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Applied Physics.
3.00
Description

I-Lectures


  1. Introduction. The physical quantities of cinematic and dynamics. Measuring units.
  2. Principles of Newtonian mechanics. Systems of material points. Elements of kinematics and dynamics of the rigid solid.
  3. Harmonic oscillator, damped oscillator, forced oscillator. Resonance phenomena.
  4. Overlapping of oscillations.
  5. Waves. The wave equation of harmonic plane waves. Energy carried by the waves. Intensity, Flux. Doppler’s effect.
  6. Wave interference. Wave velocity, Group velocity.
  7. Elements of acoustics and characteristic physical quantities. Sound intensity. Sound pressure. Sound level.
  8. Sound reflexion and refraction phenomena. Sound attenuation. Reverberation.
  9. Elements of ultrasound physics. Production and applications of ultrasounds.
  10. Elements of electrostatics. Electric field intensity. Electric potential. Potential difference. Electric current.
  11. Gauss law. Local Ohm’s law.
  12. Magnetic field. Biot-Savart’s law. Lorentz’s force. Hall effect.
  13. Ampere’s law and applications.
  14. Electromagnetic induction’s law and applications.

 II-Laboratory Works


  1. Measuring physical quantities and the evaluation of the errors. Graphical representation.
  2. Determining the elastic constant of a string.
  3. Study the stationary transverse stationary waves.
  4. Study of the longitudinal stationary waves.
  5. Determining the electric conductivity of metals.
  6. Study of the thermoelectric effect.
  7. Determining the viscosity coefficient of a liquid.
ECTS credits
4
Teaching Language
English
Exam Language
English
Support Materials Language
English
Basic Learning Outcomes
Course categorized
Managing Entity (faculty)
Faculty of Industrial Engineering, Robotics and Production Management (UTCN)