Analysis of the relationship between the characteristics of the force-time curve and scoring accuracy in football using the inner foot

Abstract

This research aims to study the relationship between strength and time curves and the accuracy of the internal scoring skill with the foot in football players. A sample of players with different training levels was selected, who underwent accurate biokinematic tests to measure strength and time during the implementation of the scoring skill. The accuracy of scoring was also evaluated through the number of successful goals compared to the number of attempts, the researcher used the descriptive approach to suit the nature of the research and chose the research sample, namely the 8 players of Nasiriyah Football Club, and During the results of the research, the researcher concluded that there is a significant correlation between the speed of time force generation during the implementation of the skill of internal scoring with the foot and the accuracy of shooting in football players, where improving the timing of the application of force leads to an increase in performance accuracy, as well as concluded that  players with more regular and balanced strength curves achieve higher scoring accuracy compared to unstable curves, which confirms the importance of training to coordinate the force within the appropriate time to improve the scoring skill The most important recommendations that came out of the researcher is to encourage coaches to integrate biokinetic analysis of strength and time curves within the technical performance evaluations of players, with the aim of early detection of weaknesses and the design of individual training plans aimed at improving scoring accuracy.