Summary information

Study title

Exploring if Partial and Distributed Tests Enhance New Learning, 2020-2024

Creator

Shanks, D, UCL

Study number / PID

857278 (UKDA)

10.5255/UKDA-SN-857278 (DOI)

Data access

Open

Series

Not available

Abstract

The study explores the impact of partial testing on learning processes. The research aims to understand whether taking tests on a portion of the material can improve the learning and retention of new information. The data collection involved controlled experiments where participants were subjected to partial tests, and their performance on subsequent learning tasks was analyzed. The study covers topics related to memory, learning techniques, and educational psychology, providing insights that could inform teaching strategies and improve educational outcomes.Recent research has provided promising evidence that administering interpolated tests during learning can prospectively enhance learning and retention of new information, a phenomenon termed the forward testing effect (FTE). For instance, asking people to recall the content after studying each section of a text passage, by comparison with restudying each section, can double the recall of the next section. This prospective benefit of interpolated testing has been shown to enhance learning and recall of foreign-translation word pairs, text passages, lecture videos, artists' painting styles, and other types of information; it reduces mind-wandering (i.e., zoning out) and enhances note-taking; it not only enhances memory of specific content but also improves knowledge integration (e.g., comprehension of texts and lecture videos). Given that people's study effort (e.g., attention, motivation) tends to decline across a study phase and attenuated study effort leads to a reduction in learning efficiency and impaired learning outcomes, it is important to explore effective strategies to sustain study effort and maintain learning efficiency across a study phase, such as the FTE. Although the empirical findings are promising, many critical features of the FTE are yet to be fully understood. Without a much deeper exploration of its mechanisms and boundary conditions, its practical significance and theoretical basis, as...
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Methodology

Data collection period

01/04/2020 - 31/05/2024

Country

United Kingdom

Time dimension

Not available

Analysis unit

Individual

Universe

Not available

Sampling procedure

Not available

Kind of data

Numeric

Data collection mode

The methodology involved controlled experimental conditions where participants were exposed to partial tests on specific material. The study population consisted of individuals who were recruited through standard sampling procedures.

Funding information

Grant number

ES/S014616/1

Access

Publisher

UK Data Service

Publication year

2024

Terms of data access

The Data Collection is available from an external repository. Access is available via Related Resources.

Related publications

Not available