When golf balls are flying, I have seen some of them suddenly change direction or divert slightly from the original course. Is this due to a blow on the surface? if the surface is smooth, then the ball will fly smoothly and in the right direction.

The dynamics behind the flight of the golf ball offers a fascinating view of physics interworkings of air pressure, turbulence, and aerodynamics.

When you play golf in Scotland, most of the golfers played using clumsy apparatus, the first golf clubs and balls from wood.

In 1618 the “Featherie” was presented. It was a golf ball pen. This feather golf ball was handcrafted from goose feathers pressed firmly on a horse or cowhide sphere while still wet. After drying, leather and feathers fell expanded creating a hardened golf ball.

As this type of golf ball was specially hand, was generally more expensive than golf clubs, so only a few privileged people could afford to play golf then.

Featherie After the golf ball came Guttie golf ball. This type of golf ball was made from the rubber like sap of the Gutta tree found in the tropics, and was in the form of a hot area and eventually into a golf ball. Predictably rubber golf ball Guttie could be cheap and easy to repair and overheating caused by the reorganization.

Comparing the two types of golf balls, the Featherie golf ball was said to travel Guttie further than the golf ball because the golf ball Guttie smooth surface prevented him from covering more distance.

With this discovery, the developers of golf balls came with the “dimples” golf balls that are so predominant in modern golf nowadays.

dimples on golf balls help reduce aerodynamic drag. Drag normally affects the smooth golf balls and slows down, because when they sail through the air, leaving an air pocket of low pressure in your gun that creates a resistance.

By applying dimples to the golf ball surface, the pressure differential decreases the strength and the resistance decreases. These dimples create turbulence in the air around the golf ball, which in turn forces the closure of air in the golf ball more closely. In doing so, the air trails the warp created by the golf ball toward the back instead of flowing past. This results in less drag and less after. Dimple

added first golf ball in the area again during the Gutta perch. Coburn Haskell introduced a piece of rubber core golf ball in an enclosed area Gutta perch. Then in 1905 William Taylor applied the dimple pattern to a Haskell golf ball, thus giving rise to the modern golf ball as we know it today.

After its start, dimples golf balls were officially used in every golf tournament. In 1921, the golf ball took its current form with standard size and weight. Today there is a wide range of golf balls to suit every style of play and the state, with some golf balls offering control, and other golf balls offering distance.

Although a hearing today, the dimples golf ball is not just an element of the sports arena, is a showcase of physics at work.