1. Kinematics of the mass point. Position, velocity and acceleration, linear and curvilinear motion, superposition principle, circular motion.
2. Dynamics of the mass point. Newton's laws, equation of motion, inertial and noninertial systems, work and impulse of force, energy and momentum, moment of force and angular momentum.
3. Gravitational field. Newton's law of gravity, intensity and potential, planetary and satellite movements.
4. A set of mass points and a rigid body. Center of gravity, momentum theorem, angular momentum theorem, equilibrium and motion, kinetic energy, moment of inertia, friction, pendulums, gyroscope.
5. Impact of bodies. Impact forces, perfectly elastic impact and inelastic impact, direct and oblique impact, rotating impact, ball, wall reflection, billiards, Newton's cradle.
6. Deterministic chaos in mechanical systems. Conditions for chaotic behaviour, attractor, strange attractor, double pendulum.
7. Fundamentals of analytical mechanics. Generalized coordinates and forces, Lagrange equations of the 2nd type, mathematical pendulum, particles in a central force field, two-body and three-body problems.
8. Oscillations. Oscillatory motion, oscillator, harmonic oscillations, superposition and decomposition of oscillations, free, damped and forced oscillations, coupled oscillators.
9. Waves. Travelling wave, phase velocity, wave reflection, refraction, diffraction, superposition and interference, standing wave, resonance vibrations in a string and in a tube, wave equation.
10. Physical Acoustics. Acoustic displacement and pressure, sound propagation velocity, acoustic impedance, specific power and intensity, sound pressure and intensity levels, sound field, Doppler effect.
11. Music Acoustics. Tone and noise, musical interval, consonance and dissonance, musical scale, natural and equal temperament tuning, tone colour, musical instruments, noise.
12. Physiological Acoustics. Sound perception, spectral composition, sum and difference tones, volume, sound masking, sound measurement, noise.
13. Ultrasound and infrasound. Properties, sources and detectors, propagation, effects, utilization, ultrasound diagnostics and defectoscopy.

Laboratory exercises  lasting 2 hours take place once every 2 weeks.

1. Movement of the body on an inclined plane, impact forces.
2. Moment of inertia, gyroscope.
3. Study of oscillatory motion.
4. Composition and decomposition of periodic signals, sum and difference tones, sound masking.
5. Resonance vibrations of string.
6. Sound/noise measurement, Doppler Phenomenon, ultrasound diagnostics.

Computer exercises lasting 2 hours take place once every 2 weeks.

1. Mass point mechanics - projectile motion, inclined plane, the equation of motion, software tools for its solution, choice of initial conditions, display and interpretation of the solution.
2. Gravitational Field - solving body motion in a central-force field.
3. Rigid body - equations of motion for translational and rotational motion, gyroscope, the impact of bodies.
4. Pendulums - linear and nonlinear description, chaotic behaviour of the double pendulum.
5. Oscillations - free, dumped and forced oscillations, coupled oscillators, Lissajous figures.
6. Acoustics - superposition and interference of waves, the creation of sum and difference tones.