More than 45 million people in the United States have bowling fans, national competitions have given millions of dollars. Bowlers usually earn the Lots, many and a lot of exercises to increase the percentage of their strike. A team of physicians has emerged with a math model to improve the hair speed, which is described in a New paper Journal was published in AIP Advance. As a result, equality also takes into account the formation of oils used on bowling lanes and the sample, as well as factors such as the inevitable contradictions of bowling balls and players.
The authors already had a strong interest in bowling. There are three regular bowlers and are skilled in the game. The fourth of the Long Borough University in the UK, Kurts Hopper, is the coach for England at the European Youth Championship. Hopper has been studying bowling physics for many years, including A analysis 2017 Weber Cup, as well as math models for papers Apply Lane Conditioner And Oil samples In bowling
The calculations included in such research are very complex as there are many variables that can affect the ball path after throwing. For example: The thin layer of oil that is applied to the bowling lanes, which is found in the hopper can vary largely in the volume and shape between different locations, and in addition to the lack of uniformity in using the layer, which produces an uneven friction level.
According to the authors, most research to date has relied on experimental data analysis, such as 2018 report Through the American Bowling Congress, looked at the data produced by 37 bowlers. (Hooper relies on hair tracking data for his 2017 Weber Cup analysis.) 2009 analysis It has been shown that the maximum location for the ball to attack the headpan is about 6 cm off center, while the maximum entry angle to hit the ball is about 6 degrees. However, such a point of view strives to calculate the changing player’s changes. No bowler collides with his target 100 %, and every hooper is El.