Magnetism is an integral part of the technology in our lives, from mobile phones to MRI scans. In this series, we will get introduced to magnetism, what it is, what magnetic fields are, how they are produced and their effects. We will use calculus extensively, so it is highly recommended that you be familiar with it. Knowledge about current, charges and electric is also required. The textbook used is [https://openstax.org/details/books/university-physics-volume-2/](https://openstax.org/details/books/university-physics-volume-2/)

Magnetism is an important phenomenon ion physics. It affects every aspect of our lives and is instrumental to modern society. This series will introduce the phenomenon of magnetism. We will go over what a magnetic field is, how it affects us and how they are produced before finally ending at Faraday's law. In order to truly understand this series, I recommend everyone to have a good grasp of basic calculus and electrostatics. I will post online notes to supplement the series. I may add more sessions than the ones listed.

We will rush through the entire igcse biology course in 4 sessions of 2 hours each. We will also do past paper questions. All learners are expected to have studied the topics.

Rotational motion is one of the most important aspects of mechanics (which is the most basic topic in physics ). In this course , we will cover all the topics from angular position to rolling motion, while building our strength through problems. Almost half of this course is dedicated to problem solving. Prior knowledge: 1. Introductory physics : knowledge of kinematics , dynamics (forces) , energy and momentum . (I will do a small review) 2. Basic calculus : integration and differentiation The course is based on the classical mechanics course in MIT OCW. The textbook used is university physics that is available for free online in open stax website.