About this course
Can you imagine a world without electricity? Most likely not. Now electricity has penetrated all spheres of our life. It is hard to imagine the streets of cities without electric lighting. Our life is fulfilled with electrical appliances – electric kettles, TVs, washing machines and many other household appliances. All of them work on the basis of electricity. Many houses have electric cooking stoves. If there were no electricity, it would be impossible to operate factories. We could not drive cars because their engines can only be operated with electrical power.
Electricity makes our life convenient and comfortable. Computers and smartphones can operate only because of electricity. We can no longer imagine our life without the Internet and mobile communication – but they would not exist without electricity. Nowadays people care about the environment, and the desire for a cleaner world can be achieved using electricity.
Batteries in our mobile phones, solar power cells, all of them work on the basis of electricity. The desire for an ecologically-friendly transport led to the invention of electric vehicles, the very name of which is associated with electricity.
We can see electricity everywhere. And of course, it is very interesting to understand how electricity works, which principles underlie the operation of electrical appliances. And it is even more interesting to think about how to make the devices work more efficiently and consume less energy. The first step towards that is to learn more about the fundamentals of electricity and magnetism, which is exactly what this course is about.
Who is this course for?
The course is aimed at studying the fundamentals of electricity and magnetism. During the course of the training, students get acquainted with the basic concepts and laws of electromagnetism.
What do I need to know?
To master the course you need the ability to handle mathematical and physical formulas.
What will you have learnt?
After studying the course, students will become familiar with electrostatics, will learn how to apply the law of Coulomb, get acquainted with conductors and dielectrics, master the laws of Ohm and Joule-Lenz, learn how to solve problems of electricity and magnetism.
The course consists of 10 lectures, each of which is devoted to one of the topics that the students usually study in the course of electricity and magnetism at the university. Themes of the lectures are:
Electrostatics. Coulomb’s Law
Capacity and energy
Conductors and dielectrics
Direct current. Ohm’s law and Joule-Lenz law
Currents in liquid and gas
Ampere's Law. Lorentz force
Electromagnetic oscillations and waves
Additional literature for self-study
Herman Stephen L. Delmar’s Standard Textbook of Electricity. Delmar Cengage Learning. 2011, 2016, 2020.
Griffiths David J., Introduction to Electrodynamics. 4th edition. Cambridge University Press. 2017.
Purcell Edward M. and Morin David J. Electricity and Magnetism. Cambridge University Press; 2013.
Sadiku Matthew O., Elements of Electromagnetics (4th ed.). Oxford University Press, 2006.
Pollack, Gerald L. and Stump, Daniel R. Electromagnetism. Addison Wesley, 2002.