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Background: ‪The purpose of this study was to determine a relationship between the chosen parameters of aerial cartwheel on the balance beam during learning the skill of this element. Material and methods: ‪Four national level junior female gymnasts participated in this study. The trials of the aerial cartwheel were filmed, and the best technically performed trial was chosen for analysis. Results: ‪A statistically significant relationship was found between the duration of the flight phase and the length between foot at the starting position (-0.675) and the height of the body's center of gravity (-0.626), respectively. Statistically significant positive correlations were also found between the knee angle at landing and the duration of the phase on one leg at landing (0.639). A strong positive correlation was also found between the length of the aerial cartwheel and the height of the body's center of gravity (0.677), and a negative one with the duration of the flight phase (-0.533) and the duration of the phase on one leg at the landing (-0.805). Conclusions: ‪Using basic biomechanical principles, the gymnast can perform movements with less effort. A coach can identify mistakes more quickly and provide their gymnasts with more effective advice.

The relationship between chosen kinematic parameters of the aerial cartwheel on the balance beam during skill learning