Math 45: Linear Algebra
Catalogue Description
The use and application of matrices in the solution of systems of linear equations, determinants, vector spaces, linear transformations, eigenvalues, eigenvectors, diagonalization, and orthogonality. Linear algebra is a core course in many engineering, physics, mathematics, and computer science programs.
Special notes or advisories: Computer exploration is an integral component of this course. Students will also create and present oral and written analyses of a topic that requires use of the concepts and techniques learned in this course.
Prerequisites
Math 30 (or equivalent) and Math 25 (or equivalent) with a grade of "C" or better, or appropriate score on assessment exam.
Describe representative skills without which the student would be highly unlikely to succeed: Students must be well-grounded in both college algebra and trigonometry to be successful in this course.
Course Outline
The official course outline for Linear Algebra, including content, objectives, and student learning outcomes, can be viewed online via the following link:
Instructor Syllabus: Professor David Arnold
The Instructor's Syllabus details how the instructor intends to fullfill the outcomes and objectives detailed in the Course Outline. Classroom policies, textbook information, policies on grading, etc., can all be found in Intructor's Syllabus at the following link:
Assignments: Professor David Arnold
Assignments for the course can be found at the following link. Be sure to visit often, as the content of the assignment page will be upgraded daily throughout the duration of the course.
Examinations: Professor David Arnold
Examinations for the course will be posted on this page. Visit frequently as this page will be constantly updated throughout the duration of the course.
Sample Solutions for Past Editions of Strang
You can find partial solutions and hints to exercises in past editions of Strang at:
Exercise Solutions from Past Editions of Strang
Caution: These problems are keyed to the second and third edition of the text, but the list will grow as we add solutions and hints from the fourth edition.
GradeKeeper
You can view your current grade online here:
Sample Activities
You can find a list of the Matlab activities that will be used in this class at:
Matlab Files
The ATLAST Project M-files are useful:
We also have another collection of useful M-files for linear algebra:
Miscellaneous M-files (zipped)
Student Projects
You can find student projects in past linear algebra classes at:
