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Anderson, D.R., Sweeney, D.J. and T.A. Williams, Modern Business Statistics with Microsoft. Excel, 4th edition, South-Western, 2012. Overview: The objective of ...

MIS 301 Statistical Analysis for Business Spring 2013, Section 5 (Online except for Exams) San Diego State University College of Business Administration Department of Management Information Systems Professor: Office: Email: Time: Office Hours: Text:

Dr. Bruce A. Reinig SS-3200 Phone: (619) 594-3032 [email protected] Blackboard: blackboard.sdsu.edu Exams times specified on last page of this document TH, 1:00pm to 2:30pm or by appointment Anderson, D.R., Sweeney, D.J. and T.A. Williams, Modern Business Statistics with Microsoft Excel, 4th edition, South-Western, 2012.

Overview: The objective of this course is for students to achieve an understanding of fundamental statistical techniques and how they are applied to decision making and the scientific method. Greater emphasis is placed on the application and interpretation, as opposed to the mathematical derivation, of the techniques covered. The content of this course is essential for any student pursuing an undergraduate business major and any person involved in organizational decision making. This course is intended to help satisfy the Association to Advance Collegiate Schools of Business (AACSB) curriculum criterion for management specific knowledge in the area of “Statistical data analysis and management science as they support decision-making processes throughout an organization.” Prerequisites: Students are required to have completed Mathematics 120; Economics 201 or Statistics 119. Learning Objectives: Upon completing this course, students should be able to…  Use data from a sample to make inferences about a population  Apply probability theory in decision making situations  Formulate hypotheses for decision making and research  Analyze data using appropriate statistical techniques  Interpret the results of statistical analysis  Present statistical results using graphics, text, and the spoken word Accessing Course Materials: Course materials will be made available via the SDSU blackboard website (blackboard.sdsu.edu). Please check the website regularly for information about assignments, quizzes, lectures, and exams.

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Grading: Grades are determined by your performance on case assignments, quizzes, and exams. There are no make-ups for course grading activities so students should be available to take an online quiz any day of the week and the exam dates will not be changed. The following weights are used to calculate your course grades: Case Assignments: Online Quizzes: Midterm 1: Midterm 2: Midterm 3: Final Exam:

10% 10% 20% 20% 20% 20%

Grades are assigned using the following distribution: 92-100 90-92 88-90 82-88 80-82 78-80

A AB+ B BC+

72-78 70-72 68-70 62-68 58-62 0-58

C CD+ D DF

The instructor may curve the grading scale depending on class performance. Typically there is a small adjustment at the end of the semester but this is not always the case. I would only adjust the grading scale to favor the student; that is, a score 82.00 will always receive a B but a score of 81.82 could also receive a B, rather than a B-, depending on the final curve.

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Tentative Course Outline Week

Date

Lecture Topics

Chapter(s)

1

1/17 – 1/18

Introduction to the Course

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2

1/22 – 1/25

Data and Statistics, Descriptive Statistics

1, 2, 3

3

1/28 – 2/1

Introduction to Probability Theory

4

4

2/4 – 2/8

Discrete Probability Distributions

5

5

2/11 – 2/15

Midterm 1 on Friday, February 15, 2013 (1:00pm to 3:40pm)

6

2/18 – 2/22

Continuous Probability Distributions

6

7

2/25 – 3/1

Sampling Distributions

7

8

3/4 – 3/8

Confidence Interval Estimation

8

9

3/11 – 3/15

Hypothesis Tests

9

10

3/18 – 3/22

Midterm 2 on Friday, March 22, 2013 (1:00pm to 3:40pm)

11

3/25 – 3/29

Statistical Inference about Means and Proportions for Two Populations

10

12

4/1 – 4/5

Inferences about Population Variances, Tests of Goodness of Fit and Independence

11, 12

13

4/8 – 4/12

Analysis of Variance

13

14

4/15 – 4/19

Midterm 3 on Friday, April 19, 2013 (1:00pm to 3:40pm)

15

4/22 – 4/26

Simple Linear Regression

14

16

4/29 – 5/3

Multiple Regression

15

17

5/6 – 5/8

Topics in Statistical Analysis

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Final Exam

Final Exam on Friday, May 10, 2013 1:00pm to 3:00pm

The week-to-week schedule may vary in that certain topics may be started or finished before or after the scheduled date. All exams, however, are generally held on the date specified in the syllabus.

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