AP PSYCH 4.1 Introduction to Learning
Change in behavior
Results from experience
Doesn’t come from growth, like being able to reach a shelf when you get taller
Yes there was a change, but this was not an experience beyond normal biological progress
Relatively permanent
Observational learning
Learn through watching a model and imitating it
Early researcher associated with learning
Studied classical conditioning/associative learning
His dogs and salivation experiment is very well known
Also proved that biological functions (in this case, salivation) could be trained
Proved that cognition was taking place when an organism recognized association
Certain things are more readily associated with one another
There are certain biological predispositions or senses that are better suited for learning
Latent learning
An organism may learn something but not demonstrate the behavior that learning pertains to until there is a motivation
Rats that are allowed to wander a maze will continue to meander
Once food is placed at the end, they can ‘suddenly’ navigate it without many errors
They had learned it already, but had no need to display the learning yet
Large original contributor to behaviorism
Focus of research is on observable behavior
The study of learning lends itself to this school of thought
Also proposed biological predispositions that make some sense easier to learn
Animals tend to create associations will illness and food very quickly, even if there is another reason contributing to the sickness
Insight learning
Sudden burst of cognition that reveals solution
Emotional learning
How our feelings contribute to associations and how readily they’re recognized
Superstitious behavior
Recognizing association where none actually exists
“Good luck” from a ritual or charm
Learned helplessness
Repeated failure until the learner gives up and resigns to the punishments
Learning is very complex and involves both behavioral and cognitive components
Change in behavior
Results from experience
Doesn’t come from growth, like being able to reach a shelf when you get taller
Yes there was a change, but this was not an experience beyond normal biological progress
Relatively permanent
Observational learning
Learn through watching a model and imitating it
Early researcher associated with learning
Studied classical conditioning/associative learning
His dogs and salivation experiment is very well known
Also proved that biological functions (in this case, salivation) could be trained
Proved that cognition was taking place when an organism recognized association
Certain things are more readily associated with one another
There are certain biological predispositions or senses that are better suited for learning
Latent learning
An organism may learn something but not demonstrate the behavior that learning pertains to until there is a motivation
Rats that are allowed to wander a maze will continue to meander
Once food is placed at the end, they can ‘suddenly’ navigate it without many errors
They had learned it already, but had no need to display the learning yet
Large original contributor to behaviorism
Focus of research is on observable behavior
The study of learning lends itself to this school of thought
Also proposed biological predispositions that make some sense easier to learn
Animals tend to create associations will illness and food very quickly, even if there is another reason contributing to the sickness
Insight learning
Sudden burst of cognition that reveals solution
Emotional learning
How our feelings contribute to associations and how readily they’re recognized
Superstitious behavior
Recognizing association where none actually exists
“Good luck” from a ritual or charm
Learned helplessness
Repeated failure until the learner gives up and resigns to the punishments
Learning is very complex and involves both behavioral and cognitive components