基本運動能力對拔河運動起動步之生物力學影響

The Analysis of Biomechanics in Different Fast Break of the Tug of War

10.29596/BGYY.200910.0001

周俊三(Chun-San Chou)；黃義雄(Yi-Hsuag Huang)

拔河 ； 起動步 ； 生物力學 ； tug of war ； Fast Break stance ； biomechanics

運動知識學報

6期（2009 / 10 / 01）

1 - 10

繁體中文

Purpose: The purpose of this study was to investigate two kinds fast break stance (Even stance and Stroke stance) affected by basic ability. Methods: The testers will be utilize strain meter, high-speed camera, Acq knowledge Analysis Software, APAS Action Analysis System. The parameters I got will be processed by ”EXCEL” and ”SPSS For Windows” software. I will conduct Descriptive Statistic and Pearson Correlation Analysis. Results: 1. strength of grip、back strength and leg strength are positive correlation （P＜.05）, reaction time and pull force are negative correlation （P＜.05）. 2. Two kinds of fast break stance in reaction time and pull force time are positive correlation （P＜.05）. Conclusion: 1. Ability of strength of grip、back strength and leg strength is important to the Tug of War. 2. The reaction time is quicker, the pull force is quicker.

Purpose: The purpose of this study was to investigate two kinds fast break stance (Even stance and Stroke stance) affected by basic ability. Methods: The testers will be utilize strain meter, high-speed camera, Acq knowledge Analysis Software, APAS Action Analysis System. The parameters I got will be processed by ”EXCEL” and ”SPSS For Windows” software. I will conduct Descriptive Statistic and Pearson Correlation Analysis. Results: 1. strength of grip、back strength and leg strength are positive correlation （P＜.05）, reaction time and pull force are negative correlation （P＜.05）. 2. Two kinds of fast break stance in reaction time and pull force time are positive correlation （P＜.05）. Conclusion: 1. Ability of strength of grip、back strength and leg strength is important to the Tug of War. 2. The reaction time is quicker, the pull force is quicker.