Math 313 - Introduction to Linear Algebra

Course Objectives

  • State precise definitions of key terms introduced in the course, including systems of linear equations, vectors, vector spaces, dimension, linear independence, matrix terminology, eigenvectors and eigenvalues.
  • Carry out basic computations from linear algebra by hand, such as row reduction, determinant calculation, etc., as well as use MATLAB to carry out more intensive computations.
  • Produce simple deductive arguments that follow from the definitions and justify steps in deductive arguments based on basic logical principles.
  • Write sentences that explain the relation between key ideas in linear algebra and the algorithms that allow their calculation, e.g. the definition of a linearly independent set of vectors versus the computation of a linear independent set of vectors from a spanning set.

General Math 313 Information

The specific calendar & policy for your Math 313 section should be made available to you by your instructor.

The general policies and calendar can be found below.

  • Textbook:
    • sections 001-009:
      • Linear Algebra and its Applications by Lay, Lay, and McDonald, custom version for UA (5th edition), published by Pearso
        • accessed through d2l and charged to Bursar's account)
    • section 103, 203, 403:
      • Linear Algebra: A Modern Introduction by Poole (4th edition) published by Cengage.
        • accessed through d2l and charged to Bursar's account
  • MATLAB:
    • Access to MATLAB software.
  • Enrollment Requirements/Eligibility:
    • Students must meet eligibility requirements.
    • See the Math Course Placement Chart HERE.

Resources & Links

MATLAB & Tutorials

  • Download MATLAB using the University's Site License
  • MATLAB Dostert's Introduction 1: Running MATLAB, basic commands, and calculator type work.
  • MATLAB Dostert's Introduction 2: Creating and running script files and functions.
  • MATLAB Dostert's Introduction 3: Creating and using vectors.
  • MATLAB Dostert's Introduction 4: Creating and using matrices.
  • MATLAB Dostert's Introduction 5: Plotting in 2D and 3D.
  • MATLAB Dostert's Introduction 6: Programming in MATLAB.
  • Dostert's MATLAB primer (Run in MATLAB; contains most important commands for the entire semester.)
  • MATLAB tutorials (MathWorks)
  • MATLAB Cheat-sheet (MIT)
  • MATLAB Primer (Kermit Sigmon)
  • MATLAB Tutorial (U. Utah)

Some Online Textbooks

 
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