- Jan 15, 2012
- 190
- 362
"Clearly the most effective twisting mechanism is to apply a large torque relative to the longitudinal axis during take off. The gymnast will then have considerable twisting angular momentum in the air and then if the arms have been held wide (large "inertia), angular velocity can be increased quite
significantly simply by pulling the arms in (small inertia)."
If I am understanding this correctly, this basically explains why in a double full the athlete should set wider than for a single. The article confirms what many of us already know as coaches. Though, it also does talk about some less familiar kinds of twisting as well.
Anyways I love being a "nerd" as much as I am a coach, and figured I would share this article with other coaches out there like myself!
significantly simply by pulling the arms in (small inertia)."
If I am understanding this correctly, this basically explains why in a double full the athlete should set wider than for a single. The article confirms what many of us already know as coaches. Though, it also does talk about some less familiar kinds of twisting as well.
Anyways I love being a "nerd" as much as I am a coach, and figured I would share this article with other coaches out there like myself!