Bungy Jumping Articles

Physics Of Bungee Jumping

Physics of Bungee Jumping

While modern bungee jumping has become known and trained worldwide, what is less understood is the physics behind bungee jumping. Interestingly enough, the extreme sport originated from insoluble rituals of South Pacific natives, who had no idea of the science behind the sport. Modern bungee jumping enthusiasts boast much comfort in the idea that someone has worked through the math required to perform a safe jump. So who developed the physics of bungee jumping and how sure are the modern practitioners of the sport that it is relatively safe? Let's inauguration by taking a regard at the origins of the science behind the sport.

Years before the discovery of the land diving natives on Pentecost Island, a British mathematician named Robert Hooke was discovering the physics of bungee jumping. He began working as an assistant to the celebrated scientist Robert Boyle in 1653. However, it wasn't until 1660 that he formulated and wrote down Hooke's Law of Elasticity. In laymen's terms, Hooke's law basically tells us how much tension a spring can endure, and the maximum hank it will reach. Hooke's law can be used on any material that is considered linear - elastic, or stretching lengthwise. Oddly enough, rubber is usually considered non - linear, because variations of stress further temperature can have a significant impact on the elasticity of the rubber.

Today, modern practitioners of the physics of bungee jumping don't have to be as well - versed as Hooke. Depending on the bungee cords used besides their ratings, the erudition has been simplified quite a bit. The commercial proprietor who is offering 'bungee jumping' as an extreme sport still has to emblematize on their toes. Cords that are manufactured to meet a well established United States military specification ( mil spec ) are perhaps the best to purpose. This is simply now of the rigorous testing that must go in to creation sure they meet the mil spec. Tremendously of these cords posses a specific weight limit and elongation potential. Using these numbers, along with the length of the jump again the weight of the jumper, the calculations can be made. The length of rope needed, how many strands are needed for the weight, and how much beyond the normal length of the cord the pullover can expect to go.

The physics of bungee jumping has changed some with advances in the material used in bungee cords. Some cords are also 'pre - streched' so there is less elasticity and bounce, and a more hyped up shock and return from the bottom of the jump proclivity. The problems lie low some jumpers using cords that were too long are the result of not generous the physics of bungee jumping. Even though modern bungee cords are weight and elongation rated, some individuals still fail to take this into account when performing amateur jumps. This is why it is highly recommended that anyone who wants to learn bungee jumping should consult with a professional. This is not a sport that you can learn and practice at home. The physics of bungee jumping have been simplified by 20th century manufacturing standards, resulting in a much safer sport for everyone participating.

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