Introduction
1. Kinematics
1.1 Models in mechanics. Reference frames. Trajectory, the path length of the displacement vector
1.2 Velocity
1.3 Acceleration and its components
1.4 Angular velocity and angular acceleration
Problems
2. Dynamics of material point and translational motion of body
2.1. First Newtons law. Mass. Forse
2.2. Newtons Second law
2.3 Third Newtons law
2.4 Friction
2.5 Conservation of momentum. Center of mass
2.6 Equation of motion of variable mass body
Problems
3. Work and energy
3.1 Energy, Work, Power
3.2 Kinetic and potential energy
3.3 The energy conversation law
3.4 The collision of absolutely elastic and nonelastic bodies
Problems
4. Mechanics of solid state
4.1 Moment of inertia
4.2 Kinetic energy of rotation
4.3 Moment of force. The equation of dynamics of rotational motion of solid body
4.4 Momentum and the law of its conservation
4.5 Deformations of solid body
Problems
5. Gravity. Elements of the Field Theory
5.1 Kepler's laws. Law of gravity
5.2 The force of gravity and weight. Weightlessness
5.3 Field of gravity and its strength
5.4 Work in the field of gravity. Potential of gravity field
5.5 Escape velocities
5.6 Non-inertial frame of reference. Forces of inertia
Problems
6. Elements of fluid mechanics
6.1 Pressure in gas and liquids
6.2 The continuity equation
6.3 Bernoulli equation and its consequences
6.4 Viscosity (internal friction). Laminar and turbulent flow of liquids
6.5 Methods of viscosity determining
Problems
7. Elements of special relativity theory
7.1 Galileo transformations. Mechanical principle of relativity
7.2. Postulates of special relativity theory
7.3 Lorentz transformations
7.4 Consequences from the Lorentz transformations
7.5 Interval between events
7.6 Main law of relativistic dynamics of a material point
7.7 The law of relationship of the mass and energy
Problems
8. Oscillations and waves
8.1 Harmonic oscillations and their characteristics
8.2. Mechanical harmonic oscillations
8.3. Harmonic oscillator
8.4 The composition of harmonic oscillations of one direction and one frequency. Beats
8.5 The composition of mutually perpendicular oscillations
8.6 Differential equation of free damping oscillations
8.7 Differential equation of forced oscillations
Problems