Study of the Correlation between Arm Muscle Power, Arm Length, Hand-Eye Coordination, and Concentration on Gate-In Results in Woodball

Nisa 'Urizka Fayogi

doi:10.47191/ijmra/v5-i3-04

Abstract

This study aims to determine: (1) the relationship between the power of the arm muscles and the result of the gate-in stroke, (2) the relationship between the length of the arm and the result of the gate-in stroke. (3) The relationship between hand eye coordination with the result of the gate-in stroke. (4) The relationship between concentration and the gate-in punch. (5) The relationship between arm muscle power, arm length, hand eye coordination, and concentration on the results of the gate-in stroke in woodball. This type of research is correlational. The population in this study were 54 athletes of Woodball in Bantul Regency, who were selected based on purposive sampling technique. The instruments used to measure the power of the arm muscles were the medicine ball test, the length of the arm with an anthropometer / meter, the concentration using the Grid Concentration Test, and the gate-in stroke with a modified gate-in punch density test. The data analysis technique used is multiple regression. The results showed that: (1) There was a significant relationship between arm muscle power and the gate-in punch, with r count 0.845, and p < 0.05, and a contribution of 32.09%. (2) There is a significant relationship between the length of the arm and the result of the gate-in blow, with r count 0.585, and p <0.05, and a contribution of 12.00%. (3) There is a significant relationship between hand eye coordination and the results of the gate-in stroke, with r count 0.855, and p < 0.05, and the contribution is 21.92%. (4) There is a significant relationship between concentration and the results of the gate-in blow, with r count 0.808, and p < 0.05, and a contribution of 21.39%. (5) There is a significant relationship between arm muscle power, arm length, hand eye coordination, and concentration on the results of the gate-in stroke in woodball, with a calculated F value of 84.798> F table 2.56, and p < 0.05, and a contribution of 87.40%.

Highlights

IntroductionWoodball is a new sport that is still foreign and rarely heard. Woodball is a growing sport in the world
The alternative hypothesis which reads "There is a significant relationship between arm muscle power, arm length, hand eye coordination, and concentration on the results of the gate-in stroke in woodball sports", was accepted
T-Test Analysis Results (Partial) 1) The relationship between arm muscle power and the result of the gate-in The proposed hypothesis reads "There is a significant relationship between arm muscle power and the results of the gate-in stroke in woodball sports"

Summary

Introduction

Woodball is a new sport that is still foreign and rarely heard. Woodball is a growing sport in the world. Woodball is an outdoor game that is played individually or in a team by hitting the ball gradually until it passes the ball into the net on each fairway (trajectory) with as few strokes as possible. Woodball is a fairly simple sport, because in practice it only hits a ball that is always stationary (not moving). If the woodball athlete has mastered the basic movements, the athlete can master the basic technique, the athlete can hit the ball effectively. The demands of hitting the ball in a woodball game are trying to hit the ball to make a small number of strokes to reach the target, so this game is difficult for beginners. Woodball basic techniques include techniques without tools and with tools. While the techniques with tools are preswing routines with mallets, long strokes, medium distance

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