Memory Performance and Depth of Processing

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Abstract This experiment investigated the performance of memory recall for 20 participants, based on two levels of processing. The 20 participants were divided into two groups, the Color Group (shallow processing) and the Build Group (deep processing). It was hypothesized that the Build Group would be able to recall more words than the Color Group based on the results from a prior experiment conducted by Craik and Tulving (1975). The findings of the said experiment showed that participants whom used deeper levels of processing had better memory recall. The results from this study supported the hypothesis; participants in the Build Group were able to recall more words than participants in the Color Group. The benefits of this study are invaluable in assisting students with improving memory and academic performance. The Association Between Memory Performance and the Depth of Processing Student’s academic achievement has been closely linked with the students’ ability to learn and retain new knowledge. As such, memory performance in time of exams is crucial if the student is to succeed. Therefore, this experiment was conducted in order to explore how the depth of processing affects memory recall. This experiment was conducted based on the Levels-of-processing Theory which “suggests that the deeper the level at which information was processed the more likely it is to be committed to memory” (Gerrig, Zimbardo, Desmarais & Ivanco, 2012, p.230). Memory is “the capacity to store and retrieve information” (Gerrig et. al., 2012, p.217). In a previous study conducted by Craik and Tulving (1975), the depth of processing was tested using a Shallow, Intermediate and Deep levels of encoding. Craik and Tulving conducted their experiment in order to test memory performance based on the depth of processing. Their hypothesis was that the “deeper level
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