The present study achieved the following conclusion by analyzing of theoretical timing variability and fore variability which are controled in very rapid movement.
1. As common as the speed-accuracy trade-off phenomenon seems to be for movement beha...
The present study achieved the following conclusion by analyzing of theoretical timing variability and fore variability which are controled in very rapid movement.
1. As common as the speed-accuracy trade-off phenomenon seems to be for movement behavior where spatial accuracy is major goal.
2. The primary determinant of timing accuracy is movement time, with longer movement time generating more timing error.
3. It is produced a kind of inverted-U effect that very rapid and very slow movement having the most spatial accuracy and the moderate - speed movement having the least spatial accuracy.
4. The future research require experimental study on the more complicated action because these are very simple skill.