Topics of classes (18 hours)
Kinematics of translational and rotational movements | Homework 1. |
The dynamics of the translational motion | Homework 2. |
Energy and work | Homework 3. |
Dynamics of rotational motion | Homework 4. |
Mechanical oscillations | |
Molecular structure of matter. Laws of ideal gases. | |
Molecular-kinetic theory of gases. Physical bases of thermodynamics | |
Electrostatics. Coulomb's law. Interaction of charged bodies. Field tension. Electrical displacement | |
Potential. The energy of the system of electric charges. Work on moving the charge in the field of electric capacity. |
Independent work of student (75 hours)
Topics |
Number of hours |
Inertia forces: centrifugal force and Coriolis force. |
4 |
Gyroscope, gyroscopic effect, precession of the gyroscope. | 4 |
Mathematical and physical pendulums. Beating the fluctuations. Self-oscillation Resonance. Parametric Resonance. Phase wave velocity. Doppler effect. | 6 |
Special theory of relativity, Einstein's postulates. | 4 |
Polytropic process. The second law of thermodynamics and its statistical nature. | 4 |
Internal energy and heat capacity of ideal gases. | 4 |
Electric dipole. A dipole in a homogeneous and heterogeneous field. | 4 |
Ferroelectrics. Piezoelectric effect. | 4 |
Preparing for knowledge controls | 11 |
Preparation for the exam | 30 |