MATH 1170-002 Fall 2013
Syllabus
The syllabus for this course can be found at the following link:
Office Hours (LCB 115):
Friday 11:00 AMTextbook
“Modeling the Dynamics of Life” by Frederick R. Adler (Third Edition)
Programming
We will be using R as our programing language for the lab
The following are pdfs of the lab workpages (which have the assignments on them) and when we did them
8/27 Lab 1-Introduction to R Due 9/109/3 NO LAB
9/10 Lab 2-Visualize Features of Functions Due 9/17
9/17 Lab 3- R Scripts & Basic Debugging Due 9/24
9/24 Lab 4- Interpreting the Derivative Due 10/1
10/1 Lab 5- Inverses and Related Rates Due 10/8
10/8 Lab 6- Optimization Due 10/22
10/22 Lab 7- Polynomial Approximation Due 10/29
10/29 Lab 8- Newton's Method Due 11/5
11/5 Lab 9- Euler's Method Due 11/12
11/12 Lab 10- Definite Integrals Due 11/19
11/19 Lab 11- More DEs and Def. Integrals Due 11/26
11/26 Lab 12- Autonomous DEs Due 12/3
12/3 Lab 13- Bifurcations Due 12/10
12/10 Lab 14- Systems of Equations Due 12/17