The Effects of Dance-Based Exergaming on Mental Rotation, General Motor Coordination, and Math Achievement in...

Area of Science:

• Cognitive psychology
• Educational technology
• Adolescent health

Background:

• Exergaming offers potential for promoting adolescent health and cognitive skill development.
• Previous research highlighted exergaming's impact on motor skills and potential influence on math success, particularly nonmathematical variants.
• The specific effects of a single exergaming sequence on mental rotation, motor coordination, and math achievement remained unexamined.

Purpose of the Study:

• To investigate the impact of nonmathematical dance-based exergaming (DEx) on mental rotation, general motor coordination, and math achievement in adolescents.
• To compare the effects of DEx with precision ball-throwing exergaming (TEx) in a controlled study.

Main Methods:

• A nonrandomized controlled study involving an experimental group (EG) performing DEx and a control group (CG) performing TEx.
• Participants engaged in 5 weekly 45-minute sessions using the Lü platform.
• A pretest-posttest design assessed changes in mental rotation, motor coordination (locomotion and sprint tests), and math achievement (quantity comparison, addition, multiplication).

Main Results:

• The DEx group showed significantly higher situational interest compared to the TEx group.
• ANCOVA revealed significant advantages for the DEx group in mental rotation and simple addition accuracy.
• The DEx group also demonstrated a reduced error rate in complex addition tasks.

Conclusions:

• Dance-based exergaming positively influences mental rotation and specific aspects of math calculation in adolescents.
• The findings suggest a potential link between mental rotation training via DEx and improvements in calculation abilities.
• The study supports the integration of exergames into educational settings to enhance active learning and cognitive development.