Corso Vittorio Emanuele II, 39 - Roma 0669207671

Ingegneria Informatica/Information and communication technologies engineering (with Helwan University) (Academic Year 2010/2011)

Physics II


Credits: 5
Content language:English
Course description
Aim of the course is to gives to the student the fundamentals of Electromagnetism, together with the ability to apply models to related concrete problems.
Prerequisites
Differential and integral calculus for multiple variable functions; vector calculus.
Program
  • Electric field. Electric dipole – electric capacity and electric field energy
  • Continuous currents: Ohm law – electric resistance
  • Static magnetic field: magnetic field in vacuum – magnetic induction – Biot Savart law – Laplace law – Lorentz force – Ampere law – Hall effect
  • Time dependent electric and magnetic fields: electromotive forces and induced currents – induction – energy of magnetic field –Maxwell equations – propagation of electromagnetic waves – Poynting vector
  • Wave geometry and optical instruments – light and electromagnetic waves – interference and diffraction
Book

The textbooks can be bought via the following links:

Physics II, Livio Conti, Uninettuno University Press & McGraw-Hill, ISBN 9781121766709
  • Fundamental of Physics, D. Halliday, J. Walker, R. Resnick, Wiley 2007
  • Physics, M. Alonso, E.J. Finn, H. Anton, Pearson-Prentice Hall, 1992
Professor/Tutor responsible for teaching
Piergiorgio Picozza
Video professors
Prof. Sami Mahmood - Yarmouk University (Irbid City - Jordan)
List of lessons
    •  Lesson n. 1: Electrostatics  Go to this lesson
Sami Mahmood
Sami Mahmood
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Sami Mahmood
    •  Lesson n. 6: Dielectrics  Go to this lesson
Sami Mahmood
Sami Mahmood
Sami Mahmood
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Sami Mahmood
Sami Mahmood
Sami Mahmood
Sami Mahmood
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Sami Mahmood
    •  Lesson n. 16: Inductance  Go to this lesson
Sami Mahmood
Sami Mahmood
Sami Mahmood
Sami Mahmood
Sami Mahmood
Sami Mahmood
Sami Mahmood
Sami Mahmood
Sami Mahmood
Sami Mahmood