Basic Mathematics for Electricity and Electronics

SOME CONTENTS OF THE BOOK ARE: Topics include Mathematics: (hereafter "M"), a language, a tool, a teacher; Calculators and Computers to help you study M; Algebra- General numbers; Algebra- Addition and Subtraction; Polynomials; Signs of Grouping; Equations; Powers of 10; Units and dimensions; Ohm's Law- Series Circuits; Resistance- Wire Sizes; Special Product and Factoring; Algebraic Fractions; Fractional Equations; Ohm's Law- Parallel Circuits; Meter Circuits; Divider Circuits and Wheatstone Bridges; Graphs; Simultaneous Equations; Determinants; Batteries; Exponents and Radicals; Quadratic Equations; Network Simplification; Angles; Trigonometric Functions; Trigonometric Values; Solution of Right Triangles; Trigonometric Identities and Equations; Elementary Plane Vectors; Periodic Functions; Alternating Currents- Fundamental Ideas; Phasor Algebra; Alternating Currents- Series Circuits; Alternating Currents- Parallel Circuits; Logarithms; Applications of Logarithms; Number Systems for Computers; Boolean Algebra; Karnaugh Maps; and much more! This book is geared towards the students of electricity, radio, electronics, and computers, whose need is to have an understanding of M principles directly applicable to electrical and electronic circuits. Just as a carpenter that build a building with a tape measure and skilsaw, the engineer employs M as their primary tool. Maybe this book is for you. Depending on competition, you may be able to get it at a price that's right for you.

This is the book for you if you are struggling to understand how to apply the basic laws of electronics: Ohm's, Thevenin's, Norton's, Kirchhoff's, etc. This book starts from basic arithmetic, works slowly up through fractions, and only winds up at school algebra about halfway through the book. By the end of the book they've touched on vectors, trigonometry, AC power, and Boolean algebra. These more advanced subjects are all treated at a very basic level: the algebra is simple school algebra, the trig is no more than is necessary to understand vectors, the vector math is only there to make phasor diagrams useful, phasors are only covered to make 3-phase power understandable, etc. The book's has a tilt towards the world of the industrial electrician, rather than that of the electronics technician. A symptom of this is that inductance is covered before capacitance -- motors are more visible than capacitors -- the opposite of the usual way in teaching electronics. This book will not teach you electronics, per se. You need to be reading this book along with an electronics text. This is a text book, not a narrative. It's all here as you remember from your grade school math books: word problems, partial lists of answers in the back of the book, worked example problems, etc. If you've already read _The Art of Electronics_ by Horowitz and Hill and didn't find the first chapter particularly hard going, this book is way too elementary for you.

This is without a doubt one of thee most detaild but easiest books to follow in the field of elecronics. It gives detailed information on everything from the very basic resistors, and Ohm's Law, to Thevenin's Theorum. I can't say enough about this book, it is my bible for everything I do. I use it as a study guide and as a referance for those awkward times when I get confused. I love this book.

The best book of electronics in the world