FROM FORMULAS TO METHOD — A BOOK OF FULLY WORKED CIRCUIT EXERCISES: Learn electrical engineering by practicing with step-by-step solutions that teach you how to read circuits and choose the right method, without logical jumps. ❓ Struggling with electrical engineering exercises even after hours of study, because the steps never feel clear? ❓ You know the formulas, but when you face a circuit you don’t know where to start or in what order to proceed? ❓ For every problem, you’re unsure which tool to use, Ohm, Kirchhoff, superposition, Thevenin or Norton and when? You’re not alone . This book is a collection of solved problems designed to turn theory into an orderly, coherent, and verifiable procedure , with a recurring framework in every exercise: Circuit description → Solution strategy → Detailed development → Misleading Path → Results verification No fluff . Clear explanations, visual diagrams, and worked examples that help you identify nodes, branches, and loops, execute steps correctly (signs, directions, reference choices), and check your results so circuit analysis becomes natural, reliable, and repeatable. Concrete benefits for you: ✓ Save study time : less trial-and-error, more method. ✓ Always know what to do next : every worked problem follows the same path Circuit description → Strategy → Step-by-step development → Checks ✓ Build exam confidence : you train the exact decision-making you need under time pressure (where to start, what to choose, what to write). ✓ Avoid common mistakes : “misleading paths” are highlighted so you learn what looks right but fails in practice. ✓ Strengthen solid foundations : from DC basics to the tools used later in electronics and power applications. 📘 What will you practice in this book? (through fully worked exercises) ◆ How voltage, current, and resistance behave in real circuits (not just in formulas) ◆ Equivalent resistances, voltage dividers , and systematic use of Ohm’s law ◆ Kirchhoff’s laws with a consistent choice of nodes, directions, and references ◆ The right tool for the right circuit: Δ–Y transformations , superposition , Thevenin/Norton , nodal/mesh methods ◆ Clear step-by-step AC problem solving: power in AC, power factor, RLC resonance 🎯 Who Is This Book For? ✔ High school and college students who want a clear and structured path into electrical engineering. ✔ Complete beginners with no prior knowledge, eager to finally understand the basics of electrotechnics step by step.. ✔ Self-learners and enthusiasts who are tired of vague tutorials and dense textbooks, and want practical, visual explanations instead 🎯 Ready to move from confusion to mastery? Start mastering electrical engineering today 👉 Click Buy Now and start solving circuits with method, speed, and confidence .