LEMOYNE-OWEN COLLEGE
DIVISION OF NATURAL SCIENCES, MATHEMATICS
AND COMPUTER SCIENCE


 
 
SYLLABUS FOR MATH 310 
STATISTICAL METHODS
SPRING 2002
Class Meeting:    TTH  02:00 -03:15 pm  GOH 114
Instructor:  Dr. John Harris
Course Description:    This is an introduction to descriptive and inferential statistics with emphasis on conceptual aspects.
Course Objectives:    To introduce the student to the basic concepts of statistics and to give the student the background needed to take more advanced courses in statistics.
Classroom Procedures:    There will be lectures as well as discussions.  Some sessions will be devoted to group problem solving.
Grading:
There will be four exams including the Final.  The items and the associated percentage points are as follows:

Item                                                        %

EXAMS                                                 90
PROJECT                                              10
BOARD AND HOMEWORK               10 (BONUS)
 

Grading Scale:

              A     =    90-100
              B     =    80-89
              C     =    70-79
              D     =    60-69
              F     =     below 60

Attendance:    The student is expected to attend all class meetings.  However a student may miss three (3) classes without presenting any excuse.  Any additional unexcused absences will result in points being subtracted from the final average at the rate of one point per class missed.  Valid excuses must be in written form.
Incompletes:    Incompletes and makeups will generally not be given except in extreme cases.  Every effort must be made to take exams and submit work in a timely manner.  To request and Incomplete (I), the proper form must be filled out along with documentation and presented to the instructor.

 
Technology:    A basic calculator will be needed.  The TI-83 will be used in this class. 

                                  MATH 310A--Topics


WEEKs Topics
1-3 Descriptive statistics:  Frequency Distributions, histograms, graphs.
4 EXAM 1
5

5-6

Mean, mode, median, standard 
deviation, variance
Counting Techniques;  Probability
6-7
7
EXAM 2
Discrete and Normal Distribution
8-10
11
Confidence Intervals; Hypothesis Testing 
EXAM 3
12-14
15
Correlation;  ANOVA
FINAL