APPROACHES - The Behaviourist Approach - Classical Conditioning and Pavlov's Research Flashcards
Classical conditioning and Pavlov’s research AO1
- The behavioural approach is a way of explaining behaviour in terms of what is observed in terms of learning.
- It is based on a plethora of assumptions:
- Everyone is born as a blank slate
- All behaviour is learnt from the environment
- Only observable behaviours can be measured and investigated
- Animal research may be used as a basis for understanding human behaviour
- Repeated behaviours become internalised and automatic
- Classical conditioning is learning by association; involves building up an association between two different stimuli so that learning takes place.
- Pavlov study for classical conditioning:
- Food (unconditioned stimulus) produces the unconditioned response of the dog salivating
- A bell (neutral stimulus) is rung, and the dog does not salivate (no conditioned response)
- Food (unconditioned stimulus) is repeatedly paired with the neutral stimulus (bell ringing) to produce salivation (unconditioned response). Learning is taking place
- Now when the bell (conditioned stimulus) is presented alone, the dog will begin to salivate (conditioned response)
- Therefore learning has taken place via classical conditioning.
- Some principles of classical conditioning in relation to Pavlov’s research is:
- Generalisation: Stimuli SIMILAR to the original conditioned stimuli WILL cause the conditioned response
- Discrimination: Stimuli SIMILAR to the original conditioned stimuli WILL NOT cause the conditioned response
- Extinction: Conditioned response is no longer produced by the conditioned stimuli
What is the behavioural approach
a way of explaining behaviour in terms of what is observed in terms of learning.
What are the assumptions of the behavioural approach
- Everyone is born as a blank slate
- All behaviour is learnt from the environment
- Only observable behaviours can be measured and investigated
- Animal research may be used as a basis for understanding human behaviour
- Repeated behaviours become internalised and automatic
What is classical conditioning
learning by association; involves building up an association between two different stimuli so that learning takes place
Outline the Pavlov study for classical conditioning
- Food (unconditioned stimulus) produces the unconditioned response of the dog salivating
- A bell (neutral stimulus) is rung, and the dog does not salivate (no conditioned response)
- Food (unconditioned stimulus) is repeatedly paired with the neutral stimulus (bell ringing) to produce salivation (unconditioned response). Learning is taking place
- Now when the bell (conditioned stimulus) is presented alone, the dog will begin to salivate (conditioned response)
- Therefore learning has taken place via classical conditioning
What are the principles of classical conditioning in relation to Pavlov’s research
- Food (unconditioned stimulus) produces the unconditioned response of the dog salivating
- A bell (neutral stimulus) is rung, and the dog does not salivate (no conditioned response)
- Food (unconditioned stimulus) is repeatedly paired with the neutral stimulus (bell ringing) to produce salivation (unconditioned response). Learning is taking place
- Now when the bell (conditioned stimulus) is presented alone, the dog will begin to salivate (conditioned response)
- Therefore learning has taken place via classical conditioning
Classical conditioning and Pavlov’s research AO3
- Research evidence
- Evidence to support the idea of classical conditioning being able to explain the development of learning and phobias
- Pavlov dog study and Watson & Rayner Little Albert study
- But the findings from Little Albert study may be different to different settings as it was conducted in a lab setting
- Therefore findings of this study might be quite weak and might lack ecological validity
- Learning in children
- Classical conditioning can explain how children and animals learn things
- But may not be as strong in explaining how adults learn new behaviours
- Thus it is limited to only explaining learning in children and animals
- Treatment of psychological disorders
- Pavlov’s research has helped apply classical conditioning to treatments of psychological disorders
- Classical conditioning has helped form treatments such as flooding and systematic desensitisation against phobias
- These are based on the components of classical conditioning and association
- Laboratory testing
- The behavioural model can be easily tested and measured in a scientific way via observation in a lab
- The model relies on observing behaviour that can be directly seen and measured in a highly controlled setting
- This helps aid objectivity and replication
Classical conditioning and Pavlov’s research AO3 - research evidence
- Evidence to support the idea of classical conditioning being able to explain the development of learning and phobias
- Pavlov dog study and Watson & Rayner Little Albert study
- But the findings from Little Albert study may be different to different settings as it was conducted in a lab setting
Classical conditioning and Pavlov’s research AO3 - learning in children
- Classical conditioning can explain how children and animals learn things
- But may not be as strong in explaining how adults learn new behaviours
- Thus it is limited to only explaining learning in children and animals
Classical conditioning and Pavlov’s research AO3 - treatment of psychological disorders
- Pavlov’s research has helped apply classical conditioning to treatments of psychological disorders
- Classical conditioning has helped form treatments such as flooding and systematic desensitisation against phobias
- These are based on the components of classical conditioning and association
Classical conditioning and Pavlov’s research AO3 - laboratory testing
- The behavioural model can be easily tested and measured in a scientific way via observation in a lab
- The model relies on observing behaviour that can be directly seen and measured in a highly controlled setting
- This helps aid objectivity and replication