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FE Accelerator : Morning – Other Disciplines

Prepare with 700+ In-Depth Lessons & Problems

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The FE Accelerator Morning course will help you pass your FE Other Disciplines exam. Over 300 problems, all with step-by-step video solutions. Plus, concepts will be covered for each subject and over 700 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
Chemistry
Instrumentation and Controls
Engineering Ethics and Societal Impacts
Safety, Health, and Environment
Engineering Economics
Statics

Course Content

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… 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

Need Motivation? Watch This!

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)

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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Saturday Meet-Ups with Kenza 5 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,2023

Weekly meet up on August 5th, 2023

Weekly meet up on August 19th, 2023

Chemistry

Chemical Reactions

Stoichiometry 25 Lessons

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Intro to Stoichiometry

Chemical Equation

Ideal vs Limting Reactant Stoichiometry

Four type of problems in stoichiometry

Intro to Problem 1 (Chemical Equation)

Problem 1 (Chemical Equation)

Intro to Problem 2 (Chemical Equation)

Problem 2 (Chemical Equation)

Intro to Problem 3 (Chemical Equation)

Problem 3 (Chemical Equation)

Intro to Problem 4 (Combustion)

Problem 4 (Combustion)

Intro to Problem 5 (Chemical Equation)

Problem 5 (Chemical Equation)

Intro to Problem 6 (Chemical Equation)

Problem 6 (Chemical Equation)

Intro to Problem 7 (Chemical Equation)

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Limiting and Excess Reactant 19 Lessons

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Introduction to limiting and excess reactant

Factors affecting actual yield

Intro to Problem 1 (Maximum Number of Moles)

Problem 1- Method 1 (Maximum Number of Moles)

Problem 1- Method 2 (Maximum Number of Moles)

Intro to Problem 2 (Maximum Number of Moles)

Problem 2 (Maximum Number of Moles)

Intro to Problem 3 (Excess Reactant)

Problem 3 (Excess Reactant)

Intro to Problem 4 (Theoretical yield)

Problem 4 (Theoretical yield)

Intro to Problem 5 (Excess Reactant)

Problem 5 (Excess Reactant)

Intro to Problem 6 (Percent Yield)

Problem 6 (Percent Yield)

Intro to Problem 7 (Percent Yield)

Problem 7 (Percent Yield)

Chemical Equilibrium 37 Lessons

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Introduction to chemical equilibrium

Equilibrium Constant

Le Chatelier’s Principle

Change in Concentration

Change in Pressure

Change in Temperature

Example Equilibrium Constant

Intro to Problem 1 (Chemical Equilibrium Constant)

Problem 1 (Chemical Equilibrium Constant)

Intro to Problem 2 (Equilibrium Constant)

Problem 2 (Equilibrium Constant)

Intro to Problem 3 (Equilibrium Constant)

Problem 3 (Equilibrium Constant)

Intro to Problem 4 (Equilibrium Constant)

Problem 4 (Equilibrium Constant)

Intro to Problem 5 (Adjusted Reaction)

Problem 5 (Adjusted Reaction)

Intro to Problem 6 (Concentration of Hydrogen)

Problem 6 (Concentration of Hydrogen)

Intro to Problem 7 (Equilibrium Constant)

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Acids and Bases

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Introduction to Acids and Bases

Identifying Acids and Bases

Defining Acids and Bases

Arrhenius Acids and Bases

Example of Arrhenius Theory

Bronsted-Lowry Acids and Bases

Examples of Bronsted-Lowry Theory

Examples of Conjugate Acid and Bases

Strength of Acids

Strength of Bases

Summary of Acids and Bases

Water Dissociation Constant

Degree of Dissociation Constants

Intro to Problem 1 (Concentration of hydroxide)

Problem 1 (Concentration of hydroxide)

Intro to Problem 2 (pOH)

Problem 2 (pOH)

Intro to Problem 3(pKa)

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Buffer 22 Lessons

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Introduction to Buffers

How Buffers Work

Buffer Capacity and Range

pH of a Buffer Solution

Intro to Problem 1 (pH of the Solution)

Problem 1 (pH of the Solution)

Intro to Problem 2 (pH of the Solution)

Problem 2 (pH of the Solution)

Intro to Problem 3 (pKa)

Problem 3 (pKa)

Intro to Problem 4 (Determine the mass)

Problem 4 (Determine the mass)

Intro to Problem 5 (Buffer Solution)

Problem 5 (Buffer Solution)

Intro to Problem 6 (Conceptual Question)

Problem 6 (Conceptual Question)

Intro to Problem 7 (pH of the Solution)

Problem 7 (pH of the Solution)

Intro to Problem 8 (Buffering Capacity)

Problem 8 (Buffering Capacity)

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Titration 17 Lessons

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Introduction to Titration

Titration Process

Type of Indicators

Equivalence Point

Titration Curves

Inro to Problem 1 (Concentration of HCI)

Problem 1 (Concentration of HCI)

Intro to Problem 2 (Molarity)

Problem 2 (Molarity)

Intro to Problem 3 (Volume of NaOH)

Problem 3 (Volume of NaOH)

Intro to Problem 4 (Match the following)

Problem 4 (Match the following)

Intro to Problem 5 (Conceptual Question)

Problem 5 (Conceptual Question)

Intro to Problem 6 (Conceptual Question)

Problem 6 (Conceptual Question)

Oxidation and Reduction

Redox Reaction 27 Lessons

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Oxidation Number in Ions

Identifying Oxidizing and Reducing Agents

Determining Mole of Electrons Transferred

Balancing the Redox Reaction

Intro to Problem 1 (Redox Reaction)

Problem 1 (Redox Reaction)

Intro to Problem 2 (Redox Reaction)

Problem 2 (Redox Reaction)

Intro to Problem 3 (Oxidizing agent)

Problem 3 (Oxidizing agent)

Intro to Problem 4 (Reducing Agent)

Problem 4 (Reducing Agent)

Intro to Problem 5 (Oxidation State)

Problem 5 (Oxidation State)

Intro to Problem 6 (Reducing agent)

Problem 6 (Reducing agent)

Intro to Problem 7 (Moles of Electrons)

Problem 7 (Moles of Electrons)

Intro to Problem 8 (Moles of Electrons)

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Course Content

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… 7 Lessons

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Section Content

0% Complete 0/7 Steps

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

Need Motivation? Watch This!

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)

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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Saturday Meet-Ups with Kenza 5 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,2023

Weekly meet up on August 5th, 2023

Weekly meet up on August 19th, 2023

Chemistry

Chemical Reactions

Stoichiometry 25 Lessons

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Intro to Stoichiometry

Chemical Equation

Ideal vs Limting Reactant Stoichiometry

Four type of problems in stoichiometry

Intro to Problem 1 (Chemical Equation)

Problem 1 (Chemical Equation)

Intro to Problem 2 (Chemical Equation)

Problem 2 (Chemical Equation)

Intro to Problem 3 (Chemical Equation)

Problem 3 (Chemical Equation)

Intro to Problem 4 (Combustion)

Problem 4 (Combustion)

Intro to Problem 5 (Chemical Equation)

Problem 5 (Chemical Equation)

Intro to Problem 6 (Chemical Equation)

Problem 6 (Chemical Equation)

Intro to Problem 7 (Chemical Equation)

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Limiting and Excess Reactant 19 Lessons

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Introduction to limiting and excess reactant

Factors affecting actual yield

Intro to Problem 1 (Maximum Number of Moles)

Problem 1- Method 1 (Maximum Number of Moles)

Problem 1- Method 2 (Maximum Number of Moles)

Intro to Problem 2 (Maximum Number of Moles)

Problem 2 (Maximum Number of Moles)

Intro to Problem 3 (Excess Reactant)

Problem 3 (Excess Reactant)

Intro to Problem 4 (Theoretical yield)

Problem 4 (Theoretical yield)

Intro to Problem 5 (Excess Reactant)

Problem 5 (Excess Reactant)

Intro to Problem 6 (Percent Yield)

Problem 6 (Percent Yield)

Intro to Problem 7 (Percent Yield)

Problem 7 (Percent Yield)

Chemical Equilibrium 37 Lessons

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Introduction to chemical equilibrium

Equilibrium Constant

Le Chatelier’s Principle

Change in Concentration

Change in Pressure

Change in Temperature

Example Equilibrium Constant

Intro to Problem 1 (Chemical Equilibrium Constant)

Problem 1 (Chemical Equilibrium Constant)

Intro to Problem 2 (Equilibrium Constant)

Problem 2 (Equilibrium Constant)

Intro to Problem 3 (Equilibrium Constant)

Problem 3 (Equilibrium Constant)

Intro to Problem 4 (Equilibrium Constant)

Problem 4 (Equilibrium Constant)

Intro to Problem 5 (Adjusted Reaction)

Problem 5 (Adjusted Reaction)

Intro to Problem 6 (Concentration of Hydrogen)

Problem 6 (Concentration of Hydrogen)

Intro to Problem 7 (Equilibrium Constant)

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Acids and Bases

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Introduction to Acids and Bases

Identifying Acids and Bases

Defining Acids and Bases

Arrhenius Acids and Bases

Example of Arrhenius Theory

Bronsted-Lowry Acids and Bases

Examples of Bronsted-Lowry Theory

Examples of Conjugate Acid and Bases

Strength of Acids

Strength of Bases

Summary of Acids and Bases

Water Dissociation Constant

Degree of Dissociation Constants

Intro to Problem 1 (Concentration of hydroxide)

Problem 1 (Concentration of hydroxide)

Intro to Problem 2 (pOH)

Problem 2 (pOH)

Intro to Problem 3(pKa)

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Buffer 22 Lessons

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Introduction to Buffers

How Buffers Work

Buffer Capacity and Range

pH of a Buffer Solution

Intro to Problem 1 (pH of the Solution)

Problem 1 (pH of the Solution)

Intro to Problem 2 (pH of the Solution)

Problem 2 (pH of the Solution)

Intro to Problem 3 (pKa)

Problem 3 (pKa)

Intro to Problem 4 (Determine the mass)

Problem 4 (Determine the mass)

Intro to Problem 5 (Buffer Solution)

Problem 5 (Buffer Solution)

Intro to Problem 6 (Conceptual Question)

Problem 6 (Conceptual Question)

Intro to Problem 7 (pH of the Solution)

Problem 7 (pH of the Solution)

Intro to Problem 8 (Buffering Capacity)

Problem 8 (Buffering Capacity)

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Titration 17 Lessons

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Introduction to Titration

Titration Process

Type of Indicators

Equivalence Point

Titration Curves

Inro to Problem 1 (Concentration of HCI)

Problem 1 (Concentration of HCI)

Intro to Problem 2 (Molarity)

Problem 2 (Molarity)

Intro to Problem 3 (Volume of NaOH)

Problem 3 (Volume of NaOH)

Intro to Problem 4 (Match the following)

Problem 4 (Match the following)

Intro to Problem 5 (Conceptual Question)

Problem 5 (Conceptual Question)

Intro to Problem 6 (Conceptual Question)

Problem 6 (Conceptual Question)

Oxidation and Reduction

Redox Reaction 27 Lessons

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Oxidation Number in Ions

Identifying Oxidizing and Reducing Agents

Determining Mole of Electrons Transferred

Balancing the Redox Reaction

Intro to Problem 1 (Redox Reaction)

Problem 1 (Redox Reaction)

Intro to Problem 2 (Redox Reaction)

Problem 2 (Redox Reaction)

Intro to Problem 3 (Oxidizing agent)

Problem 3 (Oxidizing agent)

Intro to Problem 4 (Reducing Agent)

Problem 4 (Reducing Agent)

Intro to Problem 5 (Oxidation State)

Problem 5 (Oxidation State)

Intro to Problem 6 (Reducing agent)

Problem 6 (Reducing agent)

Intro to Problem 7 (Moles of Electrons)

Problem 7 (Moles of Electrons)

Intro to Problem 8 (Moles of Electrons)

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