Kinematics
Physical reality and its modelling (materal point)
Velocity for an arbitrary motion
Acceleration for an arbitrary motion
Types of acceleration
Reconstructing motion equation from the velocity vector
Reconstructing motion equation from the acceleration vector
Galilean transformations

	Dynamics
Newton Laws. Types of forces in point mechanics
The system of interacting particles. Centre of mass. Theorem on the motion of the centre of mass.
Motion of a body with variable mass. Tsiolkovsky equation.
Conservation of linear momentum
Description of the rigid body motion: rectilinear motion, rotational motion.
Projections of angular and force momentums on axis of rotation
The Basic Law of a rigid body rotational dynamics in differential form. Law of conservation of angular momentum.
Moment of inertia of a rigid body. Huygens-Steiner theorem.

	Work and energy
Work. Kinetic energy theorem.
Potential fields (definition, properties, nabla operator). Potential energy.
Kinetic energy theorem. Energy conservation law.
Collision of point particles. Perfectly-inelastic collision.
Perfectly-elastic collision, central, non central.
Kepler laws.

	Relativistic mechanics (spetial theory of relativity - SRT)
Basic principals of SRT. Clock synchronization in SRT
Time intervals in different inerial reference frames. Length of a segment in SRT
Lorentz transformations.