Individual differences in working memory capacity and conscious processing do not explain explicit and implicit...

Area of Science:

• Motor Learning
• Educational Psychology
• Sports Science

Background:

• Understanding effective motor skill acquisition in adolescents is crucial for physical education.
• Explicit learning (conscious instruction) and implicit learning (learning without awareness) are two distinct approaches.
• Individual cognitive factors may influence the effectiveness of different learning methods.

Purpose of the Study:

• To compare the effects of explicit versus implicit learning on basketball layup performance and self-efficacy in students.
• To investigate if verbal working memory capacity (WMC) and propensity for conscious motor processing (CMP) moderate these learning effects.
• To determine the optimal learning strategy for adolescents in a physical education context.

Main Methods:

• Eighty-one students (11-14 years old) participated in a three-week basketball layup training program.
• Participants were assigned to either an explicit or implicit learning condition during physical education classes.
• Verbal WMC and CMP propensity were measured, and layup performance and self-efficacy were assessed post-intervention.

Main Results:

• Both explicit and implicit learning groups showed significant improvements in layup performance, technique, and self-efficacy.
• No significant differences in learning outcomes were found between the explicit and implicit learning groups.
• Students' verbal WMC and CMP propensity did not differentially predict learning outcomes in either group.

Conclusions:

• In this physical education setting, both explicit and implicit learning methods were equally effective for improving basketball layup skills.
• Individual cognitive differences (WMC, CMP) did not appear to influence the effectiveness of these learning methods in this context.
• Further research is needed to identify conditions where individual cognitive factors may impact explicit versus implicit motor learning.