Understanding and mastering the basic concepts of the general laws of mechanics, thermodynamics, fields and waves and electromagnetism and their application to solve engineering problems.
Learning outcomes of the subject
1. To enumerate the basic principles of electromagnetic fields.
2. To solve characteristic problems related to discrete and continuous distributions of electric charge.
electric charge distributions.
3. Apply the concept of electrostatic energy and calculate it in simple problems.
4. Identify the concepts of electric current, Ohm's law and electromotive force. To be able to
solve simple problems of direct current circuits.
6. To distinguish the differences between magnetism in vacuum and in the presence of matter.
5. Solve characteristic problems related to charges and currents in an external magnetic field, as well as calculate magnetic fields of simple configurations.
5. Solve characteristic problems related to charges and currents in an external magnetic field, as well as calculate magnetic fields of simple configurations.
6. List the basic principles of electromagnetic induction.
7. Solve problems related to simple alternating current circuits.
8. Distinguish the differences between electromagnetic waves and mechanical waves.
9. Identify the fundamental principles that govern the phenomenon of light and its propagation in free space.
free space
