Elementary Differential Equations
Chapter 1: First Order Equations
(Open for bug hunting)- Introduction
- Geometric Interpretation
- Separable Equations
- Initial Value Problems
- Exact Equations
- Numerical Methods
- Linear Equations
- Autonomous Equations
- Change of Variables
- Long-Term Behavior of Solutions
- Population Models
- Harvesting Models
- Picking a Technique and Theory of First Order Equations
- Extra Credit: Runge-Kutta and Runge-Kutta-Fehlberg Methods
- Extra Credit: Calculus of Variations
- Homework Exercises
Chapter 2: Higher Order Linear Equations
(Open for bug hunting)- Complex Variables
- Geometry of Complex Numbers
- Graphing Complex Functions
- Theory of Linear Equations
- Homogeneous Equations
- Inhomogeneous Equations
- Variation of Parameters
- Numerical Methods for Higher-Order Equations
- Free Motion
- Forced Motion
- Homework Exercises
Chapter 3: Laplace Transforms
(Open for bug hunting)- Laplace Transforms
- Table of Laplace Transforms
- The Gamma Function
- Solving Differential Equations with Laplace Transforms
- Impulse Functions
- Convolutions
- Systems of Equations
- Non-linear Systems of Equations
- Geometric Methods for 2-dimensional Systems
- Homework Exercises
Chapter 4: Series Solutions
(Open for bug hunting)- Power Series
- Series Solutions
- Radius of Convergence
- Euler Equations
- Regular Singular Points
- Series Solutions About Regular Singular Points
- Convergence of Series Solutions About Regular Singular Points
- Bessel Functions
- Where Do Variable Coefficient Problems Come From?
- Separation of Variables
- Boundary Value Problems
- Homework Exercises
Capstone to Calculus
(Open for bug hunting)Please report any problems with this page to bennett@math.ksu.edu
©2010 Andrew G. Bennett