Self-control behaviors during the learning of a cascade juggling task

Area of Science:

• Motor Learning
• Skill Acquisition
• Cognitive Psychology

Background:

• Self-regulated learning involves learners controlling aspects of their educational experiences.
• Understanding how learners self-select instructional support is crucial for optimizing learning environments.

Purpose of the Study:

• To investigate self-control behaviors in motor skill acquisition.
• To examine how learners choose different types of instructional assistance (instructions, video demonstration, knowledge of performance, knowledge of results) during learning.
• To explore the relationship between learner proficiency and feedback-seeking strategies.

Main Methods:

• Participants learned a 3-ball cascade juggle, selecting when to receive one of four instructional assistance types.
• Juggling proficiency was assessed based on catches per attempt during retention and transfer tests.
• Post-experimental interviews gathered participant-reported reasons for feedback requests.

Main Results:

• Requests for instructions and video demonstrations decreased over practice.
• Proficient learners increased requests for knowledge of results (KR) as practice progressed.
• Participants requested KR after successful attempts and knowledge of performance (KP) after both successful and unsuccessful attempts, citing confirmation of success and identification of flaws, respectively.

Conclusions:

• Self-control behaviors in skill acquisition are more intricate than previously understood.
• Learners adapt their self-control strategies based on available assistance, personal preferences, and evolving learning requirements.
• The study highlights the dynamic nature of self-regulated learning in motor skill development.