Lecture, four hours; discussion, two hours; outside study, six hours. Requisite: Mathematics 33A. Recommended requisite: course M20. Methods of solving ordinary differential equations in engineering. Review of matrix algebra, eigenvalues, and eigenvectors. Solution of systems of first-order ordinary differential equations using matrix methods. Introduction to Laplace transforms and their application to ordinary differential equations. Introduction to boundary value problems, partial differential equations, and separation of variables. Letter grading.

Review Summary

Clarity
10.0 / 10
Organization
10.0 / 10
Time
5-10 hrs/week
Overall
10.0 / 10

Reviews

    Quarter Taken: Spring 2024 In-Person
    Grade: A

    Clites is one of the best professors UCLA has to offer. He will work with you individually to make sure your needs are met in the class if you ever find yourself struggling. Definitely go to office hours or collaborate with other students (he encourages it!) on homework assignments, especially the MATLAB portions as these are by far the most difficult. Other than that, the class is very straightforward and will prepare you to use differential equations as an engineer through constant integration of real-world examples in lecture.

    Quarter Taken: Spring 2024 In-Person
    Grade: A

    if you are going to take this class, take it with professor clites, he is very accommodating and very knowledgable. Professor Clites often gives real world examples which helps when visualizing these kinds of problems making them easier. Best teacher ever.

Course

Instructor
Clites, T.R.
Previously taught
24S 23F 21S 20F

Grading Information

  • No group projects

  • Attendance not required

  • 1 midterm

  • Finals week final

  • 100% recommend the textbook

Previous Grades

Grade distributions not available.