
Electrical Engineering Formulas Step by Step
A Formula Guide to Core Concepts With Practical Examples for PE Exam StudyBy Desmond PellegrinoLength12h 27m
About this audiobook
A step-by-step formula guide to core electrical engineering concepts with worked examples and timed problem sets for PE exam study.
Audiobook details
GenreTechnology
Length12 hrs 27 mins
Narrated byListen with 1,000+ voices
FormateBook with Audio
Publish dateSep 27, 2026
LanguageEnglish
Table of contents
1Foreword
2Preface
3About This Book
4Important Safety Notice
5Chapter 1: Using the Formula Set
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61.1 Symbols, Units and the Discipline of Consistency
71.2 Significant Figures, Rounding and the Unit Check
81.3 Phasors, Complex Impedance and Angle Conventions
91.4 Per-Unit Fundamentals and Base Selection
101.5 Choosing the Right Relation Under Time Pressure
11Chapter 2: DC Circuit Fundamentals
122.1 Ohm’s Law and the Three Forms
132.2 Kirchhoff’s Voltage and Current Laws
142.3 Series-Parallel Reduction and the Divider Rules
152.4 Source Transformation and Superposition
162.5 Thevenin and Norton Equivalents
172.6 Maximum Power Transfer and Loading Effects
18Chapter 3: Capacitance, Inductance and Transients
193.1 Capacitance, Charge and Stored Energy
203.2 Inductance, Flux Linkage and Stored Energy
213.3 RC Time Constants and Step Response
223.4 RL Time Constants and Current Build-Up
233.5 RLC Natural Response, Damping Ratio and Initial-Final Reasoning
24Chapter 4: AC Steady-State Analysis
254.1 Sinusoids, RMS and Average Values
264.2 Impedance, Admittance and Series-Parallel AC Reduction
274.3 Frequency-Domain Mesh and Nodal Analysis
284.4 Series and Parallel Resonance
294.5 Quality Factor, Bandwidth and Selectivity
30Chapter 5: Power, Power Factor and Correction
315.1 Real, Reactive and Apparent Power
325.2 Power Factor Correction Capacitor Sizing
335.3 Effect on Line Current, Losses and Voltage Drop
345.4 Billing Quantities and Demand Charges
35Chapter 6: Three-Phase Systems
366.1 Wye and Delta Voltage and Current Relationships
376.2 Balanced Three-Phase Power
386.3 Unbalanced Loads and Neutral Current
396.4 Symmetrical Components
406.5 Per-Unit Conversion Across Voltage Levels
41Chapter 7: Transformers
427.1 Turns Ratio and Ideal Transformer Relations
437.2 Equivalent Circuit and Referred Impedance
447.3 Voltage Regulation and Efficiency
457.4 Connection Groups, Phase Shift and Parallel Operation
467.5 Autotransformers and Instrument Transformers
47Chapter 8: Rotating Machines
488.1 Induction Motor Slip, Speed and Frequency Relations
498.2 Torque, Power and Equivalent Circuit Quantities
508.3 Synchronous Machine Power-Angle and Phasor Relations