Abstract

SPECIAL EXERCISES ACCORDING TO DYNAFOOT DATA AND ITS EFFECT ON THE PROJECTED FORCE INDEX AND THE PERFORMANCE OF THE STRAIGHT FORWARD AIRWAY SKILL ON THE GROUND MOVEMENTS MAT

Doaa Awad Atwan Shukuri, Prof.Dr. Bushra Kazim Abdul-Redha Al-Hamashi

Volume: 10 Issue: 1 2020

Abstract:

The emergence of electronic technology in the world and training techniques made researchers put their hands on what was produced by this technological revolution, subjecting the movements of technical gymnastics to advanced devices and kinetic analysis laboratories, including the dinafoot device that simulates the actual performance of skills by giving accurate kinetic indicators where it gives corrections about pressure areas that are exposed It has the foot and the ruler on the surface of the earth, as it gives data for the corners of the foot during the steps of walking or running and measuring the force applied to the feet at each step. As for the research problem, the skill in question needs the longest flight time as well as the highest possible height for aesthetic performance and the smooth flow of movement in full form. The researcher found that there is a weakness in the force on the rug the moment when the front air skill starts, which forces the player to perform the skill incorrectly or expose them Several class discounts due to low performance. The third chapter included the research community and sample, as the community of the research sample reached (4) players, Jomna Six, and the researcher chose his sample in an intentional way, and they are players in the Future Youth Forum in Maysan for young men. As for the fourth chapter, the results are presented, analyzed, and discussed. The fifth chapter includes conclusions and recommendations, including: - Adopting modern techniques when analyzing a specific skill in gymnastics objectively to reveal strengths and weaknesses. - The results showed the effectiveness of using exercises related to the skillful performance of the forward anterior airway.

DOI: http://doi.org/10.37648/ijrssh.v10i01.047

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