Electricity and Magnetism: Foundational Physics and Circuits

The principles of electricity and magnetism govern everything from the smallest electronic sensors to the largest power grids. This course provides a solid grounding in these invisible forces, making complex physics accessible through structured reading and logical progression. You will move from a basic understanding of electric charges to analyzing how electromagnetic fields interact and how current flows through modern circuits. What you'll learn: - Define the fundamental properties of electric charges and electrostatic forces - Calculate electric fields and potential using established physical constants - Analyze direct current (DC) circuits using Ohm’s Law and Kirchhoff’s rules - Understand magnetic fields, forces on moving charges, and their practical effects - Apply Faraday’s Law and Lenz’s Law to explain electromagnetic induction - Explore modern concepts of electromagnetic interference and basic shielding principles The course begins with essential terminology and the basic physical laws of electrostatics before advancing to complex circuit analysis and field interactions. This curriculum is designed specifically for beginners and requires no previous experience in physics or engineering. Gain a professional understanding of electromagnetism through these comprehensive written lessons.