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One way to analyze the pivot summarizes the component parts as: Feet Hips Shoulders Power package Club Of course there is soft tissue and other variables in between these points but these in particular seem to be a good starting point. C. An efficient pivot occurs indeed from the groud up, with a kinetic link sequence of the segments listed in B above beginning with the ground and ending in the club compressing the ball through the impact interval. I am still not sure how you are going to tie this to alignment, though, Buck. |
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There's more to it than that . . . How is the pivot different for the elbow plane vs. the turned shoulder plane? How is it different for Angle of Approach, Plane Line Tracing, and Arc of Approach? How is it different for Line Delivery and Circle Path? I promise . . . it's different. |
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You hit the ball with clubhead, clubhead attached to shaft, shaft moved as part of power package...what starts the power package in orbit? ...the pivot...we agree on this. But can the pivot still spin the power package after accumulator 4 has started to release?? Sure , the pivot is still doing work... but is that work merely accomodating power package motion? Once you release accumulator 2... can you muscle it more to release accumulator 2 harder?? If you do try , are you more likely to upset your alignments? I think that once an accumulator has been released....further muscle power is unadvisable. And what causes release of acc. 4? I think - in a pivot stroke - it is pivot motion. In a pivot stroke, once you release accumulator 4.... can your pivot add more force? or is it just controlling direction? |
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your pivot components are whatever they have to be....for you to accomplish imperatives and essentials whilst using your consciously chosen components.... grip, plane line, plane shift, so consciously choose:- 10-1, 10-2, 10-3, 10-4, 10-5, 10-6, 10-7, 10-8, 10-9, 10-10, 10-11, 10-18, 10-19 through 10-24....leave the others to mother nature whilst you focus on steady head and imperatives...then classify 10-12 through 10-17. |
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The pivot is responsible for the GENERATION of Angular Momentum. And instrumental in determining low point and handle location. So maybe if you have too much axis tilt you have to do something compensatory via the right arm to get the handle in the right location. Let me ask you a question . . . if you release #4 and your head moves down and back is that "subtracting"? AND . . . What causes #4 angle to expand thereby expanding the rest of the accumulator angles propelling them seek their in-line relationship? |
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So you are convinced that IF I have the Imperatives and the Essentials my Pivot components will comply via mutha nature? Not sure about that one Dawgie Dawg. |
One piece at at time.....
There's more to it than that . . .
How is the pivot different for the elbow plane vs. the turned shoulder plane? This is where you can teach me something. I see only an inclined plane, not the 5 or so different inclined planes discussed at times here. Ideally (and simplistically, perhaps) the pivot would move the sweetspot on plane all the way through follow through and corresponding swivel? I want to learn more about the different planes if you think it helps this discussion. For me, 3 planes exist....horizontal, vertical, and inclined. When you start slicing and dicing the inclined plane, I start losing interest. So help me out here. UPP in snowy Ohio |
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You take the pieces you defined and talk to me about the alignments you see . . . ![]() ![]() ![]() ![]() ![]() |
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![]() ![]() What is the difference between these two "inclined" planes . . . LOOK LOOK LOOK. |
What do you see when you LOOK LOOK LOOK???
http://www.youtube.com/watch?v=TiwTW...eature=related http://www.youtube.com/watch?v=FqI6IzDdpZM |
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