Fluids mechanics and vector analysis., general properties of fluids. State values and gas law. Surface tension. Pressure in a static fluid, Archimedes's Principle and Pascal law, hydrostatic pressure, barometric formula, capillarity. Kinetics of fluids, streamlines, laminar, turbulent flow. Steady incompressible flow. Volume flow rate, mass flow rate. Divergence, Gauss' law, continuity equation. Stokes law, circulation, tortuous flow. Dynamics of ideal fluids, Bernoulli's equation, dynamic force, reactive engine, Euler equation. Dynamics of real fluids, fluid friction, viscosity. Flow resistance. Reynolds number, Mach number. Electricity and magnetism. Electromagnetic interaction, electric charge, passive and active task of electric charge. The static electric field. Coulomb's law, intensity of electric field, Gauss' law, work in electric field, electrostatic potential, electric dipole, conductors in electric field, capacity, capacitors, dielectrics in electric field, electric field energy, energy in capacitors. Electric effects in dielectrics, polarization. Steady electric current, Ohm's law, conductor resistance, closed circuit, Kirchhoff's laws, thermoelectric effects, electric current in metals, semiconductors and liquids, electrolytic current, Faraday's law, electric current in gases and vacuum. Magnetic field in vacuum, Lorentz force, magnetic induction, magnetic induction lines, , Ampere's force, loop in a magnetic field. BiotSavart law, forces in magnetic field, magnetic field in matters, magnetization, magnetic field in diamagnetic, paramagnetic and ferromagnetic substances, permanent magnets, magnetic field of the Earth, electromagnet. Unstationary electromagnetic field, electromagnetic induction, magnetic flux, eddy currents, magnetic field energy, alternating currents, power, electromagnetic field energy transformer, timechange of electric field, RLC oscillating circuit, Maxwell's current, Maxwell's equations


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