#### TA: Mr. Chunsong Kwon

- Problem session/office hour: M 2:00-3:00, Room 105 EBU 2.
- Problem session/office hour: T 11:30-12:30, Room 105 EBU 2 (or contact Mr. Kwon to set up a time).
- Office: 132 EBU 2.
- Email: c3kwon@eng.ucsd.edu

#### TA: Mr. Yugang Yu

- Problem session/office hour: W 1:00-2:00, Room 105 EBU 2 (or contact Mr. Yu to set up a time).
- Office: 3319 EBU 1.
- Email: yuy001@eng.ucsd.edu

#### TA: Ms. Ruobing Zhao

- Problem session/office hour: W 2:00-3:00, Room 270 EBU 2.
- Problem session/office hour: Th 1:00-2:00, Room 305 EBU 2 (or contact Ms. Zhao to set up a time).
- Office: 1601 EBU 1.
- Email: ruz015@eng.ucsd.edu

#### Instructor: Prof. William McEneaney

- Office hour: M 1:00-2:00, 1809 EBU 1.
- Office: 1809 EBU 1.
- Email: wmceneaney@ucsd.edu

### N.B. regarding email:

- It is essential that your email message contain a proper salutation (with correct title/name) and an appropriate closing. Due to the student/faculty ratio, we do not guarantee that all email will receive a response, but we will make a strong effort to respond to appropriate email.

- Please do not email code requesting help from us; you can bring such to office hours. However, we generally will not debug your code for you.

- You must bring a blue book.
- You may bring a single 8.5x11 inch sheet of HANDWRITTEN notes (both sides).
- Bring a pen (preferably two). Your quiz should be done in pen - not pencil. If it is done in pencil, regrade requests will be denied.
- You must bring your ID.
- No calculator will be allowed on the first quiz!

- See the syllabus regarding due date and TIME!
- Also note the remark there about the fact that the homework you hand in must be clearly your own.
- You homework must be handed in as hardcopy, with the pages stapled together for full credit. (We are significantly understaffed.)

- Taylor polynomials.
- Asymptotic order and (very briefly) computer arithmentic.
- Horner's rule.
- Differencing for derivative approximation.
- ODEs and Euler's method.
- Linear interpolation.
- Numerical integration: Left-hand rectangle and trapezoid rules.
- Tridiagonal linear systems and a trivial PDE problem (two-point boundary value problem).
- Root finding and fixed points (solving equations).
- Bisection.
- Newton's method.
- Secant method.
- Fixed-point method.
- Solving equations in higher dimensions.
- Lagrange interpolation.
- Newton interpolation (divided differences).
- Interpolation error.
- Least squares (might be omitted as you should have seen this elsewhere).
- Numerical integration: Left-hand rectangle and trapezoid rules (reprise).
- Corrected trapezoid method.
- Simpson's method.
- Midpoint method.
- Romberg method (might be omitted).
- ODEs: Euler's method (reprise).
- Low-order Runge-Kutta methods.
- Fourth-order Runge-Kutta.
- Monte Carlo method.
- TBD.

Email me at wmceneaney@ucsd.edu