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    Multimedia PE Refresher Course for the Mechanical Engineer

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    Multimedia PE Refresher Course for the Civil Engineer (Morning Topics) Demo Clip

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    FE/EIT Exam Thermodynamics--Ideal Gas Mixtures: Conversions Between Mole and Mass Fractions

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    FE/EIT Exam Thermodynamics--Basic Concepts: Ideal Gases

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    FE/EIT Exam Thermodynamics--Ideal Gas Mixtures: Partial Volumes

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    FE/EIT Exam Thermodynamics--Ideal Gas Mixtures: Dalton's Law of Partial Pressures

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    FE/EIT Exam Thermodynamics--Basic Concepts: Ideal Gases Properties

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    FE/EIT Exam Thermodynamics--Properties of Atmospheric Air: Properties of Humid Air

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    FE/EIT Exam Thermodynamics--Properties of Atmospheric Air: Humid Air Temperatures

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    FE/EIT Exam Thermodynamics--Basic Concepts: Steam Tables

  11. 11 Thumbnail

    FE/EIT Exam Thermodynamics--Basic Concepts: Thermodynamic Processes

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    FE/EIT Exam Thermodynamics--Properties of Atmospheric Air: Specific Humidity

  13. 13 Thumbnail

    FE/EIT Exam Thermodynamics--Properties of Atmospheric Air: Atmospheric Air

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    FE/EIT Exam Thermodynamics--Ideal Gas Mixtures: The Equivalent Gas

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    FE/EIT Exam Thermodynamics--Ideal Gas Mixtures: Mixtures of Non Reacting Ideal Gases

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    FE/EIT Exam Thermodynamics--Basic Concepts: Properties of Two Phase Systems

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    FE/EIT Exam Thermodynamics--Basic Concepts: Phases and Phase Diagrams

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    FE/EIT Exam Thermodynamics--Basic Concepts: Entropy

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    FE/EIT Exam Thermodynamics--Basic Concepts: Enthalpy

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    FE/EIT Exam Thermodynamics--Basic Concepts: Systems, States, and Properties

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    FE Review Manual for the FE/EIT Exam: Informational Video

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    FE/EIT Exam OnDemand Lessons Demonstration

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    FE/EIT Exam DC Circuit Analysis: Special Circuits

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    FE/EIT Exam DC Circuit Analysis: Loop Current Method

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    FE/EIT Exam DC Machines: DC Machine Introduction

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    FE/EIT Exam DC Circuit Analysis: Superposition Theorem and Reciprocity Theorem

  27. 27 Thumbnail

    FE/EIT Exam Sinusoids: Properties of Regular Waveforms

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    FE/EIT Exam AC Circuit Analysis: Basic Concepts

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    FE/EIT Exam Sinusoids: Mathematical Representation of Sinusoids

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    FE/EIT Exam Three-Phase Electricity: Line and Phase Currents

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    FE/EIT Exam Sinusoids: Introduction to Alternating Current

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    FE/EIT Exam Sinusoids: Properties of Sinusoids

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    FE/EIT Exam Three-Phase Electricity: Three-Phase Loads

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    FE/EIT Exam AC Circuit Analysis: Series Combinations of Complex Circuit Elements

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    FE/EIT Exam Three-Phase Electricity: Complex Power

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    FE/EIT Exam Three-Phase Electricity: Phase Power and Total Power

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    FE/EIT Exam AC Circuit Analysis: Parallel Combinations of Complex Circuit Elements

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    FE/EIT Exam AC Circuit Analysis: Voltage Across Elements in Series

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    FE/EIT Exam Three-Phase Electricity: Three-Phase Concepts

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    FE/EIT Exam AC Circuit Analysis: Current Through Elements in Parallel

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    FE/EIT Exam DC Circuit Analysis: Kirchhoff's Voltage Law

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    FE/EIT Exam DC Circuit Analysis: Two Terminal Characteristics

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    FE/EIT Exam Transformers: Equivalent Impedance

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    FE/EIT Exam DC Circuit Analysis: Circuit Analysis with Thevenin Equivalents

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    FE/EIT Exam DC Circuit Analysis: Circuit Analysis with Norton Equivalents

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    FE/EIT Exam Transients: RL Circuit Transients

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    FE/EIT Exam DC Circuit Analysis: Kirchhoff's Current Law

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    FE/EIT Exam Transformers: Turns Ratio

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    FE/EIT Exam Transformers: Impedance Matching

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    FE/EIT Exam Transients: Transient Analysis

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    FE/EIT Exam Transients: RC Circuit Transients

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    FE/EIT Exam Magnetism: Current

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    FE/EIT Exam Magnetism: Magnetic Concepts

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    FE/EIT Exam Magnetism: Induction and Induced Voltage

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    FE/EIT Exam Magnetism: Faraday's Law

  56. 56 Thumbnail

    FE/EIT Exam Magnetism: Magnetic Fields

  57. 57 Thumbnail

    FE/EIT Exam Magnetism: Work and Energy in a Magnetic Field

  58. 58 Thumbnail

    FE/EIT Exam Magnetism: Forces from a Magnetic Field

  59. 59 Thumbnail

    FE/EIT Exam DC Circuit Analysis: Resistors in Series

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    FE/EIT Exam DC Circuit Analysis: Resistivity

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    FE/EIT Exam DC Circuit Analysis: Simplifying Resistive Circuits

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    FE/EIT Exam DC Circuit Analysis: Power

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    FE/EIT Exam DC Circuit Analysis: Basic Concepts

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    FE/EIT Exam DC Circuit Analysis: Current Sources

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    FE/EIT Exam DC Circuit Analysis: Resistors in Parallel

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    FE/EIT Exam DC Circuit Analysis: Resistance

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    FE/EIT Exam DC Circuit Analysis: Ohm's Law

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    FE/EIT Exam DC Circuit Analysis: Voltage Sources

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    FE/EIT Exam AC Power: Real Power in a Resistor

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    FE/EIT Exam AC Power: Complex Power

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    FE/EIT Exam AC Power: Reactive Power

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    FE/EIT Exam AC Power: Power as a Sinusoid

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    FE/EIT Exam AC Circuit Elements: Power

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    FE/EIT Exam Electrostatics: Electric Flux, Flux Density, Displacement and Gauss's Law

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    FE/EIT Exam Electrostatics: Forces from an Electric Field

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    FE/EIT Exam Electrostatics: Work and Energy

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    FE/EIT Exam Complex Numbers: Conversions between Rectangular and Polar Forms

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    FE/EIT Exam Electrostatics: Electric Fields III

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    FE/EIT Exam Resonance: Parallel Resonance

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    FE/EIT Exam Resonance: Series Resonance

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    FE/EIT Exam Resonance: Impedance at Resonance

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    FE/EIT Exam Resonance: Resonance Concepts

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    FE/EIT Exam AC Circuit Elements: Combining Capacitors in Series and in Parallel

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    FE/EIT Exam AC Circuit Elements: Current and Voltage Across an Inductor

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    FE/EIT Exam AC Circuit Elements: Inductors

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    FE/EIT Exam AC Circuit Elements: Combining Capacitors in Series and Parallel

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    FE/EIT Exam AC Circuit Elements: Current and Voltage Across a Capacitor

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    FE/EIT Exam AC Circuit Elements: Capacitors

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    FE/EIT Exam AC Circuit Elements: Introduction to AC Circuit Elements

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    FE/EIT Exam Complex Numbers: Division of Complex Numbers

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    FE/EIT Exam Complex Numbers: Multiplication of Complex Numbers

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    FE/EIT Exam Complex Numbers: Adding and Subtracting Complex Numbers

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    FE/EIT Exam Complex Numbers: Introduction to Complex Numbers

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    FE/EIT Exam Electrostatics: Electric Fields IV