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Question.5439 - 1.Describe the Atkinson-Shiffrin model of memory. 2.Compare and contrast the short-term memory system with the working memory system. 3.What are schemas and how are they relevant to memory? 4.What is long-term potentiation and why is it important to the process of memory? 5.Describe the distinction between recall and recognition, and give an example of each. Which process typically yields better memory performance? 6.Define the distinction between proactive and retroactive interference.

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Module xxxx AssignmentGeneral xxxxxxxxxxxxxxxxxx the xxxxxxxxxxxxxxxxx model xx memory xxxxxxxx and xxxxxxxxxx model xx memory xxxxxxxx that xxxxxx is xxxxxx and xxxxxxxxxx in xxx brain xxxxxxx three xxxxxx First xxxxx from xxx environment xxxxxx the xxxxx in xxx form xx sensory xxxxxx that xxxxx for x few xxxxxxx If xxxxxxxxx is xxxx to xxx sensory xxxxxxxxxxx it xxxx to xxxxxxxxxx memory xxxx lasts xxx - xxxxxxx To xxxxxxxx the xxxxxxxxxxx from xxxxxx term xxxxxx to xxxxxxxxx memory xxxxxxxxx is xxxxxxxx Gross xxxxxxx and xxxxxxxx the xxxxxxxxxx memory xxxxxx with xxx working xxxxxx system xxxxxxxxxx memory xx memory xxxxxxx for x brief xxxxxx of xxxx It xxxxx away xxxxxxx if xx is xxx stored xx long-term xxxxxx through xxxxxxxxxxx rehearsal xxxxxxxxxxx techniques xx practice xx the xxxxxxxx working xxxxxx is xxxxxxxxxx memory xxxx is xxxx for xxxxxxxxx tasks xx used xxx manipulation xx information xx also xxxxxxx in xxxxxxxxxxx information xxx a xxxx time xxxxx What xxx schemas xxx how xxx they xxxxxxxx to xxxxxx Schemas xxx set xxxxxxxx or xxxxxxxxxx that xxxx to xxxxxx memory xxxx also xxxxxxx the xxxxxxxxxx of xxxxxxx information xxx organize xx with xxx help xx organizational xxxxxxxxxx it xxxxxxxx It xxxx provides xxxxxxxxx to xxxxxx and xxxxx memory xxx aid xx the xxxxxxxxx and xxxxxxxxx of xxxxxxxxx memories xxxx Dennis xxxx is xxxxxxxxx potentiation xxx why xx it xxxxxxxxx to xxx process xx memory xxxxxxxxx potentiation xx a xxxx of xxxxxx plasticity xxxx plays xx important xxxx in xxxxxx storage xx occurs xx the xxxxxxxxxxx and xxxxxxx circulation xx turns xxxxxxxxxx memory xxxx long-term xxxxxx For xxxxxxxx if x person xxxxx his xxx he xxxx search xxx hisway xxxxx will xxxx time xxx once xx finds xxx way xx can xxxxxx go xx that xxxxx again xxxxx term xxxxxxxxxxxx strengthens xxxxxxxx on xxx basis xx recent xxxxxxxx As x result xxx transfer xx information xx communication xxxxxxx neurons xxxxxxxxx Dong xxxxxxxx the xxxxxxxxxxx between xxxxxx and xxxxxxxxxxx and xxxx an xxxxxxx of xxxx Which xxxxxxx typically xxxxxx better xxxxxx performance xxxxxxxxx of xxxxxxxxxxx stored xx memory xx called xxxxxx while xxxxxxxxxxx the xxxxxxxxxxx learned xxxxxxxxxx or xxxxxxxx information xx called xxxxxxxxxxx For xxxxxxxx giving xxxxxxx to xxxxx questions xxxxxxxx recall xx information xxxxx multiple xxxxxx questions xxxx recognition xx information xxxxxxx previously xxxxxxx recognition xxxxxx better xxxxxx performance xxxxxxxxxx Vul xxxxxx the xxxxxxxxxxx between xxxxxxxxx and xxxxxxxxxxx interference xxxxxxxxx interference xxxxxx when xxxxxxxxxx learned xxxxxxxxxxx interferes xxxx the xxxxxx of xxxxxxxx learned xxxxxxxxxxx On xxx contrary xx retroactive xxxxxxxxxxxx recent xxxxxxxxxxx interferes xxxx the xxxxxx of xxxxxxxxxx learned xxxxxxxxxxx Gross xxxxxxxxxxxxxxx N xxxx are xxx differences xxxxxxx long-term xxxxxxxxxx and xxxxxxx memory xxxxxxxx in xxxxx Research x https xxx ncbi xxx nih xxx pmc xxxxxxxx PMC xxxx Z xxx H xx H xxx Y xxxx W xx M xxxx Y x Long-term xxxxxxxxxxxx decay xxx memory xxxx are xxxxxxxx by xxxxx endocytosis xxx Journal xx Clinical xxxxxxxxxxxxx - xxxxx www xxx org xxxxxxxx view xxxxx R xxxxxxxxxx The xxxxxxx of xxxx and xxxxxxxx th xx Hodder xxxxxxxxx https xxxxxxxx ebsco xxx c xxxxxx search xxxxxxx ulg xxxx q xxxxxxxxxx of xxxxxxxxxxxxx psychologySrivastava x Vul x A xxxxxx model xx recognition xxx recall xxxxxx Advances xx Neural xxxxxxxxxxx Processing xxxxxxx https xxxxxxxxxxx neurips xx paper xxxxx paper xxxx aeee x e x e x cf-Abstract xxxxxxxx C x Dennis x A xxxxxx for xxx usual xxx influence xx schemas xx memory xxx non-schematic xxxxxxxxxxx in xxxxxxx and xxxxx adults xxxxxxxxx Neuropsychology x - xxxxx www xxxx nlm xxx gov xxx articles xxx
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