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8. Introduction to Statistics: Percentiles

8. Introduction to Statistics: Percentiles

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7. Introduction to Statistics: Linear Transformations

7. Introduction to Statistics: Linear Transformations

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6. Introduction to Statistics: Inferential Statistics

6. Introduction to Statistics: Inferential Statistics

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5. Introduction to Descriptive Statistics

5. Introduction to Descriptive Statistics

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4. Introduction to Statistics: Summation Notation

4. Introduction to Statistics: Summation Notation

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3. Introduction to Statistics: Variables

3. Introduction to Statistics: Variables

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2. Introduction to Statistics: What are statistics?

2. Introduction to Statistics: What are statistics?

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1. Introduction to Statistics: Importance of Statistics

1. Introduction to Statistics: Importance of Statistics

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Ex: Find the Inverse Laplace Transform of the Convolution of Two Functions<

Ex: Find the Inverse Laplace Transform of the Convolution of Two Functions<

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Ex: Find the Laplace Transform of the Convolution Integral

Ex: Find the Laplace Transform of the Convolution Integral

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Ex: Find the Convolution of Two Exponential Functions

Ex: Find the Convolution of Two Exponential Functions

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Ex: Find the Laplace Transform of a f(t) Times a Unit Step Function

Ex: Find the Laplace Transform of a f(t) Times a Unit Step Function

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Ex: Find the Laplace Transform of a Piecewise Defined Function (Ramp)

Ex: Find the Laplace Transform of a Piecewise Defined Function (Ramp)

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Ex: Find the Laplace Transform of a Step Function (method #2)

Ex: Find the Laplace Transform of a Step Function (method #2)

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Ex: Find the Laplace Transform of a Step Function (method #1)

Ex: Find the Laplace Transform of a Step Function (method #1)

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Ex: Write a Ramp Function Using the Unit Step Function

Ex: Write a Ramp Function Using the Unit Step Function

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Ex 2: Write a Step Function Using the Unit Step Function

Ex 2: Write a Step Function Using the Unit Step Function

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Ex 1: Write a Step Function Using the Unit Step Function

Ex 1: Write a Step Function Using the Unit Step Function

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Ex 2: Solve a Homogeneous DE IVP Using Laplace Transforms

Ex 2: Solve a Homogeneous DE IVP Using Laplace Transforms

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Ex 1: Solve a Homogeneous DE IVP Using Laplace Transforms

Ex 1: Solve a Homogeneous DE IVP Using Laplace Transforms

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Ex 2: Find the Inverse Laplace Transform of Y(s) Using Partial Fractions

Ex 2: Find the Inverse Laplace Transform of Y(s) Using Partial Fractions

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Ex 1: Find the Inverse Laplace Transform of Y(s) Using Partial Fractions

Ex 1: Find the Inverse Laplace Transform of Y(s) Using Partial Fractions

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Find Inverse Laplace Transforms: sinh(at) and e^(at)

Find Inverse Laplace Transforms: sinh(at) and e^(at)

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Find Inverse Laplace Transforms: sin(at) and cos(at)

Find Inverse Laplace Transforms: sin(at) and cos(at)

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Find Inverse Laplace Transforms: e^(at) and t^n

Find Inverse Laplace Transforms: e^(at) and t^n

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Find Basic Inverse Laplace Transforms of the Form t^n

Find Basic Inverse Laplace Transforms of the Form t^n

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Laplace Transform: Find Y(s)=L(y) Given a Nonhomogeneous Differential Equation

Laplace Transform: Find Y(s)=L(y) Given a Nonhomogeneous Differential Equation

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Laplace Transform: Find Y(s)=L(y) Given a Homogeneous Differential Equation

Laplace Transform: Find Y(s)=L(y) Given a Homogeneous Differential Equation

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Ex: Find the Laplace Transform of f(t)=sin(6t) Using Definition

Ex: Find the Laplace Transform of f(t)=sin(6t) Using Definition

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Ex: Find the Laplace Transform of f(t)=t^3 Using Definition

Ex: Find the Laplace Transform of f(t)=t^3 Using Definition

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Ex: Find the Laplace Transform of f(t)=e^(2t) Using Definition

Ex: Find the Laplace Transform of f(t)=e^(2t) Using Definition

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Ex: Find the Laplace Transform of f(t)=3 Using Definition

Ex: Find the Laplace Transform of f(t)=3 Using Definition

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Introduction to Laplace Transforms

Introduction to Laplace Transforms

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Ex: Determine a Dampening Force For An Critically Damped System (Free Damped Vibration)

Ex: Determine a Dampening Force For An Critically Damped System (Free Damped Vibration)

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Ex: Determine a Dampening Force For An Overdamped System (Free Damped Vibration)

Ex: Determine a Dampening Force For An Overdamped System (Free Damped Vibration)

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Ex: Model Free Damped Vibration and Find Displacement Function

Ex: Model Free Damped Vibration and Find Displacement Function

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Ex 3: Free Undamped Motion IVP Problem (Spring System)

Ex 3: Free Undamped Motion IVP Problem (Spring System)

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Ex 2: Free Undamped Motion IVP Problem (Spring System)

Ex 2: Free Undamped Motion IVP Problem (Spring System)

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Ex 1: Free Undamped Motion IVP Problem (Spring System)

Ex 1: Free Undamped Motion IVP Problem (Spring System)

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Introduction to Free Undamped Motion (Spring System)

Introduction to Free Undamped Motion (Spring System)

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Find a Particular Solution to a Nonhomgeneous DE Using Variation of Parameters

Find a Particular Solution to a Nonhomgeneous DE Using Variation of Parameters

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Determine a Particular Solution of a Second Order DE using Variation of Parameters

Determine a Particular Solution of a Second Order DE using Variation of Parameters

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Ex 3: General Solution to a Second Order DE Using Variation of Parameters (trig)

Ex 3: General Solution to a Second Order DE Using Variation of Parameters (trig)

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Ex 2: General Solution to a Second Order DE Using Variation of Parameters

Ex 2: General Solution to a Second Order DE Using Variation of Parameters

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Ex 1: General Solution to a Second Order DE Using Variation of Parameters

Ex 1: General Solution to a Second Order DE Using Variation of Parameters

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Derive the Variation of Parameters Formula to Solve Linear Second Order Nonhomogeneous DEs

Derive the Variation of Parameters Formula to Solve Linear Second Order Nonhomogeneous DEs

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Find a General Solution to a Nonhomogeneous DE Using Undetermined Coefficients (Sine)

Find a General Solution to a Nonhomogeneous DE Using Undetermined Coefficients (Sine)

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Find a General Solution to a Nonhomogeneous DE Using Undetermined Coefficients (Repeat Term)

Find a General Solution to a Nonhomogeneous DE Using Undetermined Coefficients (Repeat Term)

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Find a General Solution to a Nonhomogeneous DE Using Undetermined Coefficients (Exponential)

Find a General Solution to a Nonhomogeneous DE Using Undetermined Coefficients (Exponential)

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Find a General Solution to a Nonhomogeneous DE Using Undetermined Coefficients (Quadratic)

Find a General Solution to a Nonhomogeneous DE Using Undetermined Coefficients (Quadratic)

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Find a General Solution to a Nonhomogeneous DE Using Undetermined Coefficients (Linear)

Find a General Solution to a Nonhomogeneous DE Using Undetermined Coefficients (Linear)

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Initial Value Problem Using Method of Undetermined Coefficients

Initial Value Problem Using Method of Undetermined Coefficients

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Ex 2: Method of Undetermined Coefficients to Find the General Solution (quadratic)

Ex 2: Method of Undetermined Coefficients to Find the General Solution (quadratic)

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Ex 1: Method of Undetermined Coefficients to Find the General Solution (exponential)

Ex 1: Method of Undetermined Coefficients to Find the General Solution (exponential)

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Method of Undetermined Coefficients to Find a Particular Solution (trig)

Method of Undetermined Coefficients to Find a Particular Solution (trig)

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The Form of the Particular Solution Using the Method of Undetermined Coefficients - Part 2

The Form of the Particular Solution Using the Method of Undetermined Coefficients - Part 2

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The Form of the Particular Solution Using the Method of Undetermined Coefficients - Part 1

The Form of the Particular Solution Using the Method of Undetermined Coefficients - Part 1

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Prove the Form of the General Solution to a Linear Second Order Nonhomogeneous DE

Prove the Form of the General Solution to a Linear Second Order Nonhomogeneous DE

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Shortcut Reduction of Order - Linear Second Order Homogeneous Differential Equations Part 2

Shortcut Reduction of Order - Linear Second Order Homogeneous Differential Equations Part 2

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Reduction of Order - Linear Second Order Homogeneous Differential Equations Part 2

Reduction of Order - Linear Second Order Homogeneous Differential Equations Part 2

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Shortcut Reduction of Order - Linear Second Order Homogeneous Differential Equations Part 1

Shortcut Reduction of Order - Linear Second Order Homogeneous Differential Equations Part 1

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Reduction of Order - Linear Second Order Homogeneous Differential Equations Part 1

Reduction of Order - Linear Second Order Homogeneous Differential Equations Part 1

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Verify a Fundamental Set of Solutions for a Linear Second Order Homogeneous DE

Verify a Fundamental Set of Solutions for a Linear Second Order Homogeneous DE

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Second Order Nonhomogeneous Cauchy-Euler Differential Equations

Second Order Nonhomogeneous Cauchy-Euler Differential Equations

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Ex: Solve a Second Order Cauchy-Euler DE Initial Value Problem (Complex)

Ex: Solve a Second Order Cauchy-Euler DE Initial Value Problem (Complex)

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Ex: Solve a Second Order Cauchy-Euler DE Initial Value Problem (2 equal real)

Ex: Solve a Second Order Cauchy-Euler DE Initial Value Problem (2 equal real)

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Ex: Solve a Second Order Cauchy-Euler DE Initial Value Problem (2 distinct real)

Ex: Solve a Second Order Cauchy-Euler DE Initial Value Problem (2 distinct real)

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General Solution to a Second Order Homogeneous Cauchy-Euler Equation (complex)

General Solution to a Second Order Homogeneous Cauchy-Euler Equation (complex)

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General Solution to a Second Order Homogeneous Cauchy-Euler Equation (equal roots)

General Solution to a Second Order Homogeneous Cauchy-Euler Equation (equal roots)

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General Solution to a Second Order Homogeneous Cauchy-Euler Equation (distinct real)

General Solution to a Second Order Homogeneous Cauchy-Euler Equation (distinct real)

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Cauchy-Euler Initial Value Problem

Cauchy-Euler Initial Value Problem

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Derive the Auxiliary Equation for a Cauchy-Euler Equation

Derive the Auxiliary Equation for a Cauchy-Euler Equation

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Describe the End Behavior of the Solutions to a Linear Second Order Homogeneous DE

Describe the End Behavior of the Solutions to a Linear Second Order Homogeneous DE

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Ex: Solve Linear Second Order Homogeneous DE with Constant Coefficients to Determine an Initial Condition

Ex: Solve Linear Second Order Homogeneous DE with Constant Coefficients to Determine an Initial Condition

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Ex: Solve Linear Second Order Homogeneous DE IVP with Constant Coefficients (Complex)

Ex: Solve Linear Second Order Homogeneous DE IVP with Constant Coefficients (Complex)

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Ex: Solve a Linear Second Order Homogeneous Differential Equation Initial Value Problem (complex)

Ex: Solve a Linear Second Order Homogeneous Differential Equation Initial Value Problem (complex)

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Ex: Linear Second Order Homogeneous Differential Equations - (complex roots)

Ex: Linear Second Order Homogeneous Differential Equations - (complex roots)

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Linear Second Order Homogeneous Differential Equations - (complex roots)

Linear Second Order Homogeneous Differential Equations - (complex roots)

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Ex: Solve a Linear Second Order Homogeneous Differential Equation Initial Value Problem (equal)

Ex: Solve a Linear Second Order Homogeneous Differential Equation Initial Value Problem (equal)

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Ex: Linear Second Order Homogeneous Differential Equations - (two real equal roots)

Ex: Linear Second Order Homogeneous Differential Equations - (two real equal roots)

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Linear Second Order Homogeneous Differential Equations - (two real equal roots)

Linear Second Order Homogeneous Differential Equations - (two real equal roots)

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Ex: Linear Second Order Homogeneous Differential Equations - (two real irrational roots)

Ex: Linear Second Order Homogeneous Differential Equations - (two real irrational roots)

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Ex 2: Solve a Linear Second Order Homogeneous Differential Equation Initial Value Problem

Ex 2: Solve a Linear Second Order Homogeneous Differential Equation Initial Value Problem

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Ex 1: Solve a Linear Second Order Homogeneous Differential Equation Initial Value Problem

Ex 1: Solve a Linear Second Order Homogeneous Differential Equation Initial Value Problem

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Ex: Solve and Verify the Solution of a Linear Second Order Homogeneous Differential Equation

Ex: Solve and Verify the Solution of a Linear Second Order Homogeneous Differential Equation

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Ex: Linear Second Order Homogeneous Differential Equations - (two distict real roots)

Ex: Linear Second Order Homogeneous Differential Equations - (two distict real roots)

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Linear Second Order Homogeneous Differential Equations - (two distict real roots)

Linear Second Order Homogeneous Differential Equations - (two distict real roots)

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Linear Independent Functions

Linear Independent Functions

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Linear Dependent Functions

Linear Dependent Functions

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Approximate a Function Value of a Solution to a DE Using Euler's Method

Approximate a Function Value of a Solution to a DE Using Euler's Method

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Approximate a Solution to a DE Using Euler's Method

Approximate a Solution to a DE Using Euler's Method

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Write a Differential Equation to Model Logistic Sales Growth

Write a Differential Equation to Model Logistic Sales Growth

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Ex 2: Solve an Autonomous DE IVP - Logistic Growth Using Separation of Variables

Ex 2: Solve an Autonomous DE IVP - Logistic Growth Using Separation of Variables

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Ex 1: Solve an Autonomous DE IVP - Logistic Growth (Shortcut)

Ex 1: Solve an Autonomous DE IVP - Logistic Growth (Shortcut)

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Ex 1: Solve an Autonomous DE IVP - Logistic Growth Using Separation of Variables

Ex 1: Solve an Autonomous DE IVP - Logistic Growth Using Separation of Variables

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Find the Equilibrium Population and When the a Population is Increasing Given a Autonomous DE

Find the Equilibrium Population and When the a Population is Increasing Given a Autonomous DE

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Write a Differential Equation to Model the Change in a Bank Account: Changing Deposit Amount

Write a Differential Equation to Model the Change in a Bank Account: Changing Deposit Amount

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Separable Differential Equation Application: Kirchhoff's Law

Separable Differential Equation Application: Kirchhoff's Law

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Separable Differential Equation Application: Mixture with Flow In/Out Different

Separable Differential Equation Application: Mixture with Flow In/Out Different

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Separable Differential Equation Application: Mixture with Flow In/Out Equal

Separable Differential Equation Application: Mixture with Flow In/Out Equal

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