Keywords

Static Images, Interactive Images, Cognitive Load, Comprehension, Memory, Engagement

Abstract

Static images routinely accompany text in educational sources such as textbooks, articles, and websites to convey complex, educational information. These are generally effective; however, current technology allows for interactive images that seem to enhance engagement. How effective are these interactive images? The present study investigated whether an interactive image produced better learning outcomes compared to a static image using the same text. Specifically, this study examined whether interactive images affected comprehension, memory, engagement, and cognitive load differently than static images. In this study, data from 153 college student participants were analyzed. First, participants were assigned to read about the neuropsychology of sleep in 1 of 2 conditions: an interactive image of the brain for which they clicked on parts of the image to read text corresponding to that area of the brain or 2) a static image of the brain with areas identified by text. Then, they completed five questionnaires to measure cognitive load, intrinsic motivation, recall, and comprehension. A one-way, multivariate between-subjects analysis of variance was conducted to determine if the type of image affected students’ learning outcomes. A statistically significant difference was found for extraneous cognitive load between the two conditions, with the interactive condition resulting in less extraneous cognitive load. The findings of this study contribute to understanding what type of images facilitate student learning and may assist educators in selecting optimal content.

Thesis Completion Year

2025

Thesis Completion Semester

Fall

Thesis Chair

Dr. Shannon Whitten

College

College of Sciences

Department

Department of Psychology

Thesis Discipline

Psychology, Human Factors

Language

English

Access Status

Open Access

Length of Campus Access

None

Campus Location

Orlando (Main) Campus

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