What you'll learn
How Magnetic Field is created
Find Magnetic Field created in every point in space
Effects of Magnetic Field on curents and charges
How to use Biot-Savart Law and Lorentz Force on examples
How currents interact
Bonus Content: How do Magnets work
Multiplication of vectors
Requirements
Basic calculus knowledge: derivatives and integrals
Elementary knowledge of Mechanics
Basics of electrostatics
Description
How many misconceptions did you have or maybe still have about magnetism? Probably, you at least once in your life thought that only magnets can have magnetic fields. What's worse, you might even misunderstand the way magnetism works in real life. Even if you didn't face such issues, your curious mind wondered why magnets act the way they do. It's time to put the end point to all those misconceptions and questions by letting you possess relevant and scientific data about magnetism with the help of this course.Throughout this course, you will need to deal mainly with general information which works in every case. For example, using Biot-Savart Law, you can find Magnetic Field created by any current of any shape. Of course there are other formulas for general cases, about which you will learn in this course.Obviously, if we use general and universal laws, their formulas will get complicated and require a high level of mathematics skills such as calculus, vectors and some algebra. We included the topic of vector multiplication, to help you understand the formulas better.In addition, one of the advantages of our course, compared to other ones, is that we kept the information as precise and comprehensive as possible, as well as understandable and accessible in the hope that you can obtain difficult knowledge in an easy way.Another thing we did to make sure you understand these topics is additional video sessions, where we showed you how to use the knowledge you learnt. We have such videos for topics of Biot-Savart Law and Lorentz Force. In these videos we show you specific example(s) where these laws or formulas can be applied. These lessons have to some extend hard math, but it will help you master the topic, so that you can use these in every case on your own (very useful for those who want to prepare for olympiads, even for International olympiads)
Overview
Section 1: Introduction
Lecture 1 Introduction
Lecture 2 Vector multiplication
Section 2: Magnetic field in vacuum
Lecture 3 Interaction of currents
Lecture 4 Magnetic field
Lecture 5 Magnetic moment
Lecture 6 Bio-Savart Law (Theoretical part)
Lecture 7 Bio-Savart Law (Practical part 1)
Lecture 8 Bio-Savart Law (Practical part 2)
Section 3: The action of magnetic field on charged particles and current
Lecture 9 Lorentz force
Lecture 10 Ampere's force
Lecture 11 Closed circuits in magnetic field
Section 4: Additional content
Lecture 12 How do magnets work
Physics student who want to understand the magnetism deeper and better,High-school student who want to participate in (international) physics olympiads,People who have curious mind and ready to obtain a new view about the world of magnets


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