The chemistry of air pressure, turbulence, and aerodynamics, surface structures are vital physical element. History is that there are things that seem strange to make up hundreds of them two years ago, which comes complete with a better composition based on scientific research. The golf balls are the best models of this theoretical position in history.
In the early days of golf on the east coast of Scotland, most players used ancient apparatus in order to play the game in a more unstructured and informal. Here, has made the first clubs and golf balls made of wood.
Was in 1618 that was introduced recently feather golf ball. It is known that it is "Featherie". That was the feather golf ball balls manually made from goose feathers securely pressed into the field of horse or leather. It was made while the ball is still wet. After drying, shrink the skin and the feathers expanded creating a hardened ball.
But because these kinds of golf balls are specially hand, they usually cost higher than the clubs. In doing so, only a small number of exceptional people can play golf during those times.
Next came the golf ball Guttie. This prehistoric kind of golf ball of rubber like sap of the tree of Gotha, which can be found in the tropics. Usually, the ball can be formed easily Guttie field when hot and eventually used as golf balls. The nature and the rubber balls can be cheaply reproduced Guttie, and can be easily repaired by reheating and reshaping.
However, between the two forms of the earliest golf balls, and was told that feather golf ball to travel away from gutties. This is because a smooth surface for gutties limiting the ability of a golf ball to cover more distance.
With this new scientific analysis, and developers of golf ball finally came to the ball with the "dimples" that are predominant in modern golf balls nowadays.
Dimples are crafted into golf balls to reduce the aerodynamics, to work the ball if it is completely smooth. This is because smooth balls, when Sailing through the air, leaving a huge pocket of low pressure air in its noise and therefore creating a drag. With the application of drag, the ball slows down.
Thus, by having dimples on golf balls, and the difference goes down and drag pressure is reduced. These dimples create turbulence in the air surrounding the golf ball. This, in turn, forces the air to lock the golf ball more closely. With this, the Trails wind the warp created by the ball towards the back instead of the flow past it. This results in a smaller wake and less drag.
Dimples also help players to put backspin on a shot making the golf ball go to the putting green.
Can be traced the idea of placing the dimples on golf balls again during the Gutta Percha. Showing Coburn Haskell rubber ball from a single piece covered with engraved Gutta percha in the field. It was at this time when he noticed how the players footage to be more and more predictable and balls that transform raw gameplay.
When William Taylor applied the dimple pattern of the Haskell ball in 1905, the golf balls finally took shape to talk.
Since then, officials used dimpled golf balls every championship golf course. In 1921, took the form of golf balls with a standard size and weight.
Now, with natural selection of golf balls to fit different golf game and condition. There are golf balls that offer control, while offering some distance. All this means that the golf balls vary, but one thing is common and well known. Golf balls are not only elements of the sports arena, but it is more than ever model concepts in physics.
What's in a golf ball?
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