ME 406 ASSIGNMENT #1
PROBLEMS DUE IN CLASS THURSDAY JANUARY 22, 2009
This assignment is not typical of the assignments in this course. It has one specific purpose: to give you a crash course in Mathem
ME 406 ASSIGNMENT #6
PROBLEMS DUE IN CLASS ON THURSDAY MARCH 5, 2009 LECTURE SCHEDULE AND READING
Section in Class Notes I. PLANE AUTONOMOUS SYSTEMS 1.8 Case Study: van der Pol Oscillator 1.9 Searchin
ME 406 ASSIGNMENT #10
PROBLEMS DUE BY 6 PM FRIDAY APRIL 24 2009 LECTURE SCHEDULE AND READING
Section in Class Notes 2.4 Volume in Phase Space 2.5 Lorenz Equations Date Section in Text T Apr 14 -T, Th
ME 406 ASSIGNMENT #8
PROBLEMS DUE BY 6 PM ON FRIDAY APRIL 10, 2009 LECTURE SCHEDULE AND READING
Section in Class Notes II. HIGHER ORDER AUTONOMOUS SYSTEMS 2.1 Linear Systems Distinct Eigenvalues 2.2 L
ME 406 ASSIGNMENT #2
PROBLEMS DUE IN CLASS THURSDAY JANUARY 29, 2009
This assignment has two objectives: (1) to give you practice using DynPac, and (2) to give you some experience with the basic conce
Assignment#3Sol.nb
1
ME 406 Assignment # 3 Solutions
In[552]:=
sysid
Mathematica In[553]:= 6.0.3, DynPac 11.02, 2102009
plotreset; intreset;
Problem 1
The equations of the problem are dx dt = ay, dy d
ME 406 Further Results for the Project: Analysis of Solution Near the Spiral Equilibrium for a = 0
1. Introduction
sysid; plotreset; intreset; imsize = 250;
Mathematica 6.0.3, DynPac 11.02, 4102009
I
ME 406 Assignment #4 Solutions
sysid
Mathematica 6.0.3, DynPac 11.01, 1302009
Problem 1
Part a
The right-hand sides at the origin are sin(0+0) = 0 and sin(0-0) =0, so (0,0) is an equilibrium. The ri