Electrostatics: Foundations of Electric Charge and Fields

Static electricity is more than just a shock—it is the foundation upon which much of modern electronics and physics is built. Understanding the behavior of stationary charges is crucial for anyone studying engineering, physics, or basic circuit theory. This course provides a clear, conceptual introduction to electrostatics, giving you the theoretical framework needed to analyze electric phenomena. You will gain a deep understanding of the core laws that govern charge interactions and apply them to practical components used in everyday technology. What you'll learn: * Understand the nature of electric charge, charge conservation, and methods of charging objects. * Apply Coulomb's Law to accurately calculate the electrostatic forces between point charges and charge distributions. * Analyze electric fields and electric potential created by static charges, including Gaussian surfaces and potential energy concepts. * Master the principles of capacitance, learn how capacitors store energy, and analyze circuits containing dielectric materials. * Practice solving fundamental problems related to charge interaction, field strength, and potential difference using systematic methods. The course begins with definitions and fundamental concepts, progressing logically through the major laws and equations, and concluding with a detailed exploration of energy storage and capacitance. All concepts are reinforced through written examples and practice exercises. This course is designed for absolute beginners with no prior background in advanced physics or calculus. If you are starting your journey in physics or electrical engineering, this is the perfect starting point. Start reading today to unlock the power of electrostatics.