Analyzing some kinematic variables and their relationship with drawing force and performance level among national archery team players

The study aims to:
Identify the relationship between kinematic variables and drawing force among national team archery players.
Identify the relationship between kinematic variables and performance level (accuracy) among national team archery players.
The researchers hypothesized:
There is a significant correlation between some kinematic variables and drawing force among national team archery players.
There is a significant correlation between some kinematic variables and performance level (accuracy) among national team archery players.
Study Procedures: The researchers used the descriptive method for its suitability and the nature of the research. The study sample was intentionally selected, consisting of national team archery players with recurve bows for the 2021-2022 sports season, totaling 4 players. The methods used for data collection included (testing and measurement scientific technical observation). The study sample was filmed using 5 video cameras, one with a speed of 1000 frames/second, and the other cameras with speeds of 240 frames/second, each camera having a specific task to capture a particular part of the technical performance of the activity. The researchers used the following statistical tools: mean, standard deviation, percentage, and Pearson's simple correlation coefficient.
The researchers concluded:
All significant correlations achieved by the kinematic variables with the drawing force test (pull) were positive except for the variable of trunk tilt angle backward at the moment of release, which was negative.
All significant correlations achieved by the kinematic variables with the performance level (accuracy), they were six, were negative