You place your whole right forearm on the inclined table (on an inclined plane - just like placing your right forearm on the horizontal plane of the desk or table in front to you - just like massive wayback Yoda post on the right forearm). The forearm then moves up or down this plane to the extent the elbow bends or unbends. Going down the plane, the right arm will eventually become straight, then you start back up the inclined plane. Establish desired elbow bend at impact fix (during which the fixed pivot center (head) is established). Pivot responds properly due to motion of right forearm and due the fact that the center is established.
I like this line of thought . . . So let's take this a little bit further. We are considering a Horizontal Plane for a second . . . We can still have the extended line of the Right Forearm Angle of Approach on a Horizontal Plane no? So let's just consider it as a line for now across the face of the plane extending in both directions (up plane and downplane). If we extend this line it is a DIAGONAL LINE right? So would it not stand to reason that much like the shaft traces the plane line, the end of your right forearm closest to the Plane Line would be ON the Right Forearm Angle of Approach maybe? So the the end of the Right Forearm would either be the Right Elbow or the #3 and #1 Pressure Points? So could it be that your EFFORT or DIRECTION is to take the elbow or the pressure points up and down the extension of that line?
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