The Olympics Technology

So, too, no cameras existed so radio broadcasts and newspaper reports were how many fans enjoyed the events. Equipment due to technology was either non-existent or what would be considered primitive in comparison to today's state-of-the-art technologies apply in each aspects of the exceptional Games. For example, high jumpers and pole-vaulters in Olympic Games before the 1930s did not use landing mats. forward-looking aerodynamically designed swimsuits, inflatable athletic shoes, and sophisticated cameras that capture both angle and moment of an event were not available. Today's technologies atomic number 18 a far cry from the unsophisticated methods available to the Olympic Games' athletes, settle and spectators of yesteryear. As one Olympics historian notes, "Today, technology has a more(prenominal) profound effect on sport than it did in those beforehand(predicate) years, by literally changing the way most sports are played" (Australian 1).

It is difficult to know where to begin with respect to cover version the impact of modern technology on the Olympic Games. impertinently technologies impact the Olympic Games, athlete exercise, athletic gear, judges and spectators most the world. Equipment is now aerodynamically designed. Computer-aided design and new technologies produce bicycles make from Kevlar and tear-shaped helmets that cast up speed. Swimming pools are now designed by computers in ways that minimize wave interference and allow for greater grip for kick-turns off the

In conclusion, one can see the myriad and dramatic ways that technologies have impacted the Olympic Games in virtually all aspects from athletes to spectators. One of the reasons for this is the intense competition among athletes and nations to win the games. Because of this, the latest advances in technology are often applied to training, equipment, judging and otherwise aspects of the Olympic Games. As one Olympics official maintains, "As huge as technology can impact and improve performance of athletes, the Olympic Games pass on occur to reflect the progressive changes in the way sports is played" (2). It is only just now that we are seeing the dramatic ways in which new advances in gene technologies might impact the games.

It is quite possible that succeeding(a) athletes may be programmed with genes that enable their bodies to enhance performance in ways that are "basically" natural. However, it is likely that as technologies continue to have an impact on the athletes, the games, the judges and spectators, the debate will continue over whether or not these changes enhance the games or detract from them.

Anonymous. Technology impact on the Olympics. Available: hypertext transfer protocol://www.concord-h.schools.nsw.edu.au/technology.htm, 2003, 1-2.

He demonstrated theoretically and experimentally that, during a jump, the greatest bending movement ? and hence the greatest stresses ? are at the middle of the pole, while the lowest stresses are at the ends. In other words, the ends of a pole can be made narrower ? and hence lighter ? without compromising the pole's performance. Burgess optimized the thickness of a pole so that it tapered towards its end, giving a atomic reactor saving. The bending moment ? and hence the failure stress ? increases with the callosity of the pole for a given section of the pole and rung of bend. The ideal pole therefore has a low stiffness, a low mass and a high failure stress.

The constitution of viewing the games for spectators and the way games are judged ha
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