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Types of Movement in Sport

Basic Movements in Sport

Movements in sports can be categorized into several types:
  • Flexion and extension
  • Abduction and adduction
  • Rotation
  • Circumduction
  • Plantar flexion and dorsiflexion

These movement types are explored in greater detail in the topic The Structure & Functions of the Musculoskeletal System.

Examples of types of movement in sport

Push-ups

  • A push-up consists of two phases:
    • Push-up Phase: The elbow joint extends to raise the body in an extension movement.
    • Lowering Phase: The elbow joint flexes to return the body to the starting position.

Push-up Movement Diagram

Push-up Movement Diagram

Football Throw-in

  • When performing a throw-in, the player grips the ball with both hands, positioning it behind their head.
  • The ball is then released from behind and over the head using both hands, involving elbow joint extension.

Football Throw-in Movement Diagram

Football Throw-in Movement Diagram

Running

Running involves movements at the hip, knee, and ankle joints.

  • During the drive phase, when the foot strikes the ground, the performer propels forward:
    • The knee joint extends.
    • The hip undergoes extension.
    • The ankle joint performs plantar flexion.
  • The recovery phase follows, where the leg swings forward for the next stride:
    • The knee joint flexes.
    • The hip flexes.
    • The ankle joint moves into dorsiflexion.

One leg is in the drive phase while the other is in the recovery phase.

Running Movement Diagram

Running Movement Diagram

Kicking

  • Kicking mirrors the drive phase of running.
  • The leg swings backward to prepare, then swings forward, straightening as the foot strikes the ball:
    • The knee joint transitions from flexion to extension.
    • The hip is in flexion.
    • The ankle joint remains in plantar flexion throughout.

Kicking Movement Diagram

Kicking Movement Diagram

Standing Vertical Jumps

  • In a standing vertical jump, the performer starts with feet shoulder-width apart and knees bent.
  • They then launch upward through the hips, knees, and ankles:
    • The hip extends.
    • The knee joints extend.
    • The ankle joints perform plantar flexion.

Standing Vertical Jump Movement Diagram

Standing Vertical Jump Movement Diagram

Star Jumps

For a star jump, the performer begins with feet together and arms at their sides.

  • They jump vertically, spreading their legs and arms outward to form a star shape:
    • Abduction occurs at the shoulder as the arms and legs move away from the body.
  • Upon landing, the arms return to the sides, and the legs come together:
    • Adduction occurs at the shoulder as the arms and legs move toward the body.

Star Jump Movement Diagram

Star Jump Movement Diagram

Squats

  • In a squat, the performer stands with feet shoulder-width apart, involving a downward and upward phase.
  • There is a downward and an upward phase
    • The downward phase begins by bending at the hips and knees simultaneously to lower the body until the thighs are at least parallel to the ground:
      • The hips flex.
      • The knee joints flex.
      • The ankle joints exhibit slight dorsiflexion.
    • In the upward phase, the performer pushes back up through the heels and midfoot to the starting position:
      • The hips extend.
      • The knee joints extend.
      • The ankle joints show slight plantar flexion.

Squat Movement Diagram

Squat Movement Diagram

Cricket Bowling

In cricket, the bowler approaches the crease, swinging their dominant arm backward and then forward in a circular motion:

  • The shoulder joint undergoes rotation.
  • Extension occurs at the shoulder joint.
  • Circumduction takes place at the shoulder as the arm traces a circular path.

Cricket Bowling Movement Diagram

Cricket Bowling Movement Diagram

Swimming Front Crawl

  • In the front crawl, the swimmer lies face down in a streamlined position in the water.
  • The stroke begins as one arm extends forward into the water, then pulls back in a sweeping motion for propulsion:
    • The elbow flexes as the arm bends upward.
    • The elbow extends as the arm reaches forward.
    • Abduction occurs at the shoulder as the arm sweeps away from the body.
    • Adduction occurs at the shoulder as the arm pulls back toward the body.
    • Circumduction at the shoulder allows the arm to move in a circular pattern.

Front Crawl Swimming Movement Diagram

Front Crawl Swimming Movement Diagram

The document Types of Movement in Sport is a part of the Year 11 Course Physical Education for GCSE/IGCSE.
All you need of Year 11 at this link: Year 11

FAQs on Types of Movement in Sport

1. What are the basic types of movements in sport?
Ans. The basic types of movements in sport include running, jumping, throwing, and catching. Each of these movements involves specific biomechanics and techniques that athletes must master to excel in their respective sports.
2. How do different sports emphasize various types of movements?
Ans. Different sports emphasize various types of movements based on their unique requirements. For instance, track and field events focus heavily on running and jumping, while sports like basketball prioritize jumping and agility. Team sports like soccer require a combination of running, kicking, and strategic movements.
3. Why is understanding movement types important for athletes?
Ans. Understanding movement types is crucial for athletes as it helps them improve their performance, reduce the risk of injury, and enhance their training efficiency. By focusing on specific movements, athletes can develop targeted skills and conditioning that align with their sport's demands.
4. What role does biomechanics play in sports movements?
Ans. Biomechanics plays a vital role in sports movements as it involves analyzing the physical principles that govern motion. By studying biomechanics, athletes and coaches can optimize techniques, improve efficiency, and enhance overall performance while minimizing the risk of injury.
5. How can athletes improve their movement skills?
Ans. Athletes can improve their movement skills through targeted training, practice, and conditioning. This may include drills that focus on specific movements, strength training to enhance muscular power, flexibility exercises to improve range of motion, and agility training to enhance quickness and coordination.
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