The #1 lite comment- the left are should be a string and to swing #4 pulls. When one hits they push on #1 at the hands. If one "launches" off the chest then the left arm uust be stiff and the pressure is pushing, not on the hands but way up above the bicept. Like a #1 pp "lite". Thaink about it, any real power will tear out your rotator cuff. and fold the arm. Which must be supported by right arm force. Might as well call it hitting.
Just let the left shoulder pull, club will fly out.
Another point, while i am typing. although the left shoulder pulls, because the right is 180* out it can be thought of as driving. That is good because only the right shoulder can be "aimed" downplain.
HB
When Hitting, the push on #1 is with the right triceps. When Swinging it's the right shoulder which is pushing on #1, which pushes on the left arm, which pulls the left shoulder, which pulls the shaft, and when the left arm blasts off, it's still pulling the shaft, so you should call it what it is, Swinging.
The left shoulder never drives - it is always driven, by either the right shoulder or right triceps. The left shoulder, like the left arm, is passive, whether Hitting or Swinging. The right shoulder is the only one which can drive.
Trying to think of a mechanical model. How bout this kids propeller toy. Imagine the blades as being the shoulders , not the arms. Now imagine another even longer straight piece representing the left arm attached to the left shoulder propeller blade by a piece of string. Upon rotation would not the far end of the left arm piece move the fastest of any component? Uncentered though it is . Incidentally having a string like connection between left arm and left shoulder is a must for power transfer. Muscle tension at that connection is a silent killer..... if you ever lose power under stressful tournament conditions , or in cold weather, check your string connection. Need a big drive ... make sure its string like.
Last part of O.B. comment I didn't talk about above.
There are two (2) vectors we must look at:
1. that points straight out from the center-which will aligne with the shoulders under steady state rotation. (radial)
2. That trails the accelerating skoulder and is only present during acceleration, be it + or -.
The summation of these two vectors locates the "power package" arms hands and club, in general. BUT, we will restrict it to the left arm and #4 accumulator here because we need to keep within managle problem bounds.
The "vector sum" or resultant is of lower magnitude than the sum of the individual magnotudes if there is an included angle. and, the direct is within the included angle at an angle proportionate to the individual magnitudes. ie. You have to do the Trig.
Vectors can represent force, having both magnitude and direction. Nature likes to get/keep things in the lowest energy state. ie. the shortest vector resultant for the conditions at hand.
Good golf (TGM) requires good alignments created by good vectors, when you get moving, the direction and forces in these vectors are what is felt.
You know humans are real good at learning this. BALANCE. we run, walk, start fact, turn fast or slow all sorts of athletic things and all without falling on our face. Well, sometimes we do fall and sometimes we hook it off the face of the earth.
we practice this stuff 24/7 when we a child. how long does it take to swing a golf club? 1 second.
Is this a simple game?
HB
Last edited by HungryBear : 06-17-2012 at 11:44 AM.
THRUST 6-C-1 #4 "wherever the straight Left Arm contacts the left side. And. The picture with caption "#4 Edged Arrow.
Preface; I have been thinking about shoulder turn and the above has always been problematic to me.
The general thought seems to be the left arm is "moved" by the contact point with the chest. My belief is the left arm (#4 accumulator when not in line with the shoulders) is accelerated axially by a pure pull and radially by change in angular velocity of the turning shoulders. The 6-c-1 presentation is not helpful to my construction. Any contact between the arm and chest is purely incidental and not necessary for proper actuation of #4 accumulator.
Other thoughts??
HB
I'm not sure I understand your concern. As long as the shoulder turn hard enough the arms will lag and then will tend to return to roughtly perpendicular to the shoulder.
THRUST 6-C-1 #4 "wherever the straight Left Arm contacts the left side. And. The picture with caption "#4 Edged Arrow.
Preface; I have been thinking about shoulder turn and the above has always been problematic to me.
The general thought seems to be the left arm is "moved" by the contact point with the chest. My belief is the left arm (#4 accumulator when not in line with the shoulders) is accelerated axially by a pure pull and radially by change in angular velocity of the turning shoulders. The 6-c-1 presentation is not helpful to my construction. Any contact between the arm and chest is purely incidental and not necessary for proper actuation of #4 accumulator.
Other thoughts??
HB
Trying to get this back on track .
If we equate #4 pa to a triangle model with the angle formed by the left arm and the line of the shoulders representing the lever in question . The left shoulder being the point where the two lines meet obviously . Given a straight left arm and the fact that the shoulders are fixed in their length two sides of the triangle are predetermined in terms of their length. Any lengthening in the Right Arms side of the triangle , increases the angle at the left shoulder and vice versa. The loading of the #4pp and the firing of #4 power accumulator relating to the bending and extension of this lever or angle. #4 pa being Left Arm Power how ever it is produced.
So agreed the "any point of contact" seems outside of a pure or simplistic 2D geometric model. For the golfer whose motion is 3D the point of contact between left arm and chest will change for different shots. Depending on the amount to which the left arm is raised vertically, the plane of the shoulder turn and the length of the swing etc etc. You can fire #4 with a one degree change in the angle ... Say from 90 degrees to 89 and then back to 91. A mini Pull Minor Basic Stroke with the shaft vertical and the ball played at low point ..... not your normal put or chip shot set up no.
Is Homers "any point of contact" merely an effort to help us locate the angle on a human golfer given the various places it could be formed for different strokes?
If we equate this to a triangle model with the angle formed by the left arm and the line of the shoulders representing the lever in question . Then the left shoulder is the point where the two lines meet obviously . Any lengthening in the Right Arm increases the angle at the left shoulder and vice versa.
So agreed the "any point of contact" seems outside of a pure or simplistic 2D geometric model. For the golfer whose motion is 3D the point of contact between left arm and chest will change for different shots. Depending on the amount to which the left arm is raised vertically and the length of the swing etc etc.
Is Homers "any point of contact" an effort to help us locate the angle on a human golfer given the various places it could be formed for different strokes?
No disparagement at all intended to HK's work, He has the application of #4 soo right in many places. BUT. I suggest he might give renewed thought to 6-C-1 #4 and the drawing. In words I would say it is "that piece of rope" that fastens shoulder to upper arm is PP#4 and #4 accumulator is the angle between arm and shoulders just as described. I do not like to think about "ANY point of contact".
Hybrid Mode
