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FE Accelerator: Morning

Prepare with 750+ In-Depth Lessons & Problems

Flexible Payment Options Available

The FE Accelerator Morning course will help you pass your FE Civil, Mechanical, or Other Disciplines exams. Over 350 problems, all with step-by-step video solutions. Plus, concepts will be covered for each subject and over 750 lessons to prepare you for the first half of your FE exam.

Videos are available 24/7 on demand, allowing you to study from any device connected to the internet.

Topics covered:

Mathematics
Probability & Statistics
Ethics
Engineering Econ.
Statics
Mechanics of Materials
Dynamics
Materials
Fluid Mechanics
Computational Tools

Course Content

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Welcome to the Genie Prep Community!

Welcome To The FE Accelerator Morning 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… 6 Lessons

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Step 1: Study Habits

Step 2: Study Techniques

Step 3: Study Material

Join us Every Saturday!

Join our Genie Ambassador Referral Program

Mathematics

Analytic Geometry 58 Lessons

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Intro To Problem 1 (Determine the Roots)

Problem 1 (Determine the Roots)

Intro To Problem 2 (General Form Equation)

Problem 2 (General Form Equation)

Intro To Problem 3 (Equation of the Line)

Problem 3 (Equation of the Line)

Intro To Problem 4 (Equation of the Line)

Problem 4 (Equation of the Line)

Intro To Problem 5 (Determine Point of Intersection)

Problem 5 (Determine Point of Intersection)

Intro To Problem 6 ( Determine Equation of a Circle)

Problem 6 ( Determine Equation of a Circle)

Intro To Problem 7 (Determine the Center and Radius of Circle)

Problem 7 (Determine the Center and Radius of Circle)

Intro To Problem 8 (Determine Standard form of the Equation)

Problem 8 (Determine Standard form of the Equation)

Intro To Problem 9 (Determine Equation of the tangent line)

Problem 9 (Determine Equation of the tangent line)

Intro To Problem 10 (Determine Equation of the Circle)

Problem 10 (Determine Equation of the Circle)

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Derivatives 37 Lessons

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Derivative Formulas

Intro To Problem 1 (Product Rule)

Problem 1 (Product Rule)

Intro To Problem 2 (Product Rule)

Problem 2 (Product Rule)

Intro To Problem 3 (Quotient Rule)

Problem 3 (Quotient Rule)

Intro To Problem 4 (Product Rule)

Problem 4 (Product Rule)

Problem 5 (Cos Function)

Intro To Problem 6 (Trigonometric Function)

Problem 6 (Trigonometric Function)

Intro To Problem 7 (Logarithmic Function)

Problem 7 (Logarithmic Function)

Intro To Problem 8 (Determine the Limit of the Function)

Problem 8 (Determine the Limit of the Function)

Intro To Problem 9 (Determine the Limit of the Function)

Problem 9 (Determine the Limit of the Function)

Problem 10 (Determine Min/Max value of the Function)

Intro To Problem 11 (Determine Min/Max value of the Function)

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Integrals 36 Lessons

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Intro To Problem 1 (Determine Indefinite Integral)

Problem 1 (Determine Indefinite Integral)

Intro To Problem 2 (Determine function using Indefinite Integral)

Problem 2 (Determine function using Indefinite Integral)

Intro To Problem 3 (Determine Indefinite Integral using substitution method)

Problem 3 (Determine Indefinite Integral using substitution method)

Intro To Problem 4 (Determine Indefinite Integral using substitution method)

Problem 4 (Determine Indefinite Integral using substitution method)

Intro To Problem 5 (Determine the Area bounded by Lines)

Problem 5 (Determine the Area bounded by Lines)

Intro To Problem 6 (Determine the Area of region bounded)

Problem 6 (Determine the Area of region bounded)

Intro To Problem 7 (Determine Area using Trapezoidal Rule)

Problem 7 (Determine Area using Trapezoidal Rule)

Intro To Problem 8 (Determine Area using Trapezoidal Rule)

Problem 8 (Determine Area using Trapezoidal Rule)

Intro To Problem 9 (Determine Area using Simpson’s Rule)

Problem 9 (Determine Area using Simpson’s Rule)

Intro To Problem 10 (Determine Displacement using Simpson’s Rule)

Problem 10 (Determine Displacement using Simpson’s Rule)

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Polar and Cartesian Coordinate System 14 Lessons

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Review Polar Coordinate System

Problem 1 (Plot the Polar Coordinates)

Conversion of Polar and Cartesian Systems

Intro To Problem 2 (Determine the Cartesian Coordinate)

Problem 2 (Determine the Cartesian Coordinate)

Intro To Problem 3 (Determine the Cartesian Coordinate)

Problem 3 (Determine the Cartesian Coordinate)

Problem 4 (Determine the Cartesian Coordinate)

Intro To Problem 5 (Determine Polar Coordinate where r>0)

Problem 5 (Determine Polar Coordinate where r>0)

Intro To Problem 6 (Determine Polar Coordinate where r<0)

Problem 6 (Determine Polar Coordinate where r<0)

Intro To Problem 7 (Determine Polar Coordinate where r>0)

Problem 7 (Determine Polar Coordinate where r>0)

Cross and Dot Product 20 Lessons

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Review of Vectors

Review of Unit Vectors

Intro To Problem 1 (Determine the Vector)

Problem 1 (Determine the Vector)

Intro To Problem 2 (Determine the Unit Vector)

Problem 2 (Determine the Unit Vector)

Intro To Problem 3 (Determine the Vector with Same direction)

Problem 3 (Determine the Vector with Same direction)

Review of Dot Product

Review of Cross Product

Intro To Problem 4 (Determine the Greatest Dot Product)

Problem 4 (Determine the Greatest Dot Product)

Intro To Problem 5 (Determine Vectors Lie in the Same Plane)

Problem 5 (Determine Vectors Lie in the Same Plane)

Intro To Problem 6 (Determine Angle Between Two Vectors)

Problem 6 (Determine Angle Between Two Vectors)

Intro To Problem 7 (Determine the Unit Vector)

Problem 7 (Determine the Unit Vector)

Intro To Problem 8 (Determine the Value of X)

Problem 8 (Determine the Value of X)

Saturday Meet-Ups with Kenza 3 Lessons

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Equation of the Ellipse- November 5th, 2022

To Find the Max and Min – November 12th, 2022

To find the Area Moment of Inertia – Jan 14th,2022

Probability and Statistics

Probability and Statistics 52 Lessons

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Intro To Problem 1 (Determine the Probability of Jack)

Problem 1 (Determine the Probability of Jack)

Intro To Problem 2 (Probability that it’s Queen of Diamond)

Problem 2 (Probability that it’s Queen of Diamond)

Intro To Problem 3 (Probability that it’s Six of Spade/Ace of Heart)

Problem 3 (Probability that it’s Six of Spade/Ace of Heart)

Intro To Problem 4 (Probability that it’s a Club)

Problem 4 (Probability that it’s a Club)

Intro To Problem 5 (Probability that it’s any Suit except Spade)

Problem 5 (Probability that it’s any Suit except Spade)

Intro To Problem 6 (Probability that it’s Two or Diamond)

Problem 6 (Probability that it’s Two or Diamond)

Intro To Problem 7 (Probability that it’s Neither King/Club)

Problem 7 (Probability that it’s Neither King/Club)

Intro To Problem 8 (Probability that it’s Either Yellow/Brown)

Problem 8 (Probability that it’s Either Yellow/Brown)

Intro To Problem 9 (Probability that Sum< 10)

Problem 9 (Probability that Sum< 10)

Intro To Problem 10 (Probability of getting 3H/4H)

Problem 10 (Probability of getting 3H/4H)

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Computational Tools

Computational Tools 23 Lessons

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Intro To Problem 1 (Determine Cell C6)

Problem 1 (Determine Cell C6)

Problem 2 (Determine the Range)

Intro To Problem 3 (Average End Formula)

Problem 3 (Average End Formula)

Intro To Problem 4 (Determine Cell G3)

Problem 4 (Determine Cell G3)

Intro To Problem 5 (Critical Depth)

Problem 5 (Critical Depth)

Intro To Problem 6 (Determine the Sum)

Problem 6 (Determine the Sum)

Intro To Problem 7 (Determine the Value)

Problem 7 (Determine the Value)

Intro To Problem 8 (Determine the Value of X)

Problem 8 (Determine the Value of X)

Intro To Problem 9 (Determine the Value of I)

Problem 9 (Determine the Value of I)

Intro To Problem 10 ( Trapezoidal Rule)

Problem 10 (Trapezoidal Rule)

Intro To Problem 11 (Simpson’s ⅓ Rule)

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Engineering Economics

Engineering Economics 64 Lessons

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Intro To Problem 1 (Least Expensive Process)

Problem 1 (Least Expensive Process)

Intro To Problem 2 (Depreciation Using Straight Line Method)

Problem 2 (Depreciation Using Straight Line Method)

Intro To Problem 3 (Book Value Using MACRS)

Problem 3 (Book Value Using MACRS)

Intro To Problem 4 (Expected Net Cash Flow)

Problem 4 (Expected Net Cash Flow)

Intro To Problem 5 (Total Money in the Account)

Problem 5 (Total Money in the Account)

Intro To Problem 6 (Determine Company needs to pay)

Problem 6 (Determine Company needs to pay)

Intro To Problem 7 (Determine how much the Company Account will have)

Problem 7 (Determine how much the Company Account will have)

Review Interest

Review Effective Rate

Intro To Problem 8 (Effective Rate)

Problem 8 (Effective Rate)

Intro To Problem 9 (Lowest Effective Rate)

Problem 9 (Lowest Effective Rate)

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Saturday Meet-ups with Kenza 4 Lessons

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Effective Interest Rate- December 3rd,2022

Effective Interest Rate Problems- December 10th,2022

Effective Interest Rate Problems- December 17th,2022

Capitalized cost Problems- May 6th, 2023

Need Motivation? Watch This!

Ethics

Ethics 15 Lessons

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Problem 1 (Determine which is Ethical)

Problem 2 (Determine Options that Apply for a Engineer)

Problem 3 (Determine Options that Apply for a Purchase)

Problem 4 (Determine Options that Apply for Upcoming Mall)

Problem 5 (Determine the Company for Bid)

Problem 6 (Determine Sustainability)

Problem 7 (Determine Circumstances to Seal the Plans)

License Requirements

Statics

Statics 69 Lessons

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Know these Unit Conversions for Statics to pass your FE exam

Statics Cheat Sheet

Intro To Statics

Intro To Problem 1 (Determine the Tension in the Ropes)

Problem 1 (Determine the Tension in the Ropes)

Intro To Problem 2 (Ratio of Forces in Gusset Plate)

Problem2 (Ratio of Forces in Gusset Plate)

Intro To Problem 3 (Magnitude and the Angle of Resultant Force)

Problem 3 (Magnitude and the Angle of Resultant Force)

Intro To Problem 4 (Determine System to be in Equilibrium)

Problem 4 (Determine System to be in Equilibrium)

Intro To Problem 5 (Mass of the Cylinder @E)

Problem 5 (Mass of the Cylinder @E)

Intro To Problem 6 (Reaction Force at B For Beam)

Problem 6 (Reaction Force at B For Beam)

Intro To Problem 7 (Reaction Force at A For Beam)

Problem 7 (Reaction Force at A For Beam)

Intro To Problem 8 (BM & Reaction Force @ Support A)

Problem 8 (BM & Reaction Force @ Support A)

Intro To Problem 9 (Reaction Force @ Support B for Overhang Beam)

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Saturday Meet-Ups with Kenza 4 Lessons

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Moment of Inertia- October 15th,2022

Method of Section- October 29th, 2022

Area Moment of Inertia_ Jan 14th,2023

Moment of Inertia_Jan 21st,2023

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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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

Mechanics of Materials

Mechanics of Materials 130 Lessons

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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)

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Saturday’s Meeting with Kenza 2 Lessons

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Deflection- Feb 18th,2023

Maximum Bending Moment – Feb 25th , 2023

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25 Sections
820 Lessons