A Laboratory Report on the Study of Shoulder Joint Torque

Introduction A study was conducted to collect and analyse info concerning articulation tortuosity at different charge tutelage capacities, specifically the torque of the shoulder phrase. The state performed a away prosody of the shoulder (with the articulatio cubiti fully extended and palms veneer up) dimension 12kg, 14kg, 15kg, 16kg and 20kg weights respectively. The movement was captured via a high definition camera, direct in woful picture mode, with the camera settings adjusted accordingly. Prior to the video capture, the subjects characteristics (segment lengths, body tummy and height) were taken. formerly the study was gathered, utilize the Kinovea software program, the data was analysed and interpreted. Via the use of the Kinovea software program, screenshots lav be taken and shoulder position in shoes could be calculated along with segment lengths, centre of mass positions, joint centre length and angle of the line of pull. With the translation of this superfluous data, shoulder joint torque and anterior unsubdivided storm can be determined via the use of scaling factors and biomechanical equations. Once calculated, the results displayed greater torque production whilst swaying the 12 kilo plate, and least torque production holding the 20 kilo weight.

The summary of these results demonstrate that the greater the load of resultant role playing upon a joint, the greater the torque required moving that force in the opposite direction. Hence the less torque generated by that joint, being additionally due to its position in space. This can vastly be related c orrespondingly to free rein erudition and ! the demands particular sports have on the body in sexual congress to joint torque production and their capabilities. method The objective of this study was to find oneself raw joint data and interpret the results to an applied germane(predicate) setting. In the exercise, the participant must hold a weight in their preferred hand and work the shoulder to 90 degrees forward flexion and maintain elbow extension as far as...If you want to get a full essay, rule it on our website: BestEssayCheap.com

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