Time & Place MWF 2:00-3:20 N203
Instructor Dr. Leyla Batakci; office Esbenshade 373; phone
361-1335; batakcil@etown.edu
Office Hours T and Th 12:30-3:00, W
12:30-1:30, and by appointment.
Textbook Introduction to the Practice of Statistics
by
David S. Moore and George P. McCabe (5th edition).
Objectives 1. To learn basic facts and
techniques of descriptive statistics, experimental design, probability, and
statistical inference;
2. To develop an awareness
and appreciation of the role of statistics in ones environment and activities;
3. To develop the ability to comprehend and
critically evaluate public surveys and scientific reports; and
4. To establish a foundation for advanced
study and the application of statistics in ones area of specialization.
Attendance Students are expected to
attend all classes. Excessive absences (more than five without legitimate
reason, such as a serious, documented illness) may lead to dismissal from the
course or a lower grade in class.
Web
Materials You may
access on-line materials for this course (including this syllabus) through the
Blackboard web site at http://blackboard.etown.edu . You may access homework
Homework There will be weekly homework assignments posted on
WebAssign. Assignments will
be posted in three parts (one after each
class-MWF) and you will have 48 hours to
complete each part. No late
assignments will be accepted. The
lowest two homework
grade will be dropped. You should come to
class prepared to discuss problems, ask
questions, and share solutions. Questions
will be addressed at the beginning of each
class. If all your questions are not
addressed during this time, do not hesitate to seek
additional help. The following help
options are available.
·
Office hours- these are listed at the beginning of this syllabus.
·
Learning
Services with private tutor.
Projects There will be three projects assigne
collected and graded. These projects will
involve use of the statistical techniques
and concepts to solve problems that are
longer and more realistic than routine
homework exercises. Projects will be completed with the aid of
the statistical
software package SPSS, and possibly other
software (such as Web applets). You
may work in pairs on these assignments (this
means no more than two per group). A
collaborating pair may submit one
completed assignment for the pair. Each
assignment
must be completed and handed in by 5:00
p.m. through the Blackboard on the due date.
Lowest lab grade will be dropped. No late assignments will be accepted.
Exams There will be three 75-minute in-class
exams and a comprehensive final
exam. Make-up exams are only given in the event
of emergency with
documentation. If you must
miss an exam, please leave me a message
at the phone number or
e-mail address above on or before the time of
exam.
Tentative Schedule of exams:
Final Exam: December
14, Friday at 11:00-2:00
Calculator A scientific calculator
capable of performing statistical operations is required. Students are responsible for learning how to
use their calculators, but the instructor will be available for help if
necessary.
Grading Course
Grades will be calculated according to the following weighting:
Percentages of the total possible points will
be converted to letter grades as follows:
93100 A; 9092 A; 8789 B+; 8386 B; 8082 B; 7779 C+; 7376 C; 7072 C; 6769 D+; 6366 D; 6062 D; below 60 F.
Disability: We at
Integrity The strength of the
college depends on academic and personal integrity. All work must be ones own
and must comply with the Standard of Integrity defined in the
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Ma251C
Tentative Schedule/Fall
2007
Dr. Batakci
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Monday |
Wednesday |
Friday |
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August 27 |
August 29 |
August 31 |
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1.1 Displaying
Distributions with Graphs |
1.1 Contd. |
1.2 Describing
Distributions with Numbers |
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1 |
2 |
3 |
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September 3 |
September 5 |
September 7 |
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LABOR DAY- No
Classes |
1.2.
(continued) |
1.3
(continued) |
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1.3 The |
Quiz 1 |
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4 |
5 |
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September 10 |
September 12 |
September 14 |
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2.1 Scatter
Plots |
2.3 Least
Squares regression |
2.4 Cautions
About Regression & |
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2.2
Correlation |
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Correlation |
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6 |
7 |
8 |
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September 17 |
September 19 |
September 21 |
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2.5 The
Question of Causation |
Review
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EXAM 1 |
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on chapters 1 and 2 |
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9 |
10 |
11 |
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September 24 |
September 26 |
September 28 |
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3.1 First
Steps in Producing Data |
3.2
(continued) |
3.3
(continued) |
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3.2 Design of
Experiments |
3.3 Sampling
Design |
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12 |
13 |
14 |
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October 1 |
October 3 |
October 5 |
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3.4 Toward Statistical Inference |
4.1 Randomness
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4.2
Probability Models |
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Quiz 2 |
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15 |
16 |
17 |
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October 8 |
October 10 |
October 12 |
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4.3 Random Variables |
4.4 Means
& Variances of Random |
FALL BREAK |
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Variables |
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18 |
19 |
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October 15 |
October 17 |
October 19 |
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EXAM 2 |
5.1 Sampling Distributions for count and |
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Review |
on chapters 3
and 4 |
Proportions |
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20 |
21 |
22 |
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October 22 |
October 24 |
October 26 |
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5.2 The
Sampling Distribution of the Sample Mean |
6.1 Estimating
with Confidence |
6.2
Tests of Significance |
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Quiz 3 |
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23 |
24 |
25 |
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October 29 |
October 31 |
November 2 |
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6.2 Contd. |
6.3 Use and
Abuse of Tests |
6.4
Power and Inference as a Decision |
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26 |
27 |
28 |
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November 5 |
November 7 |
November 9 |
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6.4
(continued) |
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EXAM 3 |
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Review |
on chapters 5
and 6 |
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29 |
30 |
31 |
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November 12 |
November 14 |
November 16 |
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7.1 Inference
for the Mean of a Population |
7.2 Comparing
Two Means |
7.2 Contd. |
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32 |
33 |
34 |
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November 19 |
November 21 |
November 23 |
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8.1 Inference for a Single Proportion |
8.2 Comparing
Two Proportions |
THANKS
GIVING-No Classes |
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Quiz 4 |
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35 |
36 |
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November 26 |
November 28 |
November 30 |
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8.2
(continued) |
9.1 Data
Analysis for Two-Way Tables |
9.1 (continued) |
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Quiz 5 |
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37 |
38 |
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