Data Analysis (Math 206)
Spring 2008
Professor | Bradley A. Hartlaub |
Office | 305 Rutherford B. Hayes Hall |
Phone | PBX 5405 |
hartlaub@kenyon.edu | |
Office Hours |
MWF 10:00 - 11:00 Additional appointments are
available; |
Textbooks
Devore, J. L. and Peck, R. L. (2008), Statistics, The Exploration and Analysis of Data, Sixth Edition, Pacific Grove, CA: Brooks/Cole.
Elliott, Rebecca J. (2000), Learning SAS in the Computer Lab, Second Edition, Pacific Grove, CA: Books/Cole.
Statistical Packages & Computing
SAS and MINITAB will be used extensively throughout the course. Assignments and course announcements will be sent to you via e-mail or posted on the course web page. Data sets and programs will be placed in P:\Data\Math\Hartlaub\DataAnalysis. Proper maintenance of computer accounts, files, etc. is your responsibility.
Our class meets in a computer equipped classroom, and we will be using statistical software extensively in the course. During regular class hours, the use of computers is restricted to students enrolled in the course. Furthermore, the use of the computers is also restricted to activities deemed appropriate by the instructor. Playing computer games, reading e-mail, conversing in a chat room, surfing the web, and working on assignments for other courses are a few examples of inappropriate activities that can be distracting to the instructor and other students in the course. Inappropriate computer use may result in penalties ranging from warnings to loss of computer privileges for the period. In cases of extreme and/or repeated violations, grade penalties or expulsion from the course may result.
Learning Disabilities and Math Anxieties
If you have a disability and feel that you may have need for some type of academic accomotation(s) in order to participate fully in this class, please feel free to discuss your concerns with me in private and also self identify yourself to Erin Salva, Coordinator of Disability Services at PBX 5453 or via e-mail at salvae@kenyon.edu.
Homework
Homework assignments will be given throughout the semester. I encourage you to work on as many problems as possible, including problems which have not been assigned. Subsets of the homework assignments will be collected and graded. Working with other students is encouraged, but each student must submit her/his own solution for problems to be collected.
Late Policy
Your work must be turned in at the beginning of the class period on the assigned due date. No credit will be given for late papers. If for any reason you cannot turn in your paper on the assigned date, you must contact me or send e-mail to hartlaub@kenyon.edu before class.
Exams
Exam 1 | Friday, February 29 |
Exam 2 | Friday, April 25 |
Small Group Project
You will be asked to solve a practical data analysis problem with at least one other member of the class. A written component (paper or poster) and/or an oral presentation to the class will be required. The deadlines and more detailed instructions on the project will be announced in class.
Final Project
Each student will find a data set and apply an appropriate analysis. Ideally, this data set will be one which you collect yourself or obtain from a local resource. That is, I encourage you to design and conduct your own experiment. The variables in the data set and the purpose of the study must be clearly defined. If the data is obtained from a periodical, the date of publication must be later than January 1, 2005. Summaries of your proposed analysis must be submitted on or before Friday, April 18. Final papers explaining the problem of interest, your analysis, and your conclusions must be submitted on or before Friday, May 2.
Grades
Your course grade will be based on your overall percentage. The categories used to determine your overall percentage and their respective weights are listed below.
Homework | 20% |
Small Group Project | 15% |
Exam 1 | 20% |
Exam 2 | 20% |
Final Project | 25% |
Class participation will be used to help make borderline decisions.
Course Outline
Chapter 8 | Sampling Variability and Sampling Distributions |
Chapter 9 | Estimation Using a Single Sample |
Chapter 10 | Hypothesis Testing Using a Single Sample |
Chapter 11 | Comparing Two Populations or Treatments |
Chapter 15 | Analysis of Variance |
Chapter 13 | Simple Linear Regression and Correlation: Inferential Methods |
Chapter 14 | Multiple Regression Analysis |
Chapter 12 | The Analysis of Categorical Data and Goodness-of-Fit Tests |
Module 22 | Analysis of Covariance |
Module 23 | Logistic Regression |