1. The assembling and decomposition of forces, the 2D force system with common point of application, the force substitution and equilibrium.
2. The force momentum, the force couple, the general 2D force system, the force substitution and equilibrium.
3. The centre of gravity of the areas, bodies and lines, the Guldin-Pappus theorem.
4. The equilibrium of bodies.
5. The static solution of the system of bodies.
6. The straight beams, the internal forces investigation.
7. The passive resistance against motion in technical practice.
8. Kinematics and dynamics of particle.
9. The basic laws of the dynamics of particle.
10. The kinematics and dynamics of translation.
11. The kinematics and dynamics of rotation.
12. The kinematics of the mechanisms with constant drive ratio.
13. The dynamics of the mechanisms with constant drive ratio.
14. The basics of technical vibration.
2. The force momentum, the force couple, the general 2D force system, the force substitution and equilibrium.
3. The centre of gravity of the areas, bodies and lines, the Guldin-Pappus theorem.
4. The equilibrium of bodies.
5. The static solution of the system of bodies.
6. The straight beams, the internal forces investigation.
7. The passive resistance against motion in technical practice.
8. Kinematics and dynamics of particle.
9. The basic laws of the dynamics of particle.
10. The kinematics and dynamics of translation.
11. The kinematics and dynamics of rotation.
12. The kinematics of the mechanisms with constant drive ratio.
13. The dynamics of the mechanisms with constant drive ratio.
14. The basics of technical vibration.