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GS Physics Semester 1

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  1. CHAPTER 1: ENERGY

    Introduction, forms of energy (kinetic+gravitation)
  2. Relation between work and energy
  3. Non conservation and conservation of mechanical energy+Exercise 1 part 1
  4. Examples about work and energy+Exercise 1 part 2
  5. Exercise 2
  6. Exercise 3
  7. Exercises 4 and 5
  8. Exercise 6
  9. Chapter 1 summary (downloadable pdf)
  10. Chapter 1 extra problems (downloadable pdf)
  11. MCQ Chapter 1
    1 Quiz
  12. CHAPTER 2: LINEAR MOMENTUM
    Kinematics and linear momentum
  13. Center of mass/gravity of a system
  14. Newton’s second law
  15. Conservation of linear momentum 1
  16. Conservation of linear momentum 2
  17. Exercise 1 part 1
  18. Exercise 1 part 2
  19. Exercise 2 part 1
  20. Exercise 2 part 2
  21. Exercise 2 part 3 and Exercise 3 part 1
  22. Exercise 3 part 2 and Exercise 4 part 1
  23. Exercise 4 part 2
  24. Chapter 2 summary (downloadable pdf)
  25. Chapter 2 extra problems (downloadable pdf)
  26. MCQ Chapter 2
    1 Quiz
  27. CHAPTER 3: MECHNICAL OSCILLATIONS
    Periodic motion
  28. Types of mechanical oscillation
  29. Time graphs for Horizontal elastic pendulum(HEP)
  30. Time equations for HEP
  31. Derivation of the differential equation of HEP using Newton's second law
  32. Differential equation for damped mechanical oscillation
  33. Vertical elastic pendulum
  34. Analogy between translational and rotational motion (revision from grade 11)
  35. Relations between translational and rotational kinematics
  36. Simple pendulum (differential equation , time equation and characteristics)
  37. Exercise (collision induced mechanical oscillator) part 1
  38. Exersice (collision induced mechanical oscillator) part 2
  39. Exersice (collision induced mechanical oscillator) part 3
  40. Exercise (Horizontal elastic pendulum)
  41. Exercise (Energetic study of a harmonic oscillator) part 1
  42. Exercise (Energetic study of a harmonic oscillator) part 2+Exercise (Damped mechnical oscillator) part 1
  43. Exercise (Damped mechanical oscillator) part 2
  44. Exercise (Horizontal elastic pendulum with two identical springs)
  45. Exercise (Vertical elastic pendulum)
  46. Exercise (Compound pendulum) part 1
  47. Exercise (Compound pendulum) part 2
  48. Exercise (Clock pendulum)
  49. Exercise (Determination of the Moment of inertia of a disc)
  50. Exercise (Torsion pendulum)
GS Physics Semester 1 Kinematics and linear momentum
Lesson 12 of 50
In Progress

Kinematics and linear momentum

Instructor Majed Sharrouf January 17, 2021
  • Kinematics in one dimensional motion
  • Definition of linear momentum

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