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Remembering: -Words -Picture -Locations |
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Introduced Serial Learning -Learning: number of study trials needed -Memory: number times needed to relearn lists |
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How many trials are saved in relearning
(1st trial - 2nd trial)/ (number of trails in session 1) |
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-opp of learning curve -most forgetting happens immediately afterward |
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-Primacy vs Recency -Happens because of 1. The ends of list anchor 2. Rehearsal time > @ end than beginning 3. Different memory systems 4. Interference more likely for middle items. |
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Paired associate Learning |
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Experimenter shows 2 words They're committed to memory Presentation of first word should prime second
E.g., tree-fountain ---> tree-_???__
-if STIMULUS DISCRIMINATION decreases, error increases -RESPONSE LEARNING depends on how meaningful the stimuli are. -STIMULUS-RESPONSE ASSOCIATING says that preexisting association b/w stimulus and response can either help or hinder the association process. (e.g., gold-college versus gold-july) |
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-Order doesn't matter -recall as many as possible -serial position effects (primacy/recency) -age effects
Things that help recall: -rehearsal -organizations ("associative clustering" and "categorical clustering") |
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-Too many cues (e.g., giving catagories) can disrupt learning due to overload |
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-subjects will try to distinguish old info from new -to make more difficult: increase # distractors |
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Picture superiority effect |
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Remembering: specific details about the item are recalled, including where it was learned.
Knowing: general knowledge of the item, but lacks context. |
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