Types of Movement in Sport

Cards (18)

  • Push-up
    • Pushing up
    • The elbow joint straightens to lift the body during extension
    • Lowering down
    • The elbow joint bends back to the original position during flexion
  • Extension of the elbow joint occurs during a push up and flexion occurs during lowering down
  • Football throw-in
    • When throwing a ball onto the pitch the player should hold the ball with both hands and start with it behind the head 
    • The ball is then thrown from behind and over the head using both hands; this movement requires the extensionof the elbow joint
  • Extension of the elbow joint occurs during the throw-in
  • Running
    • When the performer's foot contacts the ground, the performer propels themselves forward; this is known as the drive phase of running:
    • The knee joint straightens during extension
    • The hip extends
    • The ankle joint is in plantar flexion
    • Following the drive phase, there is the recovery phase; the leg is brought forward to initiate another stride:
    • The knee joint bends in a flexion movement
    • The hip flexes
    • The ankle joint adjusts in a dorsiflexion movement
    • While running movements occur at the hipknee, and ankle joints
  • In running when one leg is in the drive phase, the other leg is in the recovery phase
  • Kicking
    • The leg swings backwards in preparation, then it swings forwards and straightens as the foot contacts the ball
    • The knee joint moves from bent to straight in an extension movement
    • The hip is in flexion
    • The ankle joint is in plantar flexion throughout thewhole movement
  • In a kick the knee extends whilst the hip flexes and the ankle remains in plantar flexion
  • Standing Vertical Jump
    • In a standing vertical jump the performer stands with feet shoulder-width apart and knees bent
    • They then propel themselves vertically upwards through the hips, knees and ankles 
    • The hip extends
    • There is extension in the knee joints
    • Plantar flexion occurs at the ankle joint
  • Vertical jumps involve extension in the knee and hip and plantar flexion at the ankle
  • Star Jumps
    • The perfromer jumps vertically into the air at the same time as spreading legs and arms to the sides to make a star shape
    • This is abduction at the shoulder and the arms and legs move away from the body
    • As the performer descends back to the ground the arms move back to their side and the legs move back together
    • This is adduction at the shoulder and the arms and legs move towards the body
  • Abduction and adduction of the arms and legs occurs during a star jump
  • Squats
    • 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
    • This gives a flexion movement in the hips
    • The knee joint is in flexion
    • Slight dorsiflexion is seen in the ankle joints
    • 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
    • Slight plantar flexion occurs at the ankle joints
  • Cricket bowling
    • In cricket, the bowler runs up to the bowling crease and swings the dominant arm backward and then forward in a circular motion
    • This leads to rotation movement at the shoulder joint
    • Extension also occurs at the shoulder joint
    • Circumduction occurs at the shoulder and the arm moves in a circle
  • Bowling in cricket uses rotation and extension movements in the shoulder, and circumduction in the arm
  • Swimming - freestyle
    • The arm goes through a range of movement types:
    • When the arm bends upwards there is a flexion at the elbow
    • Reaching forward involves extension at the elbow
    • Abduction occurs at the shoulder and the arm sweeps away from the body
    • Adduction occurs at the shoulder and the arm pulls back towards the body
    • Circumduction at the shoulder means that the arm carries out a circular movement
  • Swimming front crawl involves circumduction in order to maximise propulsion