Article Per Year (5 Year)
p-Index From 2021 - 2026
0.23
P-Index
This Author published in this journals
All Journal Journal of Applied Movement and Sport Science (JAMSS)
Imka, Abiyyu Jikaladha
Unknown Affiliation
Humanities Education Health Professions

Published : 1 Documents Claim Missing Document
Claim Missing Document
Check
Articles

Found 1 Documents
Search

 1 
The contribution of leg muscle power and eye-foot coordination to the accuracy of futsal shooting of students Imka, Abiyyu Jikaladha; Jatra, Rices; Dafun JR, Procopio B.
Journal of Applied Movement and Sport Science Vol. 1 No. 3 (2025): Journal of Applied Movement and Sport Science
Publisher : Khatulistwa Education Center

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.65575/jamss.v1i3.87

Abstract

Background Shooting accuracy is a fundamental skill in futsal, yet preliminary observations at State Junior High School 35 Pekanbaru showed that students still demonstrate low shooting performance, indicated by weak ball power, inaccurate ball direction, and poor foot–ball contact. These symptoms suggest inadequate leg muscle power and insufficient eye–foot coordination, which may inhibit students’ ability to perform accurate shots. Objectives This study aims to analyze the contribution of leg muscle power and eye–foot coordination to futsal shooting accuracy among students at State Junior High School 35 Pekanbaru. Methods This research employed a multiple-correlation design involving 15 students selected through total sampling. Leg muscle power was measured using the standing broad jump test, eye–foot coordination was assessed with a coordination test, and shooting accuracy was evaluated through a futsal shooting test. Data were analyzed using simple and multiple correlation techniques. Results The findings show that leg muscle power significantly contributes to shooting accuracy (r = 0.799; contribution = 63.84%). Eye–foot coordination also shows a significant contribution (r = 0.615; contribution = 37.82%). Simultaneously, both variables provide a substantial combined contribution to shooting accuracy (r = 0.800; contribution = 64%). Conclusion In conclusion, leg muscle power and eye–foot coordination are decisive determinants of students’ futsal shooting accuracy. The study contributes to educational practice by emphasizing the need for targeted physical and coordination training to support students’ motor skills development, thereby enhancing their confidence, engagement, and overall well-being through sports participation.
Co-Authors Dafun JR, Procopio B. Jatra, Rices