An electronic program for standardizing training loads biomechanically for short distance sprinters

Document Type : Original Article

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Faculty of Physical Education - Mansoura University

Abstract

An electronic program for standardizing training loads biomechanically for short distance sprinters
Dr. Tamer Saber Mohamed
Research Summary:
Research Objective: Designing and building an electronic program for biomechanics training technicians for short distance runners (100-200-400) in athletics.
Approach: The researcher used the experimental approach for two groups, one experimental and one control, for its suitability to the nature of this research. The research sample consisted of (18) runners for enemy competitions (100-200-400), who were chosen intentionally by running racing players in Dakahlia Governorate.
Conclusions: The biomechanical foundations for work in training load technicians for short-distance races were reached, and then they were built and designed an electronic program for technicians of training loads biomechanically for the races under study. Between the two dimensional measurements of the experimental and control groups in the numerical level tests (100 m, 200 m, 400 m) were an enemy. In favor of the dimensional measurement of the experimental group, the value of (T) calculated in the test of 100 m was an enemy (4,48), and it was produced in an experiment The level of 200 meters is (5,44), and in the test of 400 meters is an enemy (7.53), while the tabular (T) values are at a significant level (0.05) is 1.860)).

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