Introductory Physics: Fundamentals of Electrostatics

Electrostatics forms the foundation for understanding electrical phenomena across physics and engineering. This course provides a structured introduction to stationary charges, electric fields, and potential without overwhelming technical jargon. You will start with core physical definitions and build confidence in understanding standard electrostatic problems. What you will learn: Understand essential terminology including electric charge, field intensity, and flux. Apply Coulomb's law to determine electrostatic forces between charges. Calculate electric potential, work, and voltage in static systems. Analyze the principles of capacitance and energy stored in capacitors. Study how conductors and dielectrics behave in static electric fields. Explore how electrostatic principles apply to modern electronic components. Starting with foundational physics concepts, the lessons guide you through theoretical principles and practical calculation methods step by step. This course is ideal for beginners, students, and self-learners with no prior advanced physics experience needed. Begin reading today to master the essential principles of electrostatics.