
SYLLABUS
University of Maryland
Maryland in Europe
Bowie State University
Course Number: MGMT 584
Term: V (3 June –26
July 2002)
Instructor: Dr. Ken J.
Kovach Availability:
Upon appointment or after class
100
MSS .
PSC 37, Box 3414 KJKovach@aol.com
APO AE 09459 Home
phone/fax: 01353-860671
Office: Field Rep
Course Title: Management
Statistics
Credit Hours: Three (3)
Course Text: Anderson, D.R.,
Sweeney, D.J., & Williams, T.A.
(2002). Statistics for Business
and Economics. (8th ed.). New York:
West Publishing Company. ISBN 0-324-06671-6
Meetings: Mondays &
Wednesdays. Room TBA at RAF Lakenheath
(1800-2100 hours). Contact your field representative for room
assignment prior to first class.
Course Description: This course is
designed to provide the knowledge necessary to interpret published research
results and to permit elementary research in business and public
administration. Content will include:
descriptive statistics, probability,
estimation, hypothesis testing, ANOVA, sampling, correlation, linear regression, and multiple regression.
`Course Objectives: Each student will
be able to:
1. Understand descriptive statistics.
2. Use inferential statistics for research in
business and public administration.
3. Use statistical techniques for forecasting
and prediction.
4. Use multivariate statistical techniques in
business and public administration.
5. Use probabilities in decision-making.
6. Analyze and interpret published research
results.
7. Understand theory and decision analysis.
8. Understand how statistics allows one to draw
inferences from a sample to a
population.
9. Discuss research designs and procedures.
10. Use sampling techniques.
Teaching Method: This course will
be conducted in an informal and open style.
Individual discussion and review of homework assignments will provide
the basis for learning the material. Classroom exercises will supplement these
activities. Visual aids, to include overheads and
videos, will be supplemental. The focus
will be on three topics: (a) research, (b) descriptive statistics, and (c)
inferential
statistics. Chapter problems will
be used to practice statistical techniques.
Class Policies: The student is
expected to have read and completed any assigned readings and work
problems/items prior to each session.
Academic integrity and proper student decorum are required at all
times. The instructor reserves the
right to alter the course program based upon the needs of the students and the
objectives of the course. Any alteration will be announced prior to the class
in question. Class policies will be discussed during the first class, to
include completing work for missed or late classes.
Grading: Instructor
Assessment 25 points A
= 90-100 pts
Midterm Exam 40
" B = 80- 89
"
Final
Exam 35 " C = 70- 79
"
------------ F
= below 70"
100
points
Instructor Assessment: Involves assessment of a student's active discussion,
practice work problems, case study work, positive attitude for learning, and
communicative/cooperative efforts.
Chapter exercises are designated for completion and review Case studies may be assigned. Missed class
work can be made up by completing instructor approved work; however, this
makeup will be approved only for duty or extenuating personal circumstances.
Personal leave or other non-duty or emergency related activities are not
grounds for approval. (Total = 30 points).
Examinations: Two examinations
(open book) will be required. Each will
include material learned during the previous sessions. Each exam will be of mixed type (i.e., short answer items and work problems) based
on problem work and discussion.
WEEK TOPIC
1 Orientation/Introduction
(3 & 5 June) Data & Statistics
Film:
What is statistics?
Research
APA
Assignments: Read chapters 1, 2, & 3 of the course
text. Review all Appendices, especially
Appendix C. Review and practice the end-of-chapter even exercises, and all
self-test items. Also, review the terms
listed at the end of the chapter. This concept and requirement prevail
throughout your chapter studies. Review research reports which are of interest.
2 Probability
(10 & 12 June)
Assignments: Read chapters 4,5, & 6. Review those
end-of-chapter even exercises. Review the Appendices.
3 Sampling
(17 & 19 June) Interval Estimation
Assignments: Read chapters 7 & 8 and accomplish
chapter problems as prescribed.
4 Hypothesis
Testing
(24 & 26 June) Review
Open
Midterm
exam (26 Jun)
Assignments: Read chapter 9 and review all work to date.
5
(1 & 3 July) Statistical Inference
Chi-Square
tests
Assignments: Read chapters 10 and 12 and accomplish
chapter work as prescribed.
6
Inferential Statistics
(8 & 10 July) ANOVA
Assignments: Read chapter 13. Practice chapter problems
and accomplish work scheduled.
7 Forecasting
(15 & 17 July)
Assignments: Read chapters 18. Complete any required
course work.
8 Open
(22 & 24 July)
Final
Exam (24 July)
Assignments: Review all assigned
chapters and other course work assigned.