Week 4 - Behavioural views of learning Flashcards
Who created Classical Conditioning
Ivan Pavlov
Classical Conditioning
Define ‘unconditioned stimulus’
One that unconditionally, naturally, and automatically triggers a response.
Classical Conditioning
Define ‘unconditioned response’
Unlearned response that occurs naturally in reaction to the unconditioned stimulus.
Classical Conditioning
Define ‘neutral stimulus’
Initially does not evoke a response until it is paired with the unconditioned stimulus.
Classical Conditioning
Define ‘conditioned stimulus’
Substitute stimulus triggers same response in organism as an unconditioned stimulus.
Classical Conditioning
Define ‘conditioned response’
Learned response to a previously neutral stimulus.
Classical Conditioning
Pavlov’s experiment (Dog)
UCS UCR NS CS CR
UCS: Food
UCR: Salivation
NS: Bell
CS: Bell
CR: Salivation
NS becomes CS
Classical Conditioning
Apply to classroom setting
- Teaching methods
- Teaching style
- Students’ attitude
- School bell
- Bullying
- Emotional responses
E.g. When teachers clap to get your attention
Classical Conditioning
Stimulus Generalisation
When you produce the same response to something similar to the Conditioned Stimulus (e.g. different kinds of bells produce a CR)
Classical Conditioning
Stimulus Discrimination
Similar stimuli to the CS doesn’t produce the same response (CR). Hence the discrimination.
Classical Conditioning
Extinction
Allows the learnt conditioning to be ‘undone’
Classical Conditioning
Pros and Cons
Pros
- Positive impact on research methodology
- Principles used by therapists to modify behaviour
Principles used in schools
Cons
- Not all behaviour fits the model
- Some actions imitated by the organism
- Ethical issues
Who came up with Operant Conditioning theory
B.F. Skinner
Operant Conditioning
Define and provide one example of positive reinforcement
When lab rats press a lever when a green light is on, they receive a food pellet as a reward.
Operant Conditioning
Define and provide one example of negative reinforcement
When lab rats press a lever when a red light is on, they receive an electric shock.