Imagine that there is a lady bug crawling across your left shoulder blade headed for the back of your neck. The bug occassionally stops, fans open it's wings closing them again before slowly proceeding up your back. Now close your eyes and imagine that you are holding a standard dinnerware knife with a green m&m balanced near the tip of the knife. Push the green candy out in front of your chest but don't let it slide off the blade. From about 18 inches away from your mouth and still with your eyes closed open your mouth and flip the candy into your mouth. If you caught it go ahead and crunch it up enjoy the flavors and swallow. Visuals create or stimulate motion. As long as your mind saw the m&m whether real or imagined then it proceeded with the mechanics (physics) necessary to balance the candy and flip it into your mouth. Want to try again? Stand up and look around the room for a place that you could toss your car keys to. Make sure that this place is reachable without the possibility of breaking any fragile items. Now pretend (act as though) you reached into your pocket and pulled out your keys, feel the weight of the imagined keys, feel the distance to the landing area and toss them there. How did you do? Did the keys land and stay, did they slide across the landing area, or did they fall short of the target? Real or imagined the on board computer functions the same. Now let's go out outside with your nine iron or wedge but don't bring a ball. Look around the neighborhood, drop an imaginary ball select a target such as someones car, house-top, or a fire hydrant, take your grip set up on the imaginary ball, and then ask your computer if it can feel the selected target, if you get a yes go ahead and hit a shot to the target. Where did the imaginary ball end up, did it hit the target or fall short, can you reach a place past this target or do you need to find a closer target? If your ball ended up short is it because a nine iron is not enough of did you baby the shot, or decelerate through impact? Ask the computer where the ball will end up if you take a full but balanced swing is this place a good spot relative to your target? If it's still not satisfactory then you'll either need to select a closer target or go get your 8 or 7 iron.
When you go out to the range or course try this method. Before you choose your club ask the computer where (relative to the target) the ball ends up with various clubs say three different clubs such as the 9 iron, 8 iron, and 7 iron. Which club feels best, this is the club you should probably be using. Get away from the book that says "at this distance use this club", check with your God give computer, what does it tell you, where do the car keys end up this time, feel it before you play it, get a yes, then complete the task. Your computer is awesome and wonderfully made, trust it! GWG
Saturday, January 2, 2010
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