Read an open textbook
OpenStax, Psychology 2e, chapter 6: Learning
Learn how cues, actions, consequences, and context relate through eight free lessons. Use diagrams, fictional adult scenarios, quick checks, and worked sorting exercises, then explore the route comparison for formal classes and longer online study.

The fictional adult scenarios teach learning concepts by classifying cues, consequences, and changes in observable behavior.
This course uses behavioral psychology to mean the study of learning through cues, actions, consequences, and context. The learning source supplies the core distinctions. You will work with adult everyday examples, define what can be observed, and sort consequences using two explicit questions.
By the end you can replace an interpretation with a specific observable action.

An observable definition specifies an action and its recording rule. "Distracted" is an interpretation; "opened an unrelated tab" describes behavior. Observation methods require enough detail for observers to identify the same event.
Specify the action, setting, and observation period before counting. Their counts describe actions under stated conditions, without establishing motives or character.
Replace "The commuter is impatient" with a recording rule for one visible action and period.
During the five minutes before the scheduled bus arrival, count each opening of the arrival app. Specify what constitutes a new opening so two observers can apply the same rule. The count would describe app use during that wait. It would not establish impatience, explain why the commuter opened the app, or show that this pattern occurs on every commute.
Takeaway: Define the action and observation period before interpreting the person. (source)
By the end you can identify a learned signal and the response it comes to elicit.

Classical conditioning connects a signal with another event. A neutral tone can come to elicit salivation after predicting food. OpenStax distinguishes stimulus from response.
In our fictional case, food appears after the tone regardless of the dog's actions. Later, tone alone elicits salivation. The tone is the conditioned stimulus; salivation to it is the conditioned response.
Identify both stimuli and the conditioned response. Explain why salivation is not the signal.
Food is the unconditioned stimulus: it elicits salivation before pairing. After learning, the tone is the conditioned stimulus and salivation to it is the conditioned response. Calling salivation the signal confuses the preceding event with the response. Food appears independently of the dog's actions in this case, distinguishing the arrangement from one in which an action earns a particular consequence.
Takeaway: In classical conditioning, identify what predicts the event and what response follows the signal. (source)
By the end you can separate a behavior, its consequence and its later frequency.

Operant conditioning concerns actions and their consequences. OpenStax defines reinforcement through increased later behavior and punishment through a decrease. Intended purpose does not establish function.
A fictional app displays a badge after filing. Calling it a reward expresses intention. Calling it a reinforcer requires evidence that filing increases because of it. A badge without follow-up evidence leaves that function unresolved.
A designer calls the badge reinforcement because it was intended as a reward. What evidence is missing?
Evidence is needed about later filing and whether the badge contributes to an increase. The designer's intention cannot supply that result. A comparison would examine the consequence's effect while keeping other conditions similar. Without increased filing, the badge has not been shown to function as a reinforcer here. This identifies missing evidence without inventing a successful outcome for the app.
Takeaway: A consequence gets its functional label from what it does to later behavior. (source)
By the end you can classify consequences using addition or removal and behavioral increase or decrease.

Positive means something is added; negative means something is removed. Reinforcement increases behavior; punishment decreases it. OpenStax separates these dimensions. Neither sign means morally good or bad.
Classify each scenario in two passes: identify addition or removal, then increase or decrease. Removing a nuisance can strengthen the action that removes it. That is negative reinforcement, not another name for punishment.
Later behavior: top row Increases, bottom row Decreases. Consequence change: left Removed, right Added.
A click removes a nuisance pop-up; clicking becomes more frequent because of that removal. Removed plus increased identifies negative reinforcement. Source
Sort: a token follows filing and increases filing; closing removes a nuisance sound and increases closing.
The token example is positive reinforcement: something is added and filing increases. The sound example is negative reinforcement: something is removed and closing increases. Both occupy the increasing-behavior row. These cases stipulate the consequence's effect. In an actual observation, sequence alone would not establish causation. Classification depends on addition or removal and behavior change, not on whether something sounds pleasant.
Takeaway: Positive and negative describe addition and removal; reinforcement describes an increase in behavior. (source)
By the end you can distinguish behavioral reduction from learning an alternative action.

Punishment decreases the behavior producing a consequence. Addition makes it positive punishment; removal makes it negative punishment. OpenStax explains that suppressing an action does not necessarily teach a replacement.
In a fictional simulation, opening a panel adds a delay and opening decreases because of it. This describes positive punishment, without endorsing the design or showing that users learned another way to find information.
Sort: adding a delay decreases panel opening; removing a decorative token decreases clicking.
The delay is positive punishment; token removal is negative punishment. Behavior decreases in both, so neither is reinforcement. These stipulated examples classify consequences without establishing that either design is appropriate. They also do not demonstrate that users learned a useful alternative. That would require a separate record identifying the alternative action and showing it occurring, beyond a reduction in clicks.
Takeaway: Reducing an action does not establish that a useful alternative was learned. (source)
By the end you can classify schedules by response count or time and fixed or variable requirements.

Ratio schedules count responses; interval schedules reinforce the first response after a time interval. Fixed requirements stay consistent; variable requirements change. OpenStax separates these dimensions.
An invented filing simulation offers a token after every fifth file, or for the first file after ten minutes. One rule counts actions; the other waits for time.
Predictability: top row Fixed, bottom row Variable. Requirement: left Response count, right Elapsed time.
Ten minutes pass without a file submission. Under the stated fixed-interval rule, no token appears until the first subsequent file is submitted. Source
Compare "after ten files" with "first file after ten minutes." What if nobody submits a file?
The ten-file rule is fixed ratio because it counts responses. The ten-minute rule is fixed interval: time determines availability, but a submission is still required. Under either rule, no submission means no token. Interval reinforcement does not mean automatic delivery every ten minutes. These rules classify the arrangements; without behavior records, they cannot establish which schedule produced more frequent filing.
Takeaway: Ask whether the rule counts responses or waits for time, then whether that requirement varies. (source)
By the end you can distinguish seeing a model from demonstrating a learned action.

Observational learning involves a model's actions. Bouton distinguishes attention, retention, reproduction, and motivation. Seeing a demonstration does not establish that the observer can or will perform it.
An adult watches a colleague fold a map, then attempts the fold later. That attempt supplies performance evidence. An error could reflect different obstacles, so it does not identify the responsible learning process without further information.
A learner watches but cannot reproduce the fold. Give two explanations and an observation distinguishing them.
The learner might have missed a hand movement, or might remember the sequence but struggle to perform it. Asking for a description of the sequence could help distinguish missing information from performance difficulty. Interpretation is still needed because verbal description and folding make different demands. The failed attempt alone cannot establish low motivation or identify the cause of the difficulty.
Takeaway: Watching a model creates a learning opportunity; later performance needs its own evidence. (source)
By the end you can distinguish generalization from extinction and explain why context matters.

Generalization extends responding to a similar cue or setting. Extinction reduces responding when the prior predictive relation or reinforcement stops. Bouton explains that extinction need not erase original learning.
A commuter's app checking declines when useful updates stop, then returns elsewhere. That return is compatible with contextual learning. It does not invalidate the earlier decline or establish that context was the only difference.
Checking declined when updates stopped, then returned elsewhere. Explain why "the learning was erased" overstates this.
The decline occurred under changed update conditions at the first stop. The later return shows that checking remained possible elsewhere. Permanent erasure goes beyond those observations. Context-sensitive extinction is one interpretation, but the account also needs to establish whether useful updates resumed. Preserve both observations and investigate their circumstances before treating a temporary decline as disappearance of the original learning.
Takeaway: A learned response can change with context; extinction does not guarantee permanent erasure. (source)
Negative reinforcement increases behavior when something is removed; punishment decreases behavior. "Negative" therefore does not mean punishment. Classical conditioning links signals with events, while operant conditioning links actions with consequences. Revisit the four-part classification or the negative reinforcement mini course if an example mixes those dimensions.
Compare open textbook reading, two academic catalog subjects, and a commercial-platform introduction. A catalog entry describes a subject without confirming a currently available class.
OpenStax, Psychology 2e, chapter 6: Learning
California State University, Northridge, PSY 351: Behavioral Psychology and Therapy
University of Massachusetts Lowell, PSYC.4790: Seminar in Behavioral Psychology
Yale University / Coursera, Introduction to Psychology
| Provider and offering | Type | Scope | Audience | Access | Workload | Entry requirements | Assessment | Availability |
|---|---|---|---|---|---|---|---|---|
| OpenStax Psychology 2e, chapter 6: Learning | free resource | Classical, operant and observational learning; textbook resource | Independent introductory readers | Free web text and PDF; separate courseware paid | Self-directed reading; hours not stated | Public reading; no enrollment | Review questions; no instructor grading | Publicly available |
| California State University, Northridge PSY 351: Behavioral Psychology and Therapy | university subject | Learning, behavioral explanations and applications | US; California; prior preparation required | Price and public enrollment not stated | 3 units; schedule not stated | PSY 150, PSY 250 and lower-division writing; psychology majors also PSY 301 prior or concurrent | Assessment not stated | Catalog only; current section and modality unverified |
| University of Massachusetts Lowell PSYC.4790: Seminar in Behavioral Psychology | university subject | Advanced literature critique, research and ethics | US; Massachusetts; advanced study | Price not stated; current enrollment unverified | 3 credits; writing intensive; schedule not stated | PSYC.1010 and PSYC.2690, and PSY.2760 or PSYC.3120; confirm equivalencies | Writing intensive; assignments unspecified | Catalog only; current section and modality unverified |
| Yale University / Coursera Introduction to Psychology | short course | Broad psychology, including learning | US; online beginners | Purchase access; trial and other alternatives conditional | 7 modules; headline 2 weeks at 10 hours weekly | No prior experience required | 6 assignments | Enrollment offered; free completion unverified |
Here behavioral psychology studies observable actions and learning through cues, consequences, models, and context. Psychology also investigates mental processes and biology. Behavioral science spans multiple disciplines. Compare each course's learning concepts, methods, and applications; the title alone does not establish what it covers. (source 1, source 2, source 3, source 4)
Reinforcement increases behavior; punishment decreases it. Positive and negative describe addition and removal. Removing a nuisance can reinforce the action removing it. Classification therefore needs both dimensions: what changed in the consequence and how that affected later behavior. Without the latter, function remains unresolved. (source)
This introduction is free. OpenStax offers public reading and a free Psychology 2e PDF with a learning chapter. The textbook covers broader psychology without enrolling readers in a class. Yale's Coursera course has purchase terms and conditional alternatives; full free completion was not verified. (source 1, source 2, source 3, source 4)
Behavioral neuroscience examines biological mechanisms of behavior. Cognitive behavioral therapy is a clinical approach with a different purpose and preparation. This introduction teaches learning concepts through everyday examples. Connections between these areas do not make their courses, professional roles, or forms of practice interchangeable. (source 1, source 2)
CSUN PSY 351 requires PSY 150, PSY 250, and writing preparation; psychology majors also need PSY 301 prior or concurrent. UMass Lowell lists introductory psychology, research methods, and learning preparation. These catalog entries do not establish current online seats; check current sections. (source 1, source 2)
No. Completing these fictional exercises does not establish professional competence. Formal subjects such as CSUN's can have broader applied content. Psychology roles involve additional study and supervised experience; most states require licensure for practice or use of the title psychologist. Those requirements are separate. (source 1, source 2)
Psychology.com. (2026, November 6). Behavioral Psychology Course. Psychology.com. https://psychology.com/courses/behavioral-psychology