The application of electricity plays an important role both in technology and in medicine.
At the beginning, the key properties of electrostatics will be summarized, including references to physical effects encountered in everyday life.
This will then lead into the discussion of moving charges in the form of electric current.
This section includes not only technical components and their physical description but also the generation of electric voltage, using the example of galvanic cells.
Magnetic fields, as the result of flowing currents and their interaction with charged particles, will be examined in detail in the following section.
The previously derived relationships will then be applied in the description of electrical circuits and their components such as inductors and capacitors.
After discussing alternating current and its generation, the resulting electromagnetic waves and their spectrum will be studied in greater detail.