Which statement best distinguishes intrinsic from extrinsic feedback and when each is most effective?

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Multiple Choice

Which statement best distinguishes intrinsic from extrinsic feedback and when each is most effective?

Explanation:
Understanding feedback in motor learning hinges on where the information comes from and how it supports learning. Intrinsic feedback arises from the learner’s own senses during and after movement—proprioception, feel, balance, effort. Extrinsic feedback, often called augmented feedback, is information supplied by someone else or by a device—coach cues, video analysis, or knowledge of results. This distinction matters for when each type is most effective. For beginners or when a technique is unfamiliar, extrinsic feedback helps establish correct patterns because learners may not yet detect errors reliably on their own. As a skill becomes more automatic and the learner can sense subtle aspects of movement, intrinsic feedback becomes more informative for fine-tuning and refining performance. Extrinsic feedback may still be used, but it’s often reduced over time to avoid creating dependency. Other statements either misstate the source of feedback or oversimplify its role, such as implying intrinsic feedback is always superior or that extrinsic only concerns movement outcomes.

Understanding feedback in motor learning hinges on where the information comes from and how it supports learning. Intrinsic feedback arises from the learner’s own senses during and after movement—proprioception, feel, balance, effort. Extrinsic feedback, often called augmented feedback, is information supplied by someone else or by a device—coach cues, video analysis, or knowledge of results.

This distinction matters for when each type is most effective. For beginners or when a technique is unfamiliar, extrinsic feedback helps establish correct patterns because learners may not yet detect errors reliably on their own. As a skill becomes more automatic and the learner can sense subtle aspects of movement, intrinsic feedback becomes more informative for fine-tuning and refining performance. Extrinsic feedback may still be used, but it’s often reduced over time to avoid creating dependency.

Other statements either misstate the source of feedback or oversimplify its role, such as implying intrinsic feedback is always superior or that extrinsic only concerns movement outcomes.

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