0.05, indicating a normal distribution. Based on the Pearson product-moment correlation analysis, the calculated correlation coefficient (r) is 0.838, with an r table value of 0.602. The correlation is positive, indicating that the higher the leg muscle power in volleyball players, the better their smash performance, and conversely, the lower the leg muscle power, the poorer their smash performance. Key Words: Leg Muscle Power, Smash Performance, Volleyball" />
CD Skripsi
Hubungan Power Otot Tungkai Terhadap Hasil Smash Pada Tim Bola Voli Laskar Api-Api Bandar Laksmana
This research aims to determine the relationship between arm and shoulder muscle power and smash performance in volleyball. The research uses a correlation method. The study population consists of 12 volleyball players from the "Lascar Api-Api Badar Laksmana" team, using a saturated sampling technique. The instruments used are the vertical jump test and smash test. The data obtained were analyzed using descriptive statistics, normality tests, and t-tests. The normality test results with Kolmogorov-Smirnov showed an asymp. Sig. (2-tailed) value > 0.05, indicating a normal distribution. Based on the Pearson product-moment correlation analysis, the calculated correlation coefficient (r) is 0.838, with an r table value of 0.602. The correlation is positive, indicating that the higher the leg muscle power in volleyball players, the better their smash performance, and conversely, the lower the leg muscle power, the poorer their smash performance.
Key Words: Leg Muscle Power, Smash Performance, Volleyball
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