Date Chapter/Topics or Page/Problems M Jan 7 Calculus Review Review T 8 Lecture 1: What is an ODE? Introduction 1.1-2 W 9 1.1.1,4,15 Due W Jan 16 (HW 1) 1.2.4,12 Due W Jan 16 Th 10 Lecture 2: Some ODEs we can solve. Separable and First Order Linear ODE (mentioned autonomous ODE and modeling) 1.3, 2.1-2 M 14 1.3.2,5,11 Due W Jan 16 2.1.3,9,30 Due W Jan 16 2.2.2,3,17 Due W Jan 16 T 15 Lecture 3: More on autonomous ODE Review: y' = f(x,y) Transition x' = f(t,x) Autonomous ODE: equilibrium points; stability (mentioned modeling, existence and uniqueness) 2.3-4 W 16 2.3.2,3,16 Due W Jan 23 (HW 2) 2.4.10,11,16 Due W Jan 23 Th 17 Lecture 4: The logistic equation limits and finite time blow-up Existence and Uniqueness for Linear ODE 2.4-6 (reading) M 21 (no recitation) 2.5.10,11,12 Due W Jan 23 (autonomous ODE) T 22 Lecture 5: slope fields and numerical packages W 23 2.6.10,11,12 Due W Jan 30 (HW 3) Th 24 Lecture 6: Exact Equations (2.6) (and a mixing problem; end of chapter 2) M 28 2.7.5,15 Due W Jan 30 2.5.1 Due W Jan 30 2.4.4,7 Due W Jan 30 2.3.4,6 Due W Jan 30 T 29 a winter weather event (?) W 30 3.2.2,4,8,10,16 Due W Feb 6 (HW 4) 2.4.8,10 Due W Feb 6 Th 31 Lecture 7: Nonlinear existence and uniquness Linear systems (3.2) Topics to cover: 1. A bit on numerics 2. A bit on systems 3. Existence and uniqueness for nonlinear ODE M Feb 4 3.3.2,4,6 Due W Feb 6 T 5 Lecture 8: More on linear systems (3.3) Existence and Uniqueness (2.4, 3.6 Thm. 3.6.1 6.2 Thm. 6.2.1) Notes F Notes L W 6 2.1.5 Due W Feb 13 (HW 5) 2.2.19 Due W Feb 13 2.3.1,5 Due W Feb 13 2.4.5,9,14,17 Due W Feb 13 3.2.22,26 Due W Feb 13 Th 7 Lecture 9: Constant coefficient linear systems (with a basis of eigenvectors) Notes F Notes L M 11 3.2.27,30 Due W Feb 13 3.3.3,4 Due W Feb 13 T 12 Lecture 10: Inhomogeneities/equilibria (for constant coefficient linear systems) Notes F Notes L W 13 3.2.3,4,15,16 Due W Feb 20 (HW 6) 3.3.5,6,12 Due W Feb 20 Th 14 Exam 1 Grades F sections Grades L sections M 18 3.2.6,12,21 Due W Feb 20 3.3.25,26 Due W Feb 20 T 19 Lecture 11: Numerics and complex eigenvalues W 20 3.4.2,6,8,21 Due W Feb 27 (HW 7) 8.1.1,2,6,11 Due W Feb 27 Th 21 Lecture 12: Numerics and complex eigenvalues M 25 3.5.2,10 Due W Feb 27 8.3.2,8 Due W Feb 27 T 26 Lecture 13: Numerics, complex eigenvalues and Jordan form W 27 3.6.1,2,3,13 Due W Mar 6 (HW 8) 8.3.3 Due W Mar 6 3.6.1,2,3,13 Due W Mar 6 Th 28 Lecture 14: Numerics and nonlinear systems M Mar 4 7.1.1 Due W Mar 6 7.2.1 Due W Mar 6 T 5 Lecture 15: Nonlinear systems W 6 4.1.1-5,8,14 Due W Mar 13 (HW 9) Th 7 Lecture 16: Simple pendulum M 11 4.2.10,12,15,16,22,24 Due W Mar 13 T 12 Lecture 17: pendulum and second order linear equations (L section) W 13 8.4.1,2 Due W Mar 27 (HW 10) 4.3.32,33,34,44 Due W Mar 27 4.4.8,9 Due W Mar 27 4.5.17,18,19,20 Due W Mar 27 Th 14 Lecture 18: second order linear equations (both sections) M 18 no classes this week T 19 no classes this week W 20 no classes this week Th 21 no classes this week M 25 4.6.9 (determine the period of the beats),10,11 Due W April 3 (HW 11) 6.1.4,10 Due W April 3 6.2.1,3,5,7 Due W April 3 T 26 Lecture 19: oscillators W 27 7.1.19,20 Due W April 10 (HW 12) 7.2.23 Due W April 10 7.3.2,3 Due W April 10 7.4.2,3 Due W April 10 Th 28 Lecture 20: Exam review/oscillators M April 1 T 2 Exam 2 Grades W 3 Th 4 Lecture 22: F sections Oscillators L sections Difference Equations Project M 8 T 9 Lecture 23: F sections Damping Project L sections Laplace Transforms W 10 5.1.2,4,7,14,18 Due W April 17 (HW 13) Th 11 Lecture 24: Oscillators/Laplace Transforms M 15 5.2.1,11,12,14,20 Due W April 17 T 16 Lecture 25: Laplace Transforms W 17 5.2.23,24,26,28 (extra problems---do not turn in) 5.3.2,4,8,10,12,14 (HW 14---do them, but do not turn them in) Th 18 Lecture 26: Laplace Transforms M 22 5.4.2,7,8,10 (do them, but do not turn them in) 5.5.3,8,22,23 (extra problems---do not turn in) 5.6.1,2,13,18 (do them, but do not turn them in) T 23 Lecture 27: Laplace Transforms W 24 5.7.1,3,5,16,17,18 (HW 15---do them, but do not turn them in) Th 25 Final Exam Week M 29 T 30 Final Exam L Sections (2:40-5:30) W May 1 Th 2 Final Exam F Sections (11:00-2:10) All Final Exam Grades