Tuesday, March 1, 2011
Shooting on the Run: Prep
Prep begins with both arms horizontally abducted across the body and a linear step across the sagittal plane.
Shooting on the Run: Movement
Movement begins with a hyperextended force at the back shoulder holding the stick behind your head. While the weight is shifted to your front leg, your torso is rotated around the axis of rotation to load up the shot.
Shooting on the Run: Recovery
Recovery ends with a propped stand up and right arm more laterally abducted than holding the stick for prep shooting on the run.
Throwing: Movement
Throwing movement begins with right arm flexed, and left arm horizontally adducted. Shoulders are depressed back to keep head up.
Throwing: Recovery
Recovery ends with a propped stand up and right arm more laterally abducted than holding the stick for prep.
Time & Room Shooting: Stance
Time and room shooting stance begins with arms horizontally abducted across the frontal plane, wrists have a slight radial deviation to hold the stick back. Specific weight is in the back leg while the front leg is slightly bent.
Time & Room Shooting: Prep
Time and room shooting prep begins with putting stress on the instep of the back leg to load up,and holding the stick back behind the head by horizontally abducting the arms across the body and flexing the left arm.
Time & Room Shooting: Movement
Time and room shooting movement begins with an angular motion of the back leg and applying ulnar deviation on the right wrist to control the direction of the shot. The stick will be pulled across the body anteriorly.
Time & Room Shooting: Recovery
Recovery ends with a propped stand up and right arm more laterally abducted than holding the stick down by flexing the wrists.
Definitions
Adducted:
Extended:
Horizontally Abducted:
Linear: Along a line that may be straghit or curved, with all parts of the body moving in the same direction at the same speed.
Sagittal Plane: Plane in which forwar and backward movements of the body and body segments occur
Hyperextended: Rotation beyond anatomical position in the direction opposite of flexion
Force: push or pull; the product of mass and acceleration
Weight: Attractive force that the earth exerts on the body
Rotated:
Axis of Rotation: Imaginary line perpendicular to the plane of rotation and passing through the center of rotation.
Flexed:
Laterally Abducted:
Depressed:
Hyperflexed:
Frontal Plane: where Lateral movements of the body and body segments occur
Radial Deviation:
Specific Weight: Weight per unit of volume
Bent: Asymmetric loading that produces tension on one side of the body's longitudal axis and compression on the other side.
Stress: Distribution of force within a body, quantified as force divided by the area over which the force acts.
Angular: involivng rotation around a central line or point.
Ulnar Deviation:
Anteriorly: Toward the front of the body
Extended:
Horizontally Abducted:
Linear: Along a line that may be straghit or curved, with all parts of the body moving in the same direction at the same speed.
Sagittal Plane: Plane in which forwar and backward movements of the body and body segments occur
Hyperextended: Rotation beyond anatomical position in the direction opposite of flexion
Force: push or pull; the product of mass and acceleration
Weight: Attractive force that the earth exerts on the body
Rotated:
Axis of Rotation: Imaginary line perpendicular to the plane of rotation and passing through the center of rotation.
Flexed:
Laterally Abducted:
Depressed:
Hyperflexed:
Frontal Plane: where Lateral movements of the body and body segments occur
Radial Deviation:
Specific Weight: Weight per unit of volume
Bent: Asymmetric loading that produces tension on one side of the body's longitudal axis and compression on the other side.
Stress: Distribution of force within a body, quantified as force divided by the area over which the force acts.
Angular: involivng rotation around a central line or point.
Ulnar Deviation:
Anteriorly: Toward the front of the body
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