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

Office Hours Sci 1380:
Drop-in Office Hours (no appointment needed) are listed on google calendar.

Appointment:
UMM students may sign up for an appointment using google calendar.

Email:
mcquarrb@morris.umn.edu

Phone:
589-6302
(I do not use voicemail)