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Visual Encoding in Memory
Visual encoding is the process of converting images into memory. This process is particularly effective for concrete, high-imagery words (e.g., 'car', 'dog') because they can be encoded both visually, as mental pictures, and semantically, by their meaning. This dual encoding creates a stronger memory trace compared to abstract, low-imagery words (e.g., 'truth', 'value'), which are harder to visualize.
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Ch.8 Memory - Psychology @ OpenStax
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Semantic Encoding in Memory
Visual Encoding in Memory
Acoustic Encoding in Memory
Craik and Tulving's (1975) Experiment on Encoding Levels
A student is trying to memorize a list of vocabulary words for a test. They consider three different strategies. Strategy A is to repeatedly say the words and their definitions aloud. Strategy B is to create a mental image of what each word represents. Strategy C is to think of a sentence that uses each word correctly. Which strategy is likely to be the most effective for long-term recall, and why?
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Example of High vs. Low-Imagery Words in Visual Encoding
Conceptual Peg Hypothesis
A researcher presents two lists of words to two separate groups of participants. Group A receives a list of words like 'chair', 'apple', and 'boat'. Group B receives a list of words like 'justice', 'hope', and 'logic'. After a short delay, both groups are asked to recall as many words as possible. Which group is likely to perform better, and what is the most probable reason for this outcome?
A student is participating in a memory experiment and is asked to memorize two lists of words. List 1 contains: 'justice', 'concept', 'belief', 'honesty'. List 2 contains: 'mountain', 'hammer', 'star', 'river'. Based on the principle of creating mental pictures to help store information, which list is the student likely to recall more effectively, and what is the best explanation for this outcome?