I've given specific reasons to support my view, none of which have
been refuted by anything other than "because Homer said so" and the
areas which SHOW my view is correct, are dismissed or glossed
over such as:
"However, in practice, the actual angle to the Plane Line -- the
Forward Lean -- is dependent upon (and therefore determined by)
the Shoulder-To-Ball Angle of the Left Arm Flying Wedge at Impact Fix."
[Bold by Yoda/Yoda.]
First of all, my quoted response above was made while you were still asking
questions and before you disclosed your own "view." So, at
the time, there was no "view" to "support,"
"dismiss," or "gloss over."
Further, my comment was quite specific and did not "gloss over"
anything. You asked what angle the Flail (the assembly of Left Arm and Club)
makes with the ground when it gets In Line (given a vertical plane of
motion). I replied that the theoretical answer was 90 degrees since
the Flail gets In Line at Low Point (and therefore with Zero Forward Lean per
2-K #2).
But we seldom locate the Ball at Low Point. We locate it behind Low
Point. Hence, from a practical standpoint, the Flail usually gets In
Line well before Low Point, thus creating a Forward Lean of the Left
Arm Flying Wedge (the Left Arm and Clubshaft) and an angle greater than 90
degrees. That precise angle is dependent upon the degree of Forward
Lean at Fix. And that is exactly what I said.
Specifically, the degree of "Flail Lean" at Full Extension (In
Line) will be determined by the distance the Left Hand must move (from
its Impact Fix Location) as the Wrist completes its Uncocking Motion (from
Level to Uncocked).
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