Mathematics for electronics and computers
Best-selling author Nigel Cook's new book Mathematics for Electronics and Computers provides a complete math course for those who want to learn technology. Employing an “integrated math applications” approach, this book reinforces all math topics with extensive electronic and computer applications to show readers the value of math as a tool. Specific chapters in the section on Basic Math cover fractions; decimal numbers; positive and negative numbers; exponents and the metric system; algebra, equations and formulas; geometry and trigonometry; and logarithms and graphs. Electronics Math chapters discuss current and voltage, resistance and power, series circuits, parallel circuits, series-parallel circuits and theorems, alternating current, capacitors, inductors and transformers, RLC circuits and complex numbers, and diodes and transistors. Finally, the section on Computer Math looks at analog to digital, number systems and codes, logic gates, Boolean expressions and algebra, binary arithmetic, and an introduction to computers and programming. For anyone pursuing a career in technology.
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Exponents and the Metric System
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angle base basic biased binary number Calculator sequence capacitance capacitor circuit current circuit in Figure collector column Communication Skill Questions completed this section connected current flow current gain decibel decimal number Describe diode electrical electronic emitter energy equal equation equivalent example following questions formula frequency function graph hexadecimal impedance inductance inductor INTEGRATED MATH APPLICATION load logarithm logic gate multiply negative numbers number system Objective octal Ohm's law one's complement operation p-n junction parallel circuit POINT FOR SECTION positive number Protoboard questions to test ratio RC circuit reactance reset and carry resistor resonant SELF-TEST EVALUATION POINT series circuit shown in Figure sides sine wave Solution source voltage STEP subtraction switch symbol test your understanding theorem total current total resistance transistor triangle truth table two's complement understanding of Section vector voltage drop voltage source waveform XOR gate zener zener diode zero