Lectures
An outline for each set of
lectures is presented with corresponding textbook chapters and pages. Students
have found such outlines helpful when taking notes and later organizing
them. Web-based and pdf versions of the PowerPoint slides
used in the lecture are also available. Downloading and reviewing the
lecture outlines or slides is not a substitute for attending
lectures. I guarantee that you can not do well in the course without attending.
Stanovich
Overview (powerpoint,
pdf)
Introduction: What do psychologists have in common?
Chap. 1
-
Psychology is Alive and Well (and Doing Fine Among the Sciences) (lecture
outline,
PowerPoint,
pdf)
Falsification & Operationalization (Stanovich Chaps. 2 & 3)
Chap. 2: Falsifiability (handout)
(Amsel's Conceptual Model)
Chap. 3: Operationism
and Essentialism (presentation)
(What
scientists believe that they can not prove)
Systematic empiricism (Stanovich Chaps.
4, 5, 6)
Chap. 4: Testimonials
and Case Study Evidence (presentation) (Placebo
control as therapy)
Chap. 5: Correlation
and Causation (presentation) (Causality and
correlation in ADHD research)
Chap. 6: Getting
Things Under Control (presentation) (Scientists
say “prove it”)
Scientific progress (Stanovich Chaps.
7, 8, 9)
Chap. 7:
"But It's Not Real Life!" (presentation)
(Defending
Lab Studies)
Chap. 8:
Avoiding
the Einstein Syndrome (presentation) (Wikipedia
on scientific progress)
Chap. 9: The Misguided Search for the "Magic Bullet" (presentation)
(Neither Nature nor Nurture, but their Interaction)
Probability and Statistics In Psychology (Stanovich Chaps. 10, 11)
Chap. 10: The Achilles' Heel of Human
Cognition (presentation) (Irrational
Reasoning)
Chap. 11:
The Role of Chance in Psychology (presentation) (APS
Slams Clinical Psychology
APA's Response)
Conclusion (Stanovich Chap 12)
Chap. 12:
The Rodney Dangerfield of the Sciences (presentation) (Psychology
as a Science: Teaching and Learning)
Principles of
Research (Lecture
Outline)
Lecture 1: Science and doing Research (PowerPoint,
pdf)
(Proposal
Assignment 1) (quiz
1)
Lecture 2: Measurement Issues (PowerPoint,
pdf) (Definition of
Terms) (Proposal
Assignment 2) (quiz 2)
Lecture 3: Choosing Designs and Subjects (PowerPoint,
pdf) (Proposal Assignment 3)
(quiz 3)
Lecture 4: Evaluating Research and Proposing the Next Step (PowerPoint,
pdf)
(quiz
4)
Tutorial on
Theories (pdf) and Ethics
(pdf)
Writing the proposal
Essay and
Study Guide for Exam
1
Independent Group Design
(Lecture Outline)
Lecture 5: Independent group designs (PowerPoint
PDF) (quiz 5)
Lecture 6: Null hypothesis testing (PowerPoint
PDF)
(Quiz 6)
Statistical Work Sheet
SPSS Tutorials (In
case you need a refresher course)
Research Project: Context Effects on Mathematical Reasoning
READINGS
Alibali, M. W., Knuth, E. J., Hattikudur, S., McNeil, N. M., & Stephens, A. C. (2007). A longitudinal examination of
middle school students’ understanding of the equal sign and equivalent equations. Mathematical Thinking and
Learning, 9, 221–247.Amsel, E., Klaczynski, P. A., Johnston, A., Bench, S., Close, J., Sadler, E., & Walker, R. (2008). A dual-process account
of the development of scientific reasoning: The nature and development of metacognitive intercession skills. Cognitive
Development, 23, 452-471.Herscovics, N., & Linchevski, L. (1994). A cognitive gap between arithmetic and algebra. Educational Studies in
Mathematics, 27, 59-78.Kornell, N. (2012, November 17). US Math achievement: How bad is it? [Psychology Today blog, Everybody is stupid
except you]. Retrieve from http://www.psychologytoday.com/blog/everybody-is-stupid-except-you/201211/us-math-
achievement-how-bad-is-it.Knuth, E. J., Alibali, M. W., McNeil, N. M., Weinberg, A., & Stephens, A. C. (2005). Middle school students'
understanding of core algebraic concepts: Equivalence & variable. ZDM, 37, 68-76.
ADDITIONAL FILES
Research review write up
Research Review (please use as a guide)
APA Style T/F Test
Hypotheses (cut and paste)
Questionnaires
Demographic Data (pdf format)
Results (pdf format)
Results Section (cut and paste)
APA PAPER CHECKLIST
Abstract (please use as a guide)
Complex Designs (Lecture
Outline)
Lecture 7: Within-subjects design (PowerPoint,
pdf)
Lecture 8: Multiple independent variable effects (PowerPoint,
pdf)
Lecture 9: Verbal, statistical, and graphical representations of ideas: Main and
interaction effects (PowerPoint,
pdf)
Quiz
7 Quiz 8
Simple Graphing Assignment (See slides
16 - 20 of Lecture 7)
Complex Graphing
Assignment (see slides 30 -35 of Lecture 8)
Non-experimental
Designs (Lecture Outline)
Lecture 10: Non-experimental and Observational Designs (PowerPoint
pdf)
(quiz 9)
Lecture 11: Quasi-experimental and Developmental designs (PowerPoint
pdf)
(quiz 10)
Lecture 12: Survey Design (PowerPoint,
pdf)
Take-home Exam