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Statistical Methods STAT 2303 Fall 2011 Course Title Statistical Methods Prerequisites No previous knowledge is requested. Instructor Professor Mohamed I Riffi, Office Location: C729, Tel. 2611 e-mail: [email protected] or [email protected] Office Hours Saturday/Monday/Wednesday 11:00 – 12:00 or by appointment. Make-up policy Make-up tests will be given only to students absent for legitimate reasons. If you know in advance that you will miss a test date, please let me know as soon as possible. Homework Most of the homework I ask you to do will be “suggested” homework, which will not be taken up or graded. However, many test questions will be similar to the suggested homework --- so you should do the suggested homework. Required Materials: OpenIntro Statistics, 3rd Edition, by David M Diez, Christopher D Barr, and Mine C_ etinkaya-Rundel. Free electronic copy: https://www.openintro.org/stat/textbook.php?stat_book=os References 1. Statistical Methods, 2nd Edition, by Rudolf J. Freund and William J. Wilson. 2. Statistics: Informed Decisions Using Data, by Michael Sullivan, III. Course Content Chapters one through eight will be covered in this course. Some sections of these chapters will be omitted. The following topics will be covered: descriptive and inferential statistics, graphical and numerical methods of describing data, normal distributions, estimation, hypothesis testing, and linear regression and correlation. Course objectives In the course you will be introduced to some basic tools of statistics that will help you organize, summarize, analyze, and draw conclusions from data. You will get experience in applying these tools to conduct your own statistical study and in presenting the results of your study in a professional manner. After successful completion of this course the student will be able to: 1. Distinguish the use of descriptive statistics from the use of inferential statistics. 2. Distinguish qualitative data from quantitative data. 3. Construct a frequency distribution, relative frequency distribution, and cumulative frequency distribution for a given set of data. 4. Construct a histogram for a given set of data. 5. Compute and provide a qualitative interpretation for the mode, mean, and median of a given set of data. 6. Compute and provide a qualitative interpretation for the range, interquartile range, and standard deviation of a given data set. 7. Find the proportion of data between two given values for a normal distribution. 8. Find the value of a given percentile for a normal distribution. 9. Compare scores from two different normal distributions using standard scores. 10. Construct a scatter-plot for a given set of paired data. 11. Compute and provide a qualitative interpretation for the correlation coefficient of a given set paired data. 12. Compute the slope and y-intercept of the least squares prediction line to predict the value of variable from the value of the other. 13. Provide a strategy for collecting a random sample from a given population. 14. Compute and provide a qualitative interpretation for the mean of all sample means and the standard error of the mean for a given population and sample size. 15. Perform the six steps of hypothesis testing for a z-test, t-test, t-test for two independent samples, and t-test for matched samples. 16. Distinguish Type I errors from Type II errors and provide a strategy for minimizing the chance of one or the other occurring. 17. Find and provide a qualitative interpretation for a confidence interval. 18. Perform the six steps of hypothesis testing for a chi-square test. 19. Determine the appropriate hypothesis test to use in a given situation. Types of Assessments, Course Polices and Determination of Your Grade Your course grade will be based on midterm exams, quizzes, projects, and the final exam according to the following table: Activity Name Description Points 1st Mid-term Exam Saturday 6/2/2016 15 pts 2nd Mid-term Exam Saturday, 19/3/2016 15 pts Project Due Wednesday 18/5/2016 20 pts Final Comprehensive 50 pts Total 100 pts Projects - I will provide you during this course with full information about how to prepare for your project and do it. - Every student must do his own project by himself. - Late projects will not be accepted.