You get a bonus - 1 coin for daily activity. Now you have 1 coin

Physical foundations of mechanics

All lectures: All lectures at the Academy of Intelligence on the discipline: physical foundations of mechanics. These fascinating lectures provide us with the opportunity to explore the deep principles and phenomena underlying our knowledge and our desire to understand the world.
1. 1. Subject mechanics. Kinematics. Introduction
2. 1.1. The radius vector of the material point
3. 1.2.Kinematic equations of motion of a material point
4. 1.3. Material point trajectory
5. 1.4.Vector movement
6. 1.5. Material point velocity
7. 1.6. Acceleration
8. 1.7. Curved motion. Tangential and normal acceleration
9. 1.8. Guidelines for solving problems in kinematics
10. 2. Kinematics of rotational motion. Introduction
11. 2.1. Angle of rotation of a solid body
12. 2.3. Period and frequency of treatment
13. 2.4. Angular acceleration
14. 2.2. Angular velocity
15. 2.5. The relationship of angular and linear quantities
16. 3.1. Newton's first law
17. 3.2. Concept of power
18. 3.3. Weight. Newton's Second Law
19. 3.4. The principle of independence of action of forces
20. 3.5.Third Newton's Law
21. 3.6 Transformation of Galilean coordinates and the mechanical principle of relativity
22. 3.7.The basic equation of the dynamics of the translational motion of a material point. Material point impulse
23. 3.8. Center of Inertia System
24. 3.9. Universal form of the second law of Newton, expressed through the impulse of the system
25. 3.10. The basic equation of the dynamics of the translational motion of a rigid body
26. 3.11.Isolated (closed) system. Momentum conservation law
27. 3.12. Guidelines for solving problems in dynamics
28. 4.1. Basic concepts about the energy of a mechanical system
29. 4.2. Mechanical work
30. 4.3. Conservative forces. Condition of potentiality of the force field
31. 4.4. Power
32. 4.5 Kinetic energy
33. 4.6.Potential energy
34. 4.7. The law of conservation and transformation of energy
35. 4.8. Relationship between potential energy and power
36. 5. Dynamics of rotational motion of a rigid body. Introduction
37. 5.1. Features of rotational motion
38. 5.2. Torque (or moment of force)
39. 5.3. The moment of inertia of the material point relative to a fixed axis of rotation
40. 5.4. Moment of inertia of a solid
41. 5.5. Newton's second law for rotational motion and its analysis
42. 5.6. Moment of impulse of the material point and solid
43. 5.7. The basic equation of the dynamics of rotational motion
44. 5.8. The law of conservation of moment of momentum
45. 5.9. Gyroscope. Gyroscopic effect
46. 5.10. Kinetic energy of a rotating body
47. 5.11. The work of external forces during the rotation of a solid body
48. 6. Special theory of relativity. Introduction
49. 6.1. Lorentz transformations
50. 6.2. Simultaneity of events in different reference systems
51. 6.3. The length of bodies in different systems
52. 6.4. Duration of events in different reference systems
53. 6.5. Relativistic law of velocity addition
54. 6.6. Relativistic impulse
Complain