Motor Learning, Skill Acquisition and Sports Psychology
Motor learning, skill acquisition and sports psychology covers how skills are classified and learned, how feedback and practice shape performance, and how psychological factors influence sport. The exam asks you to apply theory to coaching or performing, not just name models.
Core rules
- Skill classification: gross/fine, open/closed, discrete/serial/continuous, self-paced/externally paced.
- Fitts and Posner stages: cognitive (conscious, inconsistent), associative (refining, fewer errors), autonomous (automatic, low attention).
- Practice: massed vs distributed; blocked vs random; part vs whole; variable practice. Random and variable practice often depress practice performance but improve retention and transfer.
- Feedback: intrinsic vs extrinsic; knowledge of results vs knowledge of performance; immediate vs delayed.
- Psychology: arousal follows an inverted-U for complex skills; self-efficacy, goal setting, imagery and pre-performance routines support performance.
Worked example
A novice learns a badminton overhead clear. Reasoning: in the cognitive stage, the coach uses demonstrations, simple cues and blocked feeding. Once the player is consistent, the coach adds random rallies and delayed video feedback so the player uses intrinsic feedback. This may lower immediate success but improves retention. For a complex skill, optimal arousal is lower than for a gross power task.
Traps
- Equating learning with performance in practice; retention and transfer tests are better evidence.
- Calling all external feedback knowledge of results; it may be knowledge of performance.
- Using random practice too early with beginners.
- Assuming high arousal always helps; it depends on task complexity and skill level.