Corso di laurea in Tecniche Audioprotesiche

24 hours of lectures organized as follows: online exercises + group exercises in the presence. The compulsory attendance of at least 70% of the hours is foreseen.

"In compliance with the instructions of the University, students are informed that the methods of carrying out the teaching activity may vary according to the limitations imposed by the current health crisis. In any case, the distance modality is guaranteed for the whole academic year ".

Written exam with closed questions (multiple) and open answers +  exercises.

The grade is expressed out of thirty and the exam is considered passed if the score is greater than or equal to 18 (2 additional points are provided to obtain honors). This score, by means of a weighted average together with the marks of the other modules, will contribute to determining the overall mark of the Teaching. Unanimous praise can be granted in the teaching grade, if the final grade is 30.

Applied physics 1. Review of mathematical methods. Physics quantities and units. Mechanics. Description of body motion - 1D and 2D kinematics - Circular motion - Harmonic motion. Newton's laws - Examples of forces - Elastic forces and vibrations. Torque - Equlibrium of rigid bodies. Work - Kinetic and potential energy - Conservative forces and conservation laws. Power - Mechanical efficiency. Effect of non conservative forces. Damped and forced oscillations - Resonance and acoustic resonators. Waves. Travelling waves - Energy and intensity. Interference phenomena - Standing waves. Acoustics. Acoustic waves - Doppler effect - Refraciton, reflection and diffraction of waves. The characteristics of sounds - Acoustic impedance - The ear. Sound intensity and pressure level - Effect of multiple sources . Hearing threshold - Isophonic curves. Electricity. Electric charge - Coulomb's law - Electric field and potential - Capacitance and capacitors. Currents - Resistivity - Ohm's laws - Electric power - Alternate currents. Magnetism. Magnetic field induced by wires and solenoids - Lorentz's law. Electromagnetic induction and Faraday's law - Inductance - Electromagnetic waves. Fluid Mechanics. Pressure and density. Hydrostatics: Pascal's, Stevino's and Archimede's principles . Thermology and gases. Temperature. Ideal gas law - Real gases – Humidity. Heat - Specific heat - Phase transitions - Heat transmission mechanisms.