscillation of a simple pendulum or a spring pendulum and the acceleration of gravity Chapter II Summary Chapter III Mechanical Waves Lesson 14. Mechanical Waves Wave Equation Lesson 15. Reflection of standing waves Lesson 16. Interference of waves Lesson 17. Sound waves Music sources Lesson 18. The Dopple effect Lesson 19. Exercises on wave mechanics Lesson 20. Practice :Determine speed Sound transmission Summary of Chapter III Chapter IV Oscillations and electromagnetic waves Lesson 21. Electromagnetic vibrations Lesson 22. Exercises on electromagnetic vibrations Lesson 23. Electromagnetic fields Lesson 24. Electromagnetic waves Lesson 25. Communication with electromagnetic wave Summary of Chapter IV CHAPTER V. AC CURRENT CURRENT Lesson 26. Alternating Current. AC circuit with only pure resistance Lesson 27. AC circuit with only capacitors and inductors Lesson 28. Circuits with R, L, C in series Lesson 29. Electrical resonance - Power of alternating current . Power factor Lesson 30. AC generator Lesson 31. Three-phase asynchronous motor Lesson 32. Transformer. Power transmission Lesson 33. Exercises on alternating current Lesson 34. Practice: Investigate an AC circuit with R, L, C connected in series Summary of chapter V CHAPTER VI. LIGHT Waves Lesson 35. Dispersion of light Lesson 36. Diffraction of light. Interference of Light Lesson 37. Rib range. Wavelengths and colors of light Lesson 38. Exercises on interference of light Lesson 39. Spectrometer. Spectral Types Lesson 40. Infrared Rays. Ultraviolet Disc Lesson 41. X-rays. Electromagnetic theory of light. Electromagnetic wave scale Lesson 42. Practice: Determining the wavelength of light Chapter VI Chapter VII Summary. LIGHT QUANTITY Lesson 43. External photoelectric effect. The Laws of Photoelectricity Lesson 44. Quantum Theory of Light. The wave-particle duality of light Lesson 45. Exercises on photoelectric effect Lesson 46. Internal photoelectric phenomenon. Photoresistor and photovoltaic cell Lesson 47. Boron atom model and line spectrum of hydrogen atom Lesson 48. Selective absorption and reflection of light. Color of objects Lesson 49. Luminescence. Laser overview Chapter VII Chapter VIII Summary. SUMMARY OF RELATED THEORY Lesson 50. Special Relativity Lesson 51. Einstein's relation between mass and energy Summary of chapter VIII CHAPTER IX. THE AUTOMATIC nuclei Lesson 52. Structure of the atomic nucleus. Mass Deficit Lesson 53. Radioactivity Lesson 54. Nuclear Reactions Lesson 55. Radioactivity and Nuclear Reactions Exercises Lesson 56. Fission Reactions Lesson 57. Fusion Reactions Chapter IX Summary CHAPTER X FROM. Micro to Macro Lesson 58. Elementary Particles Lesson 59. The Sun. Solar System Lesson 60. Stars. Galaxies Lesson 61. Big Bang Theory Chapter X Summary Appendix ANSWERS AND EXERCISE ANSWERS
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