Прегледај по Аутор "Prasetyo, Yudik"

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    Differences in Archery Skill Results for Vocational School Students and Beginners Based on Shooting Distance
    (Federacion Espanola de Docentes de Educacion Fisica, 2024) Mulyanti, Cholimah; Prasetyo, Yudik; Sumarjo; Setyawan, Hendra; Kurniawan, Ari Wibowo; Purnomo Shidiq, Abdul Aziz; Eken, Özgür; Pavlovic, Ratko; Latino, Francesca; Tafuri, Francesco; Wijanarko, Tiok; Rahmatullah, Muhammad Imam; Anam, Khoiril
    This research aims to examine differences in archery skill scores for Vocational High School (SMK) students among begin-ners based on the shooting target distance factors of 5 meters, 10 meters, and accumulated distances of 5 and 10 meters. The sample for this research was 16 male and female students from classes XA, XB and XIA, taken using the cluster random sampling method. Data analysis used descriptive statistics and inferential factorial one-way Anova. One-way anova test results Sig. 0.030 < 0.05 means there is a significant difference in the average of the three students' archery skill score results at a distance of 5 m, a distance of 10 m, and an accumulated distance of 5 and 10 m. First Post Hoc follow-up test Sig value. 0.088 > 0.05, meaning that there is no significant difference between the results of students' archery skills at a shooting distance of 5 m and a shooting distance of 10 m. Post Hoc follow-up test for both Sig values. 0.917 > 0.05, meaning that there is no significant difference in the results of students' archery skills at a shooting distance of 5 m with accumulated shooting distances of 5 and 10 m. Post Hoc follow-up test for the three Sig values. 0.036 > 0.05, meaning that the results of students' archery skills at a shooting distance of 10 m with an accumulated shooting distance of 5 and 10 m have a significant difference. Thus, it can be concluded that there is a significant difference in the average of the three students' archery skill score results at a distance of 5 m, a distance of 10 m, and an accumulated distance of 5 and 10. The findings of this study suggest the design of an archery training program for beginners, including consideration of starting from a shorter distance and gradually increasing the shooting distance, as well as carrying out various training techniques with a combination of exercises at various appro-priate distances and giving priority to the consistency of technical movements and body posture. while archer
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    Effect Of Improving Lumbar Mobility, Spinal Stability; With Core Stability Training To Achieve Personal Best Runner
    (Federacion Espanola de Docentes de Educacion Fisica, 2024) Zulhasniati, Zulhasniati; Prasetyo, Yudik; Susanto, Nugroho; Igoresky, Andre; Putra, Yogi Arnaldo; Fitriady, Gema; Anam, Khoiril; Kozina, Zhanneta; Pavlovic, Ratko; Eken, Özgür; Latino, Francesca; Tafuri, Francesco; Nurhuda, Pradicta
    Running consists of simple basic movements, and to achieve these simple basic movements requires good mobility and stability, because the weakening of mobility and stability of the body causes misalignment or weakness of the legs so as to interfere with the absorption or propulsion phase in leg movement while running. Apply appropriate exercise methods to improve lumbar mobility and spinal stability. One training method that can be used is the core stability training method. Core stability is an exercise model to improve the ability to control the position of trunk movement through the pelvis and legs to allow optimal motion production. This study aims to ascertain whether core stability training can improve lumbar mobility and spinal stability in running athletes. The study used an experimental method with a research pattern using a group pretest-posttest design. 10 running athletes were sampled according to the criteria to be treated in the form of core stability training for 6 weeks. The athletes were assessed before and after training using the Functional Reach Test and Unilateral Hip Bridge Endurance. This study showed that there was a significant effect between core stability training and lumbar mobility (P = 0.000) and spinal stability (P = 0.000) in athletes. The results of this study show that the application of core stability exercises can increase the ability of lumbar mobility and spinal stability, so if the core stability exercises are done properly, they can increase stability in the spine and mobility in the lumbar, which causes dynamic limb movement to be more efficient.