1. CLASSICAL MECHANICS: mechanics of the particles – curvilinear motion kinematics and dynamics
2. CLASSICAL MECHANICS: equations of motion described by partial differential equations
3. CLASSICAL MECHANICS:
mechanics of the rigid objects (location of center of gravity, moment of inertia)
4. CLASSICAL MECHANICS: Simple harmonic motion (mechanical oscillator, simple physical and mathematical pendulum, damped and forced oscillations, resonance)
5. CLASSICAL MECHANICS: Mechanical waves, Doppler effect
6. RELATIVISTIC MECHANICS: Einstein´s principle of Relativity, Lorentz transformation equations, Kinematic and dynamic fundamentals in relativity
7. THERMODYNAMICS:
Thermodynamics laws, Phase transitions, Thermal transmittance
8. QUANTUM MECHANICS:
Heat transfer, thermal radiation of substances, partical behavior of electromagnetic waves
9. QUANTUM MECHANICS: Photoelectric effect, X-ray radiation, Compton scattering
10. QUANTUM MECHANICS:
Wave properties of microparticles, Bohr´s postulates, Bohr atom model of hydrogen atom, quantum numbers, Models of Solids and Semiconductors
11. ATOMIC AND NUCLEAR PHYSICS: Composition and binding energy of atomic nuclei
12. ATOMIC AND NUCLEAR PHYSICS:
Radioactive decay of nuclei Laws of conservation in nuclear reactions
2. CLASSICAL MECHANICS: equations of motion described by partial differential equations
3. CLASSICAL MECHANICS:
mechanics of the rigid objects (location of center of gravity, moment of inertia)
4. CLASSICAL MECHANICS: Simple harmonic motion (mechanical oscillator, simple physical and mathematical pendulum, damped and forced oscillations, resonance)
5. CLASSICAL MECHANICS: Mechanical waves, Doppler effect
6. RELATIVISTIC MECHANICS: Einstein´s principle of Relativity, Lorentz transformation equations, Kinematic and dynamic fundamentals in relativity
7. THERMODYNAMICS:
Thermodynamics laws, Phase transitions, Thermal transmittance
8. QUANTUM MECHANICS:
Heat transfer, thermal radiation of substances, partical behavior of electromagnetic waves
9. QUANTUM MECHANICS: Photoelectric effect, X-ray radiation, Compton scattering
10. QUANTUM MECHANICS:
Wave properties of microparticles, Bohr´s postulates, Bohr atom model of hydrogen atom, quantum numbers, Models of Solids and Semiconductors
11. ATOMIC AND NUCLEAR PHYSICS: Composition and binding energy of atomic nuclei
12. ATOMIC AND NUCLEAR PHYSICS:
Radioactive decay of nuclei Laws of conservation in nuclear reactions