FE Accelerator: Afternoon (OD)

Intro to Problem 4 (Voltage)

Problem 4 (Voltage)

Intro to Problem 5 (Current)

Problem 5 (Current)

Series Resistors and Voltage Division

Parallel Resistors and Current Division

Intro to Problem 6 (Equivalent Resistance)

Problem 6 (Equivalent Resistance)

Intro to Problem 7 (Equivalent Resistance)

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AC Circuit Analysis 34 Lessons

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AC Circuit and Sinusoids

Average Values and RMS

Review Imaginary Numbers

Intro to Problem 1 (Frequency)

Problem 1 (Frequency)

Intro to Problem 2 (Power)

Problem 2 (Power)

Intro to Problem 4 (Peak Voltage)

Problem 4 (Peak Voltage)

Intro to Problem 5 (Impedance)

Problem 5 (Impedance)

Intro to Problem 6 (Impedance)

Problem 6 (Impedance)

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Motors and Generators 16 Lessons

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Motors and Generators

AC Machines

DC Machines

Servomotors and Generators

Intro to Problem 1 (Synchronous Speed)

Problem 1 (Synchronous Speed)

Intro to Problem 2 (Actual Rotational Speed)

Problem 2 (Actual Rotational Speed)

Intro to Problem 3 (Efficiency of Generator)

Problem 3 (Efficiency of Generator)

Intro to Problem 4 (Mechanical Power)

Problem 4 (Mechanical Power)

Intro to Problem 5 (Maximum Power Capability)

Problem 5 (Maximum Power Capability)

Intro to Problem 6 (Generated Voltage)

Problem 6 (Generated Voltage)

Thermodynamics

Introduction 6 Lessons

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Pure Substances 22 Lessons

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Phases and Pure Substances

T-v Diagram

P-v Diagram

P-T Diagram

Tables and Interpolation

Example Problem

Intro to Problem 1 (Conceptual Question)

Problem 1 (Conceptual Question)

Intro to Problem 2 (Conceptual Question)

Problem 2 (Conceptual Question)

Intro to Problem 3 ( Quality of water)

Problem 3 ( Quality of water)

Intro to Problem 4 (Temperature of water)

Problem 4 (Temperature of water)

Intro to Problem 5 (Percent Vapor)

Problem 5 (Percent Vapor)

Intro to Problem 6 (Final volume of Vapor)

Problem 6 (Final volume of Vapor)

Intro to Problem 7 (Final Pressure)

Problem 7 (Final Pressure)

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Ideal Gas Law 18 Lessons

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Partial Pressures and Volumes

Compressibility Factor

Intro to Problem 1 (Mass of Air)

Problem 1 (Mass of Air)

Intro to Problem 2 (Pressure)

Problem 2 (Pressure)

Intro to Problem 3 ( Final Pressure)

Problem 3 ( Final Pressure)

Intro to Problem 4 ( Specific Volume)

Problem 4 ( Specific Volume)

Intro to Problem 5 ( Steam Pressure )

Problem 5 ( Steam Pressure )

Intro to Problem 6 ( Partial Pressure )

Problem 6 ( Partial Pressure )

Work and Heat 22 Lessons

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Intro to Problem 1 (Work)

Problem 1 (Work)

Intro to Problem 2 (Final Pressure)

Problem 2 (Final Pressure)

Intro to Problem 3 (Work)

Problem 3 (Work)

Intro to Problem 4 (Work done)

Problem 4 (Work done)

Intro to Problem 5 (Work done)

Problem 5 (Work done)

Intro to Problem 6 (Work done by the Steam)

Problem 6 (Work done by the Steam)

Intro to Problem 7 (Heat Transfer Rate)

Problem 7 (Heat Transfer Rate)

Intro to Problem 8 (Heat Transfer Rate of the Condensor)

Problem 8 (Heat Transfer Rate of the Condenser)

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First Law of Thermodynamics- Closed System 10 Lessons

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First Law : Ideal Gas Law

Intro to Problem 1 (Heat Transfer)

Problem 1 (Heat Transfer)

Intro to Problem 2 (Work done)

Problem 2 (Work done)

Intro to Problem 3 (Heat Transfer)

Problem 3 (Heat Transfer)

Intro to Problem 4( Work done)

Problem 4( Work done)

First Law of Thermodynamics- Open System 17 Lessons

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Pump, Compressor and Turbine

Nozzles and Diffusers

Heat Exchangers

Throttling Valves

Intro to Problem 1 (Velocity at Inlet)

Problem 1 (Velocity at Inlet)

Intro to Problem 2 (Area at Exit)

Problem 2 (Area at Exit)

Intro to Problem 3 (Rate of Heat Transfer)

Problem 3 (Rate of Heat Transfer)

Intro to Problem 4 (Power Input)

Problem 4 (Power Input)

Intro to Problem 5 (Quality of the Steam)

Problem 5 (Quality of the Steam)

Intro to Problem 6 (Power developed by the Turbine)

Problem 6 (Power developed by the Turbine)

Second Law of Thermodynamics 21 Lessons

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Introduction to the Second law of Thermodynamics

Kelvin-Plank Statement

Clausius Statement

Entropy

Entropy for Solids, Liquids and Gases

Isentropic and Adiabatic Process

Inequality of Clausius

Intro to Problem 1 (Entropy)

Problem 1 (Entropy)

Intro to Problem 2 (Mollier’s diagram)

Problem 2 (Mollier’s diagram)

Intro to Problem 3 (Specific Entropy)

Problem 3 (Specific Entropy)

Intro to Problem 4 (Entropy)

Problem 4 (Entropy)

Intro to Problem 5 (Change in Entropy)

Problem 5 (Change in Entropy)

Intro to Problem 6 (Change in Entropy)

Problem 6 (Change in Entropy)

Intro to Problem 7 (Turbine)

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Exergy 7 Lessons

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Exergy

Gibbs Free Energy and Helmholtz Energy

Irreversibility

Intro to Problem 1 (Specific Exergy)

Problem 1 (Specific Exergy)

Intro to Problem 2 (Specific Exergy)

Problem 2 (Specific Exergy)

Cycles 34 Lessons

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Refrigeration and HVAC Cycle

Air Refrigeration Cycle

Steam Power Plants

Internal Combustion Engine

Intro to Problem 1 (Refrigeration Cycle)

Problem 1 (Refrigeration Cycle)

Intro to Problem 2 (Compressor)

Problem 2 (Compressor)

Intro to Problem 3 (Carnot Efficiency)

Problem 3 (Carnot Efficiency)

Intro to Problem 4 (Brayton Cycle)

Problem 4 (Brayton Cycle)

Intro to Problem 5( Efficiency of Otto Cycle)

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Course Content

Welcome to the Genie Prep Community!

Welcome To The FE Accelerator: Afternoon (OD) 3 Lessons Sample Section

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Special Welcome from Genie Prep

Intro To Problem 19 (Mechanics of Materials)

Problem 19 (Mechanics of Materials)

Before you begin studying… 7 Lessons

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Step 1: Study Habits

Step 2: Study Techniques

Step 3: Study Material

Using the Course – Features

Genie AI Tutor – 24/7 Personalized Help

Join our Genie Ambassador Referral Program

Exam Date

Dynamics

Dynamics 107 Lessons

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How to make a dynamics units cheat sheet absolutely perfect for studying

Rectilinear Motion

Intro To Problem 1 (Object Deceleration)

Problem 1 (Object Deceleration)

Intro To Problem 2 (Determine Acceleration)

Problem 2 (Determine Acceleration)

Intro To Problem 3 (Position of Bike)

Problem 3 (Position of Bike)

Intro To Problem 4 (Position of the Ball)

Problem 4 (Position of the Ball)

Intro To Problem 5 (Velocity & Acceleration of Ball)

Problem 5 (Velocity & Acceleration of Ball)

Intro To Problem 6 (Position of Particle)

Problem 6 (Position of Particle)

Intro To Problem 7 (Total Distance Car Travelled)

Problem 7 (Total Distance Car Travelled)

Intro To Problem 8 (Distance Motorcycle Travelled)

Problem 8 (Distance Motorcycle Travelled)

Intro To Problem 9 (Total Time Bus Travelled)

Problem 9 (Total Time Bus Travelled)

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Strength of Materials

Strength of Materials 130 Lessons

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Forces

Intro To Problem 1 (Determine Internal Shear Force)

Problem 1 (Determine Internal Shear Force)

Intro To Problem 2 (Moment for Triangular Distributed Load)

Problem 2 (Moment for Triangular Distributed Load)

Intro To Problem 3 (Internal Torque)

Problem 3 (Internal Torque)

Stress and Strain

Intro To Problem 4 (Normal Stress in Rod)

Problem 4 (Normal Stress in Rod)

Axial Load-Elastic Deformation

Axial Load-Thermal Stress

Intro To Problem 5 (Displacement @ End of the Bar)

Problem 5 (Displacement @ End of the Bar)

Intro To Problem 6 (Maximum Allowable)

Problem 6 (Maximum Allowable)

Intro To Problem 7 (Axial Stress of Concrete Slab)

Problem 7 (Axial Stress of Concrete Slab)

Intro To Problem 8 (Change in the Area)

Problem 8

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Materials Science

Materials 85 Lessons

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Intro To Materials

Classification of Materials

Primary Bonds

Crystalline and Non-Crystalline materials

Glass Transition

Polymers

Diffusion

Intro to Problem 1 (Determine Diffusion Coefficient)

Problem 1 (Determine Diffusion Coefficient)

Mechanical Properties

Stress and Strain Diagram

Intro to Problem 2 (Identify Proportionality Limit/Elastic Limit)

Problem 2 (Identify Proportionality Limit/Elastic Limit)

Problem 3 Part 1 (Determine Brittle Material)

Problem 3 Part 2 (Determine Brittle Material)

Problem 4 ( Stress & Strain Diagram)

Intro To Problem 5 (Elastic Modulus for Mild Steel)

Problem 5 (Elastic Modulus for Mild Steel)

Intro To Problem 6 (Yield Strength @ a Strain Offset)

Problem 6 (Yield Strength @ a Strain Offset)

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Fluid Mechanics

Fluid Mechanics 71 Lessons

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Intro To Problem 1 (Viscosity of the Fluid)

Problem 1 (Viscosity of the Fluid)

Intro To Problem 2 (Height of the Column of Ethyl Alcohol)

Problem 2 (Height of the Column of Ethyl Alcohol)

Intro To Problem 3 (Manometer Reading Height For Closed Tank)

Problem 3 (Manometer Reading Height For Closed Tank)

Intro To Problem 4 (Pressure in Pipe B)

Problem 4 (Pressure in Pipe B)

Intro To Problem 5 (Pressure @ bottom of Closed Tank)

Problem 5 (Pressure @ bottom of Closed Tank)

Intro To Problem 6 (Magnitude of Resultant Force for Rectangular Gate)

Problem 6 (Magnitude of Resultant Force for Rectangular Gate)

Intro To Problem 7 (Force of Water on Rectangular Gate)

Problem 7 (Force of Water on Rectangular Gate)

Intro To Problem 8 (Tension in Cable)

Problem 8 (Tension in Cable)

Intro To Problem 9 (Magnitude of Resultant Fluid Force)

Problem 9 (Magnitude of Resultant Fluid Force)

Intro To Problem 10 (Energy Grade Line)

Problem 10 (Energy Grade Line)

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Saturday Meet-up’s with Kenza 6 Lessons

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Work & Energy Dynamics- December 31st, 2022

Momentum – Jan 28th, 2023

Impact_ Feb 11th, 2023

Curve Linear Motion_ April 15th, 2023

Kinematics Problems_ April 22nd, 2023

Conceptual Questions & Kinematics Problems_ April 29th, 2023

BASIC ELECTRICAL ENGINEERING

Electricity and Magnetism 26 Lessons

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Electricity Charge, Current and Voltage

Resistance and Ohm’s Law

Power and Energy

Electrostatics Fields

Magnetic Fields and Induced Voltage

Problem 1 (Total Electric Charge)

Intro to Problem 2 (Current)

Problem 2 (Current)

Intro to Problem 3 (Total Charge)

Problem 3 (Total Charge)

Intro to Problem 4 (Average Voltage)

Problem 4 (Average Voltage)

Intro to Problem 5 (Power absorbed)

Problem 5 (Power absorbed)

Intro to Problem 6 (Amount of Energy)

Problem 6 (Amount of Energy)

Intro to Problem 7 (Voltage Induced)

Problem 7 (Voltage Induced)

Intro to Problem 8 (Electrostatic force)

Problem 8 (Electrostatic force)

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DC Circuit Analysis 46 Lessons

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Intro to Problem 1 (Voltage)

Problem 1 (Voltage)

Intro to Problem 2 (Voltage)

Problem 2 (Voltage)

Intro to Problem 4 (Voltage)

Problem 4 (Voltage)

Intro to Problem 5 (Current)

Problem 5 (Current)

Series Resistors and Voltage Division

Parallel Resistors and Current Division

Intro to Problem 6 (Equivalent Resistance)

Problem 6 (Equivalent Resistance)

Intro to Problem 7 (Equivalent Resistance)

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AC Circuit Analysis 34 Lessons

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AC Circuit and Sinusoids

Average Values and RMS

Review Imaginary Numbers

Intro to Problem 1 (Frequency)

Problem 1 (Frequency)

Intro to Problem 2 (Power)

Problem 2 (Power)

Intro to Problem 4 (Peak Voltage)

Problem 4 (Peak Voltage)

Intro to Problem 5 (Impedance)

Problem 5 (Impedance)

Intro to Problem 6 (Impedance)

Problem 6 (Impedance)

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Motors and Generators 16 Lessons

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Motors and Generators

AC Machines

DC Machines

Servomotors and Generators

Intro to Problem 1 (Synchronous Speed)

Problem 1 (Synchronous Speed)

Intro to Problem 2 (Actual Rotational Speed)

Problem 2 (Actual Rotational Speed)

Intro to Problem 3 (Efficiency of Generator)

Problem 3 (Efficiency of Generator)

Intro to Problem 4 (Mechanical Power)

Problem 4 (Mechanical Power)

Intro to Problem 5 (Maximum Power Capability)

Problem 5 (Maximum Power Capability)

Intro to Problem 6 (Generated Voltage)

Problem 6 (Generated Voltage)

Thermodynamics

Introduction 6 Lessons

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Pure Substances 22 Lessons

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Phases and Pure Substances

T-v Diagram

P-v Diagram

P-T Diagram

Tables and Interpolation

Example Problem

Intro to Problem 1 (Conceptual Question)

Problem 1 (Conceptual Question)

Intro to Problem 2 (Conceptual Question)

Problem 2 (Conceptual Question)

Intro to Problem 3 ( Quality of water)

Problem 3 ( Quality of water)

Intro to Problem 4 (Temperature of water)

Problem 4 (Temperature of water)

Intro to Problem 5 (Percent Vapor)

Problem 5 (Percent Vapor)

Intro to Problem 6 (Final volume of Vapor)

Problem 6 (Final volume of Vapor)

Intro to Problem 7 (Final Pressure)

Problem 7 (Final Pressure)

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Ideal Gas Law 18 Lessons

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Partial Pressures and Volumes

Compressibility Factor

Intro to Problem 1 (Mass of Air)

Problem 1 (Mass of Air)

Intro to Problem 2 (Pressure)

Problem 2 (Pressure)

Intro to Problem 3 ( Final Pressure)

Problem 3 ( Final Pressure)

Intro to Problem 4 ( Specific Volume)

Problem 4 ( Specific Volume)

Intro to Problem 5 ( Steam Pressure )

Problem 5 ( Steam Pressure )

Intro to Problem 6 ( Partial Pressure )

Problem 6 ( Partial Pressure )

Work and Heat 22 Lessons

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Intro to Problem 1 (Work)

Problem 1 (Work)

Intro to Problem 2 (Final Pressure)

Problem 2 (Final Pressure)

Intro to Problem 3 (Work)

Problem 3 (Work)

Intro to Problem 4 (Work done)

Problem 4 (Work done)

Intro to Problem 5 (Work done)

Problem 5 (Work done)

Intro to Problem 6 (Work done by the Steam)

Problem 6 (Work done by the Steam)

Intro to Problem 7 (Heat Transfer Rate)

Problem 7 (Heat Transfer Rate)

Intro to Problem 8 (Heat Transfer Rate of the Condensor)

Problem 8 (Heat Transfer Rate of the Condenser)

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First Law of Thermodynamics- Closed System 10 Lessons

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First Law : Ideal Gas Law

Intro to Problem 1 (Heat Transfer)

Problem 1 (Heat Transfer)

Intro to Problem 2 (Work done)

Problem 2 (Work done)

Intro to Problem 3 (Heat Transfer)

Problem 3 (Heat Transfer)

Intro to Problem 4( Work done)

Problem 4( Work done)

First Law of Thermodynamics- Open System 17 Lessons

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