18.06 Linear Algebra, Fall 2009


Schedule and Lecture Outline

Syllabus

Class Date Day Title Sections Announcements
Lecture 01 09.09 W The Geometry of Linear Equations. 1.1-2.1
Lecture 02 09.11 F Elimination with Matrices. 2.2-2.3
Lecture 03 09.14 M Matrix Operations and Inverses. 2.4-2.5
Lecture 04 09.16 W LU and LDU Factorization 2.6 Problem Set 1 Due
Lecture 05 09.18 F Transposes and Permutations. 2.7
Lecture 06 09.21 M Vector Spaces and Subspaces. 3.1
Lecture 07 09.23 W The Nullspace: Solving Ax=0. 3.2 Problem Set 2 Due.
Lecture 08 09.25 F Rectangular PA = LU and Ax=b. 3.3-3.4
Lecture 09 09.28 M Row Reduced Echelon Form. 3.3-3.4
Lecture 10 09.30 W Basis and Dimension. 3.5 Problem Set 3 Due.
Lecture 11 10.02 F The Four Fundamental Spaces. 3.6
Exam 1 10.05 M Chapters 1--3 1.1-3.6
Lecture 12 10.07 W Graphs and Networks. 8.2
Lecture 13 10.09 F Orthogonality 4.1
Holiday 10.12 M Columbus Day
Lecture 14 10.13 T Projections and Subspaces. 4.2
Lecture 15 10.14 W Least Squares Approximations. 4.3 Problem Set 4 Due.
Lecture 16 10.16 F Gram-Schmidt and A = QR. 4.4
Lecture 17 10.19 M Properties of Determinants. 5.1
Lecture 18 10.21 W Formulas for Determinants. 5.2 Problem Set 5 Due.
Lecture 19 10.23 F Applications of Determinants. 5.3
Exam 2 10.26 M Chapters 1--5, 8.2 1.1-5.3,8.2
Lecture 20 10.28 W Eigenvalues and Eigenvectors. 6.1
Lecture 21 10.30 F Diagonalization 6.2
Lecture 22 11.02 M Markov Matrices 8.3
Lecture 23 11.04 W Fourier Series, FFT, and Complex Matrices. 8.5,10.2-10.3 Problem Set 6 Due
Lecture 24 11.06 F Differential Equations 6.3
Lecture 25 11.09 M Symmetric Matrices. 6.4
Holiday 11.11 W Veteran's Day
Lecture 26 11.13 F Positive Definite Matrices. 6.5 Problem Set 7 Due.
Lecture 27 11.16 M Matrices in Engineering. 8.1
Lecture 28 11.18 W Similar Matrices. 6.6 Problem Set 8 Due
Lecture 29 11.20 F Singular Value Decomposition. 6.7
Exam 3 11.23 M Chapters 1--6 & 8 1.1-6.7,8.2-8.3,8.5
Lecture 30 11.25 W Linear Transformations. 7.1-7.2
Holiday 11.27 F Thanksgiving Break
Lecture 31 11.30 M Choice of Basis. 7.3-7.4
Lecture 32 12.02 W Linear Programming. 8.4 Problem Set 9 Due
Lecture 33 12.04 F Optimization.
Lecture 34 12.07 M Numerical Linear Algebra 9.1-9.3
Lecture 35 12.09 W Course Review.
Final Exam 12.14 M 1-8,10