Lesson 2.3.1
2.3.1 Baddeley, Schmolck, Steyvers and Hemmer, and Sebastian and Hernandez-Gil studies Quiz: Pearson Edexcel Psychology, Unit 2
20 questions
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Lesson 2.3.1, Baddeley, Schmolck, Steyvers and Hemmer, and Sebastian and Hernandez-Gil studies: 20 multiple choice questions for the Pearson Edexcel Psychology (9PS0), Unit 2: Cognitive psychology, written with Revision Ninja.
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The 20 questions
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What two main word properties did Baddeley investigate regarding memory recall?
- Acoustic and semantic
- Familiarity and valence
- Length and frequency
- Visual and auditory
-
Which type of word similarity impaired immediate recall in Baddeley (1966b)?
- Tactile similarity
- Visual similarity
- Semantic similarity
- Acoustic similarity
-
Which type of word similarity impaired delayed recall in Baddeley (1966b)?
- Visual similarity
- Phonological similarity
- Acoustic similarity
- Semantic similarity
-
How is information primarily encoded in long-term memory according to Baddeley (1966b)?
- Tactilely
- Semantically
- Visually
- Acoustically
-
Which memory model is supported by Baddeley's findings on separate memory codes?
- Reconstructive memory model
- Multi-store model
- Working memory model
- Levels of processing
-
What was the independent variable in Baddeley's memory experiment?
- Word list similarity
- Participant age
- Recall time
- Room temperature
-
What was the main dependent variable measured in Baddeley's 1966 study?
- Reading speed
- Heart rate
- Reaction time
- Correct word recall
-
What type of stimuli did Baddeley use to test memory encoding in his 1966 study?
- Picture cards
- Story passages
- Digit spans
- Word lists
-
Which traditional view was challenged by the findings of Baddeley's 1966 study?
- Rehearsal loop
- Episodic buffer
- Single memory store
- Sensory register
-
Which materials did Baddeley use to test long-term memory encoding?
- Picture cards
- Story passages
- Word lists
- Digit spans
-
Why did Baddeley include acoustically similar word lists in his study?
- Assess visual decay
- Measure digit span
- Check semantic capacity
- Test acoustic confusion
-
What happens during immediate recall when words sound acoustically similar?
- No effect occurs
- Recall accuracy drops
- Recall speed doubles
- Recall accuracy improves
-
What main conclusion did Baddeley draw regarding long-term memory encoding?
- Purely procedural
- Predominantly semantic
- Predominantly acoustic
- Exclusively visual
-
Why is Baddeley's 1966 study regarded as a classic in cognitive psychology?
- Mapped neural pathways
- Identified flashbulb memories
- Demonstrated coding differences
- Proved sensory capacity
-
What is a key methodological limitation of Baddeley's (1966b) study?
- Unstandardised procedure
- Small sample size
- Low ecological validity
- Low internal validity
-
Which main type of coding did Baddeley (1966b) find is primarily used in long-term memory?
- Visual
- Acoustic
- Tactile
- Semantic
-
In memory research, what does semantic coding specifically refer to?
- Sound of words
- Visual appearance
- Sequential order
- Meaning of words
-
Why did acoustically similar words cause confusion during immediate recall in Baddeley (1966b)?
- Long-term decay
- Shared semantic code
- Visual similarity
- Shared acoustic code
-
What assumption about memory stores did Baddeley’s (1966b) findings directly challenge?
- Multiple memory stores
- Unlimited STM capacity
- Reconstructive recall
- Single coding mechanism
-
According to Baddeley (1966b), how is long-term memory primarily encoded?
- Semantically
- Acoustically
- Spatially
- Visually
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