| Required Reading | Course Description | Course Objectives | Evaluation | Schedule | |
| Experimental
Psychology I: Applied Statistics Psy 202-04 Science Hall 217A Tuesdays 2:00-5:55 |
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Required Reading Gravetter, F.J., & Wallnau, L.B.(2005). Essentials of statistics for the behavioral sciences, 4th edition. New York: Brooks/Cole. ISBN 053463396X Click here for he student companion site. Prerequisites: PSY 110. Recommended: Math 120 |
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Experimental Psychology I is an introduction to basic statistical procedures for the behavioral sciences including: descriptive and inferential statistics, probability, correlation analysis, hypothesis testing, analysis of of variance, and nonparametric statistics. Laboratory sessions enable you to apply concepts from the classes using computer and other computational approaches. The course will follow a lecture/discussion format and will include in-class activities and labs to do computer analysis on a PC. My goal and responsibility is to provide you with the skills and knowledge to become a practitioner of statistics in psychology. Skills gained in this course include:
Equipped with these skills you will be (a) a clearer thinker, (b) more marketable in the job market, (c) able to discover the relationship between observation, statistical analysis, and interpretation (to name a few). These skills will also assist in your understanding of psychological research in your future psychology courses.
Evaluation (30%) Six assignments will be given throughout the semester. These assignments will require you to compute statistics and interpret statistical outputs. Assignments will often be started in the labs and finished at home. Assignments will be graded on accuracy of computation, interpretation of the data, and clarity of presentation. Written portions of assignments must be typed, stapled together, spell-checked, and proofread. Late assignments will not be accepted. Quizzes/Exams. (60%) Six Quizzes will be given (about one every other week) and will cover the material since the last quiz or exam. Quizzes will be conceptual as well as computational. Thus, you will have to understand the concepts behind the statistical procedures as well as show proficiency in your ability to compute statistics and interpret statistical output. Quizzes are worth 30% of the grade. All quizzes are cumulative. There will be two exams throughout the semester. These exams will draw on lecture, reading, and assignment material and will assess your ability to integrate your knowledge and perform statistics. Exams are worth 30% of the grade. All exams are cumulative. THERE WILL BE NO MAKE UP TESTS OR QUIZZES. Class participation/In-class Assignments/Homework (10%) Involvement in class is essential for understanding and learning. Questions are encouraged. Working on other assignments during class, instant messaging, checking email, and surfing the web is not acceptable. Approximately 14 graded homework assignments will be given to practice your mathematical and statistical concepts. Late assignments will not be accepted. Attendance Advice
Communication Important Withdrawal Dates: 9/9 last day for 100% refund for withdrawal from a course; 10/7 last day for 50% refund for withdrawal from a course; 10/21 last day to academically withdraw from course (no refund). Academic Honesty (from
the William Paterson University Student Handbook) |
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This schedule is a general outline
and is subject to change. Alterations to course schedule will be announced in class and updated on the electronic syllabus. |
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| Day/Date | Topic | Assignment |
| Tuesday, September 7th | Introduction to Statistics Types of Statistics Experimental Design Discrete and Continuous Variables Statistical Notation and Algebra Frequency Distributions Introduction to SPSS Types of files Entering in data Syntax and "Point and Click" |
Chapter
1
Chapter 2 |
| Tuesday, September 14th | Central Tendency Mean, mode, and median Variability Range, Standard Deviation, and Variance Frequency Distributions and Descriptive Statistics |
Quiz
1 Chapter 3 Chapter 4 Central Tendency and Variability Review Sheet |
| Tuesday, September 21st | SPSS Lab Correlation |
Assignment 1 Due
Chapter 15 Sample Printout for Correlations |
| Tuesday September, 28th |
z-Scores: Location of Scores and Standardized
Distributions Probability Probability and Samples: The Distribution of Sample Means |
Chapter 5 |
| Tuesday October 5th | Introduction
to Hypothesis Testing The Null Hypothesis, Type I and Type II Errors, Statistical Significance |
Quiz
2
Chapter 8 |
| Tuesday, October 12th |
Introduction to the t Statistic The t-test for two Independent Samples SPSS Lab |
Chapter 9 Chapter 10 |
| Tuesday, October 19th | The t-test for Two Related (Paired, Dependent) Samples | Assignment
2 Due Quiz 3 Chapter 11 |
| Tuesday October 26th | Mid Term Exam | All material since 9/7 including text, lectures, and handouts. |
| Tuesday, November 2nd | The
t-test for Two Related (Paired, Dependent) Samples
SPSS Lab: Related Samples t-test |
Chapter
11
Assignment 3 Due |
| Tuesday November 9th | Introduction to Analysis of Variance Post Hoc Tests ANOVA and T-Tests SPSS Lab: ANOVA |
Chapter 13
Quiz 4 Assignment 4 Due |
| Tuesday, November 16th | More Advanced Analysis of Variance: Repeated Measures and Two-Factor Designs | Chapter 14 |
| Tuesday, November 23rd | More Advanced Analysis of Variance: Repeated Measures and Two-Factor Designs | Quiz
5 Assignment 5 Due Chapter 14 part B |
| Wednesday, November 30th | The Chi-Square Statistic: Tests for Goodness of Fit and Independence |
Quiz 6 Chapter 16 |
| Tuesday December 7th | Choosing the Correct Statistic |
Quiz 7 Assignment 6 Due |
Tuesday , December 14th |
Final Exam |
All material since the
beginning of the course including lecture notes, text, and handouts. |
06/15/05