The Effect of a Visual Distraction on Test-Taking Performance

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Date
2019Author
Dumitrescu, Calin
Stanley, Marissa
Treat, John
Zacharski, Abbey
Zaugg, Alexandra
Publisher
Journal of Advanced Student Sciences (JASS)
Metadata
Show full item recordAbstract
Test performance is of the utmost concern for students. This is why a distraction during
an exam is a concerning matter. Many studies have examined the different factors that can affect
a student’s performance on an exam, but few have specifically focused on visual distractions in
the exam environment. This study aimed to evaluate whether visual distractions in a test
environment impact exam performance. We hypothesized that visual distractions negatively
affect exam performance directly via impairing attention and indirectly via inducing stress.
Participants were instructed to take a short matching test and were randomly assigned to either a
control group with no distractions or an experimental group with a distraction. Heart rate was
measured to evaluate stress, while electrooculography (EOG) was measured to evaluate
attention. Exam performance was assessed based on exam time and exam score. Results showed
that there was no significant difference in the change of heart rate (p-value=0.826), EOG
horizontal movement (p-value=0.240) and EOG vertical movement (p-value=0.549) between the
baseline and test periods for the control and distraction groups. Additionally, no significant
difference was found between the group’s exam time (p-value=0.650) or exam score (pvalue=0.625). These results suggest that the visual distraction used in this study may not have
been substantial enough to impair students’ exam performance. Future studies can be improved
by increasing the number of participants, minimizing selective bias, utilizing higher quality
equipment, and by administering a more stimulating visual distraction.
Subject
Heart Rate
stress
Attention
Distractions
Electrooculography (EOG)
Performance
Test Time
Test Accuracy
Visual
Permanent Link
http://digital.library.wisc.edu/1793/81995Type
Article
Description
An article that appeared in JASS, issue 2019