PE - AOS 1

Subdecks (2)

Cards (91)

  • Motor skills are defined by experts as 'a voluntary, goal-directed activity that we learn through practice and experience'
  • Movement precision:
    • Gross motor skills - involve large muscle groups with less emphasis on precision (e.g., running, swimming)
    • Fine motor skills - involve small muscles for precise movements (e.g., bouncing a ball before serving in tennis)
  • Types of movement:
    • Discrete motor skills have a clear beginning and end (e.g., kicking a ball)
    • Serial motor skills are performed in a sequence, a combination of discrete skills (e.g., gymnastics floor routine)
    • Continuous motor skills have no definite beginning or end (e.g., walking, running)
  • Predictability of environment:
    • Closed motor skills: performer has the most control over the environment (e.g., indoor diving routine)
    • Open motor skills: performed in a less predictable environment with changing conditions (e.g., white-water rafting)
  • Fundamental movement skills include stability skills, locomotor skills, and manipulative skills
  • Stages of learning:
    • Cognitive stage: beginner comprehends the movement requirements
    • Associative stage: refining technique, making fewer errors
    • Autonomous stage: skill is automatic, attention can be directed elsewhere
  • Practice strategies:
    • Part and whole practice:
    • Whole: practicing the entire skill
    • Part: breaking the skill into smaller 'subroutines' and practicing them individually
  • Practice amount is crucial to learning, more practice leads to more improvement
  • Practice distribution:
    • Distributed Practice: shorter, more frequent training sessions with more rest time between tasks
    • Massed practice: less frequent training sessions with longer duration and less rest time
  • Practice variability:
    • Blocked practice: practicing the same skill in isolation for a set number of repetitions before moving on to the next task
    • Random practice: varied sequencing of different motor skills in the same training session
  • Feedback types:
    • Intrinsic feedback: performers use their senses to assess performance (internal)
    • Augmented feedback: given from an external source during or after a performance
  • Feedback frequency decreases as skills progress to develop the performer's error detection abilities
  • Young people with better developed motor skills may find it easier to be active and engage in more physical activities
  • Fundamental Movement Skills (FMS) lay the foundations for the development of more complex sport-specific skills
  • Development of motor skills is positively associated with participation in physical activities and performance
  • In general, boys are better at object control and have higher perceived competence than girls
  • Qualitative movement analysis principles are used to improve human movement and involve four main principles: Preparation, Observation, Evaluation, and Error correction
  • Qualitative movement diagnosis (QMD) assesses human movement technique to provide appropriate intervention for performance improvement
  • Qualitative assessments involve non-numeric assessment and are used by most Physical Education teachers and coaches in every practice
  • Qualitative assessments are based on rich decision-making and knowledge of the skills and demands of the given physical activity or sport
  • Qualitative assessments involve some measurement and relate to biomechanics and exercise physiology
  • As part of the Qualitative Movement Diagnosis (QMD) process, a coach or teacher weighs up all possible reasons and decides on the most important factor to focus on for error correction
  • Coaches need to develop an observation strategy by determining the specific purpose of the analysis
  • Observations can be performed live and/or recorded digitally, with the main limitation being subjectivity in assessing the quality of a performance
  • 'Evaluation' in qualitative movement analysis involves judging quality, determining value, and addressing problems by identifying the cause and solution
  • Objective performance measures involve impartial measurement without bias, including measures of time and distance
  • Subjective performance measures are influenced by the observer's personal judgement of skill or game, open to interpretation and opinion
  • Test validity refers to the accuracy of a test in measuring what it is intended to, while test reliability is the ability to reproduce similar results in the same conditions
  • Error correction in qualitative movement analysis involves identifying weaknesses and developing strategies using direct or constraints-based coaching approaches
  • Direct coaching focuses on quality practice over quantity practice, where coaches make decisions on practice tasks and technique performance
  • Constraints-based coaching involves an interaction between the individual and the environment, shaping the learner's movement patterns, understanding, and decision-making
  • Constraints are boundaries that shape a learner's self-organizing movement patterns, understanding, and decision-making, categorized into individual, environmental, and task constraints
  • Constraints-based coaching allows learners to have multiple potential solutions to performance problems and encourages a more natural way of learning movement skills
  • Constraints-based coaching creates a high level of variability during practice and focuses on representative task design to match performance contexts
  • Affordances in constraints-based coaching are opportunities for action based on individual capabilities, influencing decision-making in sports scenarios
  • Coaches using a constraints-based approach need solid knowledge of specific sports, experience, and an understanding of individual constraints, strengths, and weaknesses
  • Coaches should avoid forcing all players to use a single technique and allow athletes to solve problems in ways that suit their individual constraints
  • Perceived competence is based on self-evaluation of one's effectiveness or capability in a specific context
  • In the cognitive stage of learning, learners benefit from simple instructions, demonstrations, and a focus on fundamental movement skills to keep motivation high
  • In the associative stage, learners need regular feedback, increased variability in practice, and refinement of skills to prevent poor habits