Math 2401 Differential Equations
Topic | Lecture Resources | Resources/Practice Problems |
---|---|---|
Course Introduction and Review DE as seen in Calculus II | Review DE as seen in Calc II |
Review Mathematica Basics Review Mathematica Intermediate |
Terminology |
Wikipedia introduction to DE MMA used in Lecture |
Practice Problems |
1st Order: Linear Equations (integrating factor method) |
Practice Problems MMA for Practice Problems |
|
1st Order: Separable Equations and Modeling |
MMA mixing problems |
Practice Problems MMA for Practice Problems |
1st Order: Differences Between Linear & Nonlinear Equations |
MMA used in Lecture |
Practice Problems MMA for Practice Problems |
1st Order: Autonomous Equations and Population Dynamics |
Lecture Notes MMA used in Lecture |
Practice Problems |
1st Order: Exact Equations |
Practice Problems MMA for Practice Problems |
|
1st Order: Taylor's Method of Order n: Numerical Solutions to IVP |
MMA used in Lecture |
|
1st Order: The Existence & Uniqueness Theorem |
MMA Picard's Iteration Method |
Practice Problems MMA for Practice Problems |
2nd Order Linear: Homogeneous Equations with Constant Coefficients |
MMA used in Lecture |
Practice Problems MMA for Practice Problems |
2nd Order Linear: Solutions of Linear Homogeneous Equations & Wronskian |
Handout used in Lecture |
Practice Problems MMA for Practice Problems |
2nd Order Linear: Repeated Roots & Reduction of Order |
MMA Examples of repeated, complex, and distinct roots |
Practice Problems MMA for Practice Problems |
2nd Order Linear: Nonhomogeneous Equations: Method of Undetermined Coefficients |
Handout used in Lecture MMA used in Lecture |
Practice Problems MMA for Practice Problems |
2nd Order Linear: Nonhomogeneous Equations: Variation of Parameters |
Practice Problems MMA for Practice Problems |
|
2nd Order Linear: Application: Vibrations |
MMA The Three Types of Damping |
Practice Problems MMA for Practice Problems |
2nd Order Linear: Application: Forced Vibrations |
MMA Exploration of Forced Vibrations |
|
Higher Order Linear: General Theory of Homogeneous Equations Constant Coefficients |
MMA Higher Order Repeated Roots Roots of Unity |
Practice Problems MMA for Practice Problems |
Higher Order Linear: Undetermined Coefficients and Variation of Parameters |
Lecture Notes MMA used in Lecture |
Practice Problems MMA for Practice Problems |
Power Series Review |
MMA Power Series Review |
Practice Problems MMA for Practice Problems |
Series Solution about Ordinary Point |
Concept Map for Series Solution MMA used in Lecture MMA used in Lecture |
Practice Problems MMA for Practice Problems |
Euler Equations & Regular Singular Points |
MMA Taylor Series Fail with Singular Points |
Practice Problems |
Series Solutions about Regular Singular Point |
Practice Problems |
|
Series Solutions in General (not looking for patterns) |
Lecture Notes from 1986 Lecture Notes MMA used in Lecture |
|
Bessel's Equation |
Lecture Notes MMA used in Lecture |
|
Laplace Transforms: Definition of Laplace Transform and Solution of Initial Value Problems |
MMA Basics for Laplace Transform |
Practice Problems MMA for Practice Problems |
Laplace Transforms: Step Functions |
MMA Basics for Step Functions |
Practice Problems MMA for Practice Problems |
Laplace Transforms: Equations with Discontinuous Forcing Functions |
Practice Problems MMA for Practice Problems |
|
Laplace Transforms: Impulse Functions |
MMA Basics for Impulse Functions |
Practice Problems MMA for Practice Problems |
Linear Systems: Introduction to Systems of First Order Linear Equations |
Practice Problems MMA for Practice Problems |
|
Linear Systems: Systems of Algebraic Equations |
MMA Eigensystem Basics |
Practice Problems MMA for Practice Problems |
Linear Systems: Basic Theory of Systems of First Order Linear Equations |
Pronunciation of Greek Alphabet |
Practice Problems |
Linear Systems: Homogeneous Linear Systems with Constant Coefficients |
MMA for Homogeneous Linear Systems |
Practice Problems |
Linear Systems: Complex and Repeated Eigenvalues |
Practice Problem Practice Problem |
|
Linear Systems: Nonhomogeneous Linear Systems | ||
Linear Systems: The Phase Plane |
MMA The Phase Plane |
Practice Problems MMA for Practice Problems |
Nonlinear Systems: Autonomous Systems and Stability |
MMA Taylor's Method of Order n for Systems |
|
Nonlinear Systems: Locally Linear Systems |
MMA Locally Linear Systems |
Practice Problems |
Nonlinear Systems: Competing Species |
MMA Competing Species |