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Summary A* AQA A-Level Psychology Memory Revision Summaries R93,33   Add to cart

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Summary A* AQA A-Level Psychology Memory Revision Summaries

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This document contains summarised notes from all topics covered in the Memory chapter of the AQA Psychology for A-Level Year One textbook (Cara Flanagan, Matt Jarvis, Rob Liddle). The notes can be used as 16 mark essay plans to achieve marks in the top mark band for ALL topics, or simply to condens...

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Coding, capacity & duration

CODING + Identified difference between both memory
 The format in which information is stored varies in stores.
different memory stores.  More recent research shows some
 Coding: the process of converting information between exceptions to some older findings.
different forms.  However, the idea of acoustic coding in STM
 Baddeley (1966): gave 4 groups different lists of words to and semantic coding in LTM is yet to be
remember (acoustically similar, acoustically dissimilar, disproved.
semantically similar, semantically dissimilar).  Led to MSM and improved understanding of
 Ptps were then given the original words and asked to memory.
recall them in the correct order.
 When doing this immediately (STM), they did worse with - Artificial stimuli
acoustically similar words, and when doing it 20mins  Words lists meaningless to ptps.
later, they did worse with semantically similar words.  May not tell us about coding in everyday
 Info is coded acoustically in STM and semantically in LTM. life, for more meaningful info.
 Limited application/lacks mundane realism.
CAPACITY + Jacobs’ study has been replicated.
 Amount of information that can be held in a memory  Old studies may lack adequate controls –
store. e.g., digit spans may be underestimated due
Jacobs (1887): digit span to distractions during testing (extraneous
 Researcher reads out a number of digits and ptp recalls in variables).
the correct order.  Findings have been confirmed by recent,
 Researcher adds a digit each time, until they can no more controlled studies (Bopp and
longer recall them correctly (indicates digit span). Verhaeghen 2005).
 Mean span for digits: 9.3  Temporal validity
 Mean span for letters: 7.3
Miller (1956) - Miller overestimates STM capacity.
 Observations of everyday practice – things come in 7s  Cowan (2001): reviewed other research.
(notes on musical scale/days of the week/deadly sins).  Capacity of STM is more like 4+/- 1 chunks.
 Span of STM is 7 items +/- 2.  Lower end of Miller’s estimate is more
 People can recall 5 words as easily as 5 letters – appropriate.
‘chunking’ (grouping sets of digits/letters into chunks).


DURATION - Peterson and Peterson – artificial stimuli.
 Length of time a piece of info is held in memory.  Not completely irrelevant – sometimes try
Peterson and Peterson (1959) - STM to remember meaningless material (phone
 Gave students a consonant syllable (e.g., YCG) and numbers).
random 3-digit number to count back from to prevent  Consonant syllables don’t reflect most
rehearsal. everyday memory activities.
 Told to stop after varying retention intervals (3, 6, 9, 12,  Lack external validity.
15, 18 secs).
 Average recall after 3 seconds – 80%. + Bahrick et al – high external validity.
 Average recall after 18 seconds – 3%.  Investigated meaningful memories
 STM duration is about 18 seconds unless we verbally (names/faces).
rehearse.  Shepard (1967): studies on LTM of
Bahrick et al (1975) – LTM meaningless pictures show lower recall
 American ptps aged 17-74. rates.
 Tested recall using yearbooks – photo recognition (shown  Findings give a more ‘real’ picture of
50 photos, some being from their yearbook) and free duration of LTM.
recall (recalling names of graduating class).
 Tested within 15 years of graduation – 90% accurate
photo recognition, 60% accurate free recall.
 Tested after 48 years – 70% accurate photo recognition,
30% accurate free recall.
 LTM can last up to a lifetime.

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