Graphical and Numerical Solution of Differential Equations (UMAP)
Author: Paul Calter
By the end of this module students will have learned how to: 1) draw a tangent field for a given first order differential equation; 2) sketch several possible solutions through a given tangent field; 3) solve a first order differential equation by a graphical application of Euler's Method; 4) carry out a numerical solution of a differential equation by Euler's Method, either by hand, by using a calculator or by a computer; 4) given a verbal description of a simple situation that can be described by means of first order differential equation, write such an equation; and 6) given an equation, a graph, or a table of data points, determine whether they represent solutions to a given differential equation.
Table of Contents:
CHAPTER 1: THE OPTICAL FILTER
CHAPTER 2: THE SAGGING BEAM PROBLEM
CHAPTER 3: THE FISH POND PROBLEM
CHAPTER 4: MODELING THE OPTICAL FILTER PROBLEM
CHAPTER 5: MODELING THE SAGGING BEAM PROBLEM
Quiz #1
CHAPTER 6: PROFESSOR ARCLET TO THE RESCUE
CHAPTER 7: TANGENT FIELDS, AND SOLUTIONS TO DE'S
Quiz #2
CHAPTER 8 : THE FISH POND PROBLEM SOLVED WITH A TANGENT FIELD
CHAPTER 9: SOLVING DIFFERENTIAL EQUATIONS GRAPHICALLY
Quiz #3
CHAPTER 10: A GRAPHICAL SOLUTION TO THE FILTER PROBLEM
CHAPTER 11: SOLVING DIFFERENTAL EQUATION NUMERICALLY
Quiz #4
CHAPTER 12: A NUMERICAL SOLUTION TO THE SAGGING BEAM PROBLEM
CHAPTER 13: THAT EXAM AGAIN
That Exam
APPENDICES
A: Answers to Quiz #1
B: Answers to Quiz #2
C: Answers to Quiz #3
D: Answers to Quiz #4
E: Answers to That Exam
Mathematics Topics:
Application Areas:
Prerequisites:
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