Less Constrained Practice Tests Enhance the Testing Effect for Item Memory but Not Context Memory

Author:

Giannakopoulos Konstadena L.1,McCurdy Matthew P.1,Sklenar Allison M.1,Frankenstein Andrea N.1,Levy Pauline Urban1,Leshikar Eric D.1

Affiliation:

1. University of Illinois at Chicago

Abstract

Abstract Research shows that retrieval practice, compared with restudying, improves memory for previously learned information (i.e., testing effect); however, less work has examined testing effects for context memory (i.e., memory for associated details encountered at study). The present investigation examines the extent to which giving less information (i.e., fewer constraints) on a practice test improves item and context (source and font color) memory on a final test. Participants studied highly associated word pairs in red or green font. Participants were then shown the word pairs in a lower-constraint practice test (e.g., “brief-____”), higher-constraint practice test (e.g., “open-coels”), or restudy condition (e.g., “blaze-fire”). Results showed better item memory in the lower-constraint test than in both the higher-constraint test and restudy, but there was no difference for context memory across conditions. These findings demonstrate that using a less constrained practice test can increase the effectiveness of this learning strategy, but benefits may not transfer to contextual details.

Publisher

University of Illinois Press

Subject

Arts and Humanities (miscellaneous),Developmental and Educational Psychology,Experimental and Cognitive Psychology

Reference51 articles.

1. 1. Participants were aware of the practice phase, which involves practice tests, but were unaware of the final memory test to be given on day 2.

2. 2. The lower-constraint test was referred to as the “generate task” because it was inspired by our previous work on the generation effect (McCurdy et al., 2017, 2019; McCurdy, Sklenar, et al., 2020). It is worth noting that the lower-constraint task is akin to a cued recall test.

3. 3. In line with our past work (Leshikar, Cassidy, & Gutchess, 2016; Leshikar & Duarte, 2014; Leshikar, Dulas, et al., 2015; Leshikar, Park, et al., 2015), participants were trained to indicate multiple memory decisions by using the “V,” “B,” “N,” and “M” keys. Participants were asked to verbally explain to the experimenter why they made their respective memory decisions in the practice trials to ensure they understood task instructions.

4. 4. Additionally, we conditionalized source memory, such that the source hits were divided by the total number of recalled items. Using this method of calculation, we found no effect or interaction for either context memory measure (source or color), F(2, 60) < 1.54, p > .22, confirming our primary context memory findings.

5. Akan, M., Stanley, S. E., & Benjamin, A. S. (2018). Testing enhances memory for context. Journal of Memory and Language, 103, 19-27.

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