Class | Date | Main Topic | Section(s) |
1 | Tu 01/28 | Overview | |
2, H1a | Th 01/30 | Gaussian elimination: reduction in appended tableau, Q1a | 6.1 |
3 | Tu 02/04 | Gaussian elimination: review of invertible matrix theorem, Q1b | 6.3 |
4, H1b | Th 02/06 | Gaussian elimination in Matlab/Octave, Q1c | |
5 | Tu 02/11 | Taylor's theorem in one dimension, Q2ab | 1.1 |
6 | Th 02/13 | Taylor's theorem in Matlab/Octave | |
7, H2 | Tu 02/18 | Taylor's theorem in higher dimensions, Q2c | 1.2 |
8 | Th 02/20 | Interpolation: existence and uniqueness, Q3a | 4.1 |
9 | Tu 02/25 | Interpolation: Newton divided differences, error theorem, Q3b | 4.1 |
10, H3 | Th 02/27 | Interpolation: problems with equidistant nodes, Matlab/Octave | 4.2 |
11 | Tu 03/03 | Numerical differentiation: Taylor's theorem and methods, Q4a | 5.4 |
12 | Th 03/05 | Numerical differentiation: errors and effect of round-off, Matlab/Octave, Q4b | 5.4 |
13, H4 | Tu 03/10 | Review | |
14 | Th 03/12 | Class cancelled due to campus closure | |
Tu 03/17 | Spring Break | ||
Th 03/19 | Spring Break | ||
15 | Tu 03/24 | Midterm Exam | |
16 | Th 03/26 | Numerical integration: trapezoidal and Simpson rules, Q5ab | 5.1-5.2 |
17, H5 | Tu 03/31 | Numerical integration in Matlab/Octave | |
18 | Th 04/02 | Numerical integration: Gauss-Legendre quadrature, Q5e | 5.3 |
19, H6 | Tu 04/07 | Numerical integration: general Gaussian quadrature, Q5f | 5.3 |
20 | Th 04/09 | Rootfinding: bisection, Newton, secant methods, Q7a, Q7b | 3.1-3.3 |
21, H7a | Tu 04/14 | Rootfinding: Newton's method in Matlab/Octave, Q7c | |
22 | Th 04/16 | Systems of non-linear equations: Newton's method, Q7e | |
23, H7b | Tu 04/21 | Systems of non-linear equations: Newton's method in practice | |
24 | Th 04/23 | Numerical ODEs: problem and mathematical theory, Q8a | 8.1 |
25 | Tu 04/28 | Numerical ODEs: basic methods, local truncation error, Q8b | 8.2-8.3 |
26, H8 | Th 04/30 | Numerical ODEs: methods in Matlab/Octave | |
27 | Tu 05/05 | Numerical ODEs: method survey | 8.4-8.6 |
28 | Th 05/07 | Computer numbers: IEEE-standard for floating-point numbers, Q9a | 2.1 |
29 | Tu 05/12 | Review | |
Tu 05/19 | 10:30-12:30 Final Exam Note the date and time! | ||