Chapter 5: Applications of Classical Conditioning Flashcards
A model that assumes that the NS becomes directly associated with the US and therefore comes to elicit a response that is related to that US.
Tone (NS) + Food (US) = Salivation (UR)
Tone == Food
S-S
Stimulus-Stimulus Model
Tone (NS) + Food (US) = Salivation (UR)
Tone == Food
S-S
Stimulus-Stimulus
Tone (NS) + Food (US) = Salivation (UR)
Tone == Salivation
S-R
Stimulus-Response
Condition Stimulus substitutes for Unconditioned Stimulus
Backed up by S-S
Stimulus-Substitution Theory
The purpose of the conditioned response is to prepare the organism for the presentation of the unconditioned stimulus
Preparatory-Response Theory
A model that assumes that the NS becomes directly associated with the UR and therefore comes to elicit the same response as the UR.
Tone (NS) + Food (US) = Salivation (UR)
Tone == Salivation
S-R
Stimulus-Response Model
Condition Stimulus acts as a substitutes for Unconditioned Stimulus
Backed up by S-S
Stimulus-Substitution Theory
The purpose of the conditioned response is to prepare the organism for the presentation of the unconditioned stimulus
Preparatory-Response Theory
A model that proposes that the compensatory after-reactions to a US may come to be elicited by a CS.
- When CR ≠ UR and CR is compensatory
- Opponent process that counteracts the effect of US (drug)
Compensatory-Response Model
A conditioned response performed by the body to compensate excess drug (counteract drug’s effect)
Tolerance
An environment that acts as a condition stimulus which leads to conditioned response (tolerance)
Novel Environment
Irrational fear of object or situation
Phobia
Learning through watching others’ fear
Observational Learning
Genetic disposition affects acquisition of fear
Temperament
Species are more prepared to learn certain associations over others for our survival
Preparedness