TA section class meeting time: Wednesday 1:50pm- 2:40pm
Office hours: By appointment.
Code Template: Google Colab
Important theorems from the textbook: Googledoc
Suggestions: It could be very helpful to read the examples and illustrations in the textbook.
For students from class Math 417:501, you might contact Wenyuan Li wenyuanli@tamu.edu if you have any questions about the course.
For students from class Math 417:502, I am responsible to answer questions from you.
Recitation 8, Homework 8 Hint
Recitation 7, Homework 7 Hint
How to create a tridiagonal matrix with Python?
Update!!!!!!Problem 1 Code Reference
Recitation 5, Homework 5 Hint, Homework 6 Hint, ODE Python Solver Code Reference
Recitation 4, Sample_Exam1
Recitation 3, Feb 8
Trapezoid Rule Python Code( This is the simple trapezoid rule, not composite trapezoid rule)
or you can use functions from Scipy package.
Recitation 2, Feb 1, (Class is canceled)
Lagrange Interpolation Python Code Reference
Recitation 1, Jan 25
Problem 3: Try k=0.64 instead. It would be more convenient for calculation.
Step 1: find derivative g'(x)
Step 2: solve |g'(x)|<=k for x to find the requirement for x
Step 3: Based on the requirement for x, choose a,b value for [a,b]
Step 4: Use the error estimate result to compute iteration number n.
Problem 2: Refer to Problem 3 on textbook Page 59.