Psychology 101: Comprehensive Lecture Notes (Learning, Study Skills, and Assessments)

Overview: Instructor, Course Context, and Philosophy

  • Instructor background: at University of Waterloo since 02/2014; previously taught at University of British Columbia.
  • Role: teaching professor focused on undergraduate teaching, not primarily on research now.
  • Experience with the course: taught this Psych 101 in various formats around ~100 times (roughly stated).
  • Teaching focus: early-first-year psychology, especially for new university students (freshmen).
  • Personal note: married, has a son (15, grade 10 as of yesterday) and a dog named Apollo; enjoys competitive volleyball twice weekly; attempted learning guitar (humor about imperfect progress).

Course Structure and Access to Notes

  • Course notes availability: Learn platform hosts lecture notes for Psych 101; notes include blanks for students to fill in.
  • How blanks work: green lettering in slides corresponds to blanks in notes; students fill in those blanks during lecture.
  • Purpose of blanks: active engagement and as a first step to detailed note-taking.
  • Expectation for first-year students: start with keywords, progress toward full notes by end of program.
  • Interaction during class: students should actively fill in blanks and supplement with additional content around edges.
  • Transition to university: emphasis on adapting to university-level expectations and note-taking.

How to Use Learn and Talking Points

  • Learn is the central hub for notes, slides, and course materials.
  • If you’re unsure where to find notes, ask a classmate or look under Lecture Notes → Psych 101.
  • Class discussion and engagement: you should be listening and filling blanks, not just passively watching slides.
  • Instructor’s approach to learning: notes are a skeleton; the instructor will fill in the ‘meaty bits’ verbally during class.
  • Printing slides: for those who print, use the three-slides-per-page option for convenience.

Transition to University: Grades, Expectations, and Time Management

  • Grades at university level vs high school:
    • Expectation: you will not routinely see 90%+ averages like in many high schools.
    • Class average for this course: approximately 72 ext{%} ext{ to } 73 ext{%.}
    • Outstanding achievement benchmark: 80 ext{%} ext{ or higher} is rare; about ext{12 ext{%}} of the student body achieves this in this course.
  • Grade inflation context: high schools have grade inflation; university standards are high, but averages reflect meeting university expectations (i.e., satisfactory performance).
  • Meaning of ‘satisfactory’: meeting university expectations rather than aiming for perfection; being able to demonstrate competence.

Time Management and Study Planning (Formalized Tips)

  • Create a weekly routine and use an organizer/calendar:
    • Schedule classes, study blocks, and extracurricular activities.
    • Break assignments into smaller steps and assign fixed times in the calendar for each step.
  • Example: essay planning and writing timeline:
    • Week 1: choose thesis topic; allocate time for topic development.
    • Week 2: conduct reading/research.
    • Next: outline (2 hours), first draft (time allocated), editing, peer review, and final polishing.
    • Final submission follows after multiple steps; avoid last-minute work.
  • Time allocation rules:
    • Each task should have an appropriate time allotment; avoid too-short or too-long windows.
  • Study breaks: use breaks to prevent cognitive interference; avoid screens during breaks to allow the brain to consolidate information.
  • Break ideas:
    • Walk, exercise, or take a 15-minute dark-room nap to refresh.
  • In-class expectations:
    • Always attend lectures, even if content feels dull; attendance correlates with success.
  • Evidence on attendance and success (Lindgren 1969):
    • Three attendance categories:
    • Always/almost always present (blue): about 2/3 chance of being successful (earning an A-type grade, i.e., ≥ 70%).
    • Sometimes absent: intermediate outcomes.
    • Often absent (red): about 5/6 chance of being unsuccessful.
    • Key takeaway: being physically present is not enough; you must be mentally engaged (take notes, participate).

Active Note-Taking in Class: Practical Techniques

  • Preparation and presence:
    • Come ready to work; arrive early with books open; review prior content.
  • Active listening while writing:
    • Listen and write simultaneously; it can be challenging but improves retention.
  • Pre-reading and chapter alignment:
    • Read assigned chapters beforehand when relevant to preview class content.
  • Note-taking shorthand:
    • Develop abbreviations to speed up writing; for example, use a symbol (e.g., a simple 'psych' for psychology) to save time.
  • Asking questions:
    • Do not fear asking questions; gaps in knowledge are universal.
    • If a lecturer talks quickly, ask a clarifying question about something you know to catch up the rest of the content.
  • Office hours:
    • Attend and use office hours as a key resource to fill gaps in notes and understanding.
  • Collaboration and forums:
    • Use Learn discussion forums to connect with classmates (content-specific forums, modules, long answer questions).
    • Use the “Ask the Instructor” discussion for questions best addressed by the instructor; the instructor checks this forum daily (Mon–Fri).

Course Materials, Assessments, and Support Tools

  • Learn structure: lecture notes, modules, syllabus, long-answer questions, and course outline/SOMA guidelines are accessible.
  • Modules and topics:
    • Two tracks: classroom content and modules; each track has separate assessments.
    • Modules are completed at home and evaluated separately from in-class content.
  • Assessments overview:
    • Four assessments in total:
    • Two multiple-choice tests (A and B): each worth 15 ext{%}; 40 questions; 50 minutes; questions drawn half from lecture content, half from modules.
    • Two long-answer tests (exams 1 and 2): written components.
    • Final exam: not cumulative; covers the last third of the course; includes 40 multiple-choice questions and 3 long-answer questions.
  • Tentative schedule and numbering:
    • MC Test 1 around week 4, MC Test 2 around week 8–9, final exam after the last content block.
  • iClicker participation:
    • University provides iClicker access; activation and setup details are on Learn/course syllabus.
    • iClicker scoring: attempting a question earns experience points; accumulating ext≥60pointsext{≥ 60 points} yields full credit of 6 ext{%}; partial points scale with attempts.
  • SOMA/SONA (psychology research participation):
    • Undergraduates can participate in experiments to earn research credits toward the grade.
    • Four required credits, two optional bonus credits (total up to six credits, with bonuses).
    • At least three credits must be completed in person; up to three credits may be completed online (SOMA guidelines outline options including a library alternative).
  • Course scheduling and structure:
    • The term is condensed into a two-track format: in-class topics and module content run in parallel.
    • The final is not cumulative; it covers the final third of the course content.
  • Contact and office location:
    • Instructor’s office: Past 15 (Psychology, Anthropology, Sociology building); building layout may be non-linear with angled hallways—ask for help if needed.
    • Email: provided in course syllabus.
  • TA support:
    • Five teaching assistants (TAs) will be introduced during the term with contact information provided.
  • Course guidelines and etiquette:
    • If you have a question about course requirements, consult the course outline first.
    • For content questions, consult classmates first to foster community learning; then use office hours or instructor forums for follow-up.
    • The fastest way to get a response from the instructor is via the Ask the Instructor forum (checked daily Mon–Fri).
    • Personal questions should be sent via email rather than posted publicly on forums.

Foundational Concepts: Learning, Behaviorism, and the Cognitive Revolution

  • What is learning?
    • A relatively permanent change in behavior due to experience; persistence into the future.
  • Types of learning in early psychology:
    • Classical conditioning: learning of reflexes via associations between a neutral stimulus and an automatic response.
    • Operant conditioning: acquisition of voluntary behavior based on consequences (Skinner).
    • Observational learning: learning by observing consequences experienced by others.
  • Perspectives in psychology:
    • Behaviorism: empirical science focused on observable behavior and environmental stimuli; mind is not directly observable, so it was historically ignored.
    • Cognitive revolution: mind viewed as an information processor; the computer metaphor (late 1950s onward) reintroduced mental processes into psychology.
    • Social cognitive approach: combines cognitive processing with social factors (expectations, beliefs, etc.) in learning.
  • Practical implications:
    • Expectations and beliefs influence learning and course selection (e.g., choosing psychology because you expect it to matter in the future).

Classical Conditioning: Core Concepts and Mechanisms

  • Definition: classical conditioning is learning that results from associations between a neutral environmental stimulus and an automatic reflex (physiological response).
  • Key terms:
    • Unconditioned stimulus (US): a stimulus that automatically elicits a reflex without prior learning (e.g., meat powder).
    • Unconditioned response (UR): the automatic reflex elicited by the US (e.g., salivation).
    • Conditioned stimulus (CS): a previously neutral stimulus that, after association with the US, elicits a conditioned response (CR).
    • Conditioned response (CR): the learned reflex elicited by the CS (often the same or similar to UR).
  • Pavlov’s classic discovery (not a psychologist by training):
    • Dogs salivated to meat powder (US) and began salivating to neutral stimuli associated with food (e.g., the bowl, the feeder, footsteps).
    • Concept of a conditional reflex (CS predicts food) emerged; mistranslation to “conditioning” cemented the term in psychology.
  • Acquisition (learning phase):
    • Process where the CS is paired with the US repeatedly (e.g., bell followed by meat powder) until the dog salivates at the CS alone.
    • Critical factors:
    • Temporal order: CS must precede US (the CS predicts the US); simultaneous presentation does not yield conditioning.
    • Interval: typically a short gap between CS and US (ideally < 1 second) yields the strongest conditioning.
  • Extinction: weakening and disappearance of the CR when the CS is repeatedly presented without the US.
  • Spontaneous recovery: after extinction and a rest period, the CR can reappear upon presenting the CS again, though typically weaker.
  • Higher-order conditioning: a new neutral stimulus becomes a CS by being paired with an already established CS (e.g., a second cue predicting the first CS).
  • Generalization and discrimination:
    • Generalization: the CR can occur in response to stimuli similar to the original CS (e.g., different tones close to the original tone).
    • Discrimination: the CR occurs to the original CS but not to stimuli that are different and do not predict the US (requires training with two stimuli – one predicts US, one does not).
  • Generalization gradient: the strength of the CR declines as the new stimulus diverges from the original CS; more similar stimuli yield stronger responses; the curve becomes narrower with discrimination training.
  • Generalization and discrimination in practice:
    • A tone close to the original (e.g., 1,100 Hz vs 1,200 Hz) elicits a strong but weaker CR; as the frequency diverges beyond a threshold, CR wanes.
  • Human relevance and applications:
    • Humans, like animals, show conditioned responses in emotions and physiological reactions.
    • Advertising exemplars: neutral stimuli (brand, product) paired with positive emotional cues (celebrity endorsements, arousal) to transfer positive responses to products.
    • Print vs video ads: video allows controlled, sequential presentation; print ads often rely on concurrent presentation of stimuli.
  • Important caveats and misconceptions:
    • Conditioning relies on a consistent order and temporal proximity; simply temporal co-occurrence without proper sequence is ineffective.
    • Conditioning effects occur due to learned associations, not mere awareness; conscious intent does not erase automatic responses in classical conditioning.
  • Examples discussed:
    • Ichiro Suzuki advertising Kirin Beer: a neutral product paired with a beloved celebrity elicits positive affect toward the product.
    • A sexual arousal cue paired with a product to create an automatic positive response toward the product.
    • The instructor’s emphasis on the difference between automatic physiological responses and conscious control.

Applying Classical Conditioning: The Link to Learning and Memory in Exams

  • Why classical conditioning matters for exams and daily life:
    • Understanding how associations form helps with studying strategies (e.g., cue-based retrieval, match-to-memory cues).
  • Memory and study tips tied to conditioning concepts:
    • Use consistent cues for study environments to establish conditioned-like memory cues (context-dependent recall).
    • Leverage short, frequent study sessions to reinforce associations (acquisition) and avoid extinction-like forgetting through spaced review.

Course Logistics: Final Notes, Schedules, and Support

  • Syllabus and course outline:
    • The syllabus includes long-answer questions and assessment expectations; review early and often.
  • Discussion forums:
    • Learn Connect → Discussions: modules, content discussions, and “Ask the Instructor” forum.
    • For quick help, use student discussions first; for formal questions, use the instructor forum.
  • Schedule of assessments:
    • MC Tests A and B: each 15%, 40 questions, 50 minutes; content split between lecture and module content.
    • Long-answer exams: two in-term written assessments.
    • Final exam: not cumulative; covers the last third of the course with 40 MC questions and 3 long answers.
  • SONA and SOMA guidelines:
    • Research participation credits contribute to the course grade; minimum and maximum credits explained in SOMA guidelines.
    • Library option available for those who do not wish to participate in experiments.
  • iClicker participation:
    • Free iClicker subscription; points contribute to a 6% course grade if thresholds are met (e.g., 60+ XP).
  • Office hours and communication norms:
    • The instructor is available after class and before class; best responses come from the Ask the Instructor forum each weekday.
    • Personal questions should be emailed; avoid posting private matters publicly.
  • Course aims recap:
    • Build a strong foundation in learning, memory, and basic psychology through a blended approach of in-class content and modules.
    • Encourage active engagement, deliberate practice, and structured study habits to maximize performance and understanding.

Quick Reference: Key Ratios, Milestones, and Rules of Thumb

  • Class average expectation: approx 72 ext{%} - 73 ext{%}; 80%+ is outstanding for this course (~12 ext{%} of students).
  • Assessments: four major assessments plus final exam; two MC tests at 15 ext{%} each; 40 questions, 50extminutes50 ext{ minutes} per MC test.
  • Final exam format: 40 MC questions + 3 long-answer questions; not cumulative beyond the last third of the term.
  • Study strategy threshold: use the nine-to-ten-point rule for memorization lists (each list should be 9−109{-}10 points long) to fit within working memory capacity.
  • Working memory constraint: about extthreechunksext{three chunks} of information at a time: ext{Working memory}
    ightarrow ext{≈} 3 ext{ chunks}.
  • Breaks and consolidation: breaks should avoid screens to minimize interference and promote consolidation of learning.
  • Discrete cue-based learning rules: CS must precede US, with a short interval to maximize acquisition; extinction requires repeated CS-alone presentations, with potential spontaneous recovery.
  • Generalization vs discrimination: generalization gradient broad at first, narrows with discrimination training; two-stimulus discrimination tasks help sharpen specificity of conditioned responses.
  • Social and ethical implications: classical conditioning informs advertising and emotional responses but underscores the power and limits of automatic, involuntary reactions.