3.9 Social, Cognitive, and Neurological Factors in Learning
- Syllabus
- 2025
- Topic
- 3.9
- Level
- —
Learning objectives
3.9A—Explain how social learning applies to behavior and mental processesExplain how social learning applies to behavior and mental processes.• Social learning theory proposes that learning can occur by observation and does not have to involve personal experience with a consequence (vicarious conditioning). Learning can occur by copying the behavior of models. The more similar a model is, the more likely the behavior is to be learned.3.9B—Explain how cognitive factors in learning apply to behavior and mental processesExplain how cognitive factors in learning apply to behavior and mental processes.• Insight learning occurs when the solution to a problem occurs without any association, consequence, or model being present.• Latent learning occurs when information is learned without reinforcement but is not immediately evident. Latent learning is often demonstrated by cognitive maps.
Learning by Watching Others
Social learning occurs through observation. A learner can acquire behavior by watching a model, without personally receiving reinforcement or punishment. Copying the observed behavior is modeling.
A social-learning explanation follows this chain:
- The learner observes a model and the model's behavior.
- The learner may also observe the model's consequence—vicarious conditioning.
- The behavior is learned without the observer directly experiencing that consequence.
- The learner may later reproduce the modeled behavior.
A student watches a similar peer contribute to discussion and receive approval. The student later contributes in the same way. The model supplied the behavior, and the observed approval supplied a vicarious consequence; the observer did not need to be rewarded first.
A model perceived as more similar is more likely to have behavior learned. Similarity changes likelihood, not certainty, and learning by observation does not mean the learner must immediately perform everything observed.
Insight, Latent Learning, and Cognitive Maps
| Cognitive learning process | When learning becomes evident | What is absent during acquisition |
|---|---|---|
| Insight learning | A solution appears suddenly | No association, consequence, or model needs to be present |
| Latent learning | Knowledge becomes visible only when later behavior reveals it | Reinforcement is not required when the information is learned |
A cognitive map is a mental representation of spatial relationships. If a person explores a place without reinforcement and later takes an efficient route when a goal appears, the route demonstrates latent knowledge that was acquired before it was performed.
Insight is different: after considering a problem, the learner suddenly recognizes a workable relation among its parts. The solution is not explained by a present model, a direct consequence, or gradual stimulus association.
No visible response does not prove that no learning occurred. Latent learning separates acquisition from performance; insight identifies a sudden solution, not knowledge merely waiting for an incentive to be displayed.