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The safety and risks in Skydiving

Skydiving is a sport that involves many risks. Safety and risks are somewhat different. While risk are measured, security has been tried. Security can be defined as a personal or social acceptance of a certain risk.

With respect to risks, which measured quantitatively. The probability of something happening combined with the severity of impact to the risks. The likelihood and severity are divided into categories. Odds have five categories: frequent, probable, occasional, remote and improbable, and the severity of the action has four categories: catastrophic, critical, marginal and insignificant. For example, a rubber band breaking the risk is "frequent - insignificant", while the failure risk is twice as "remote - A catastrophe. "" Encounters - catastrophic "or" occasional - Reviews "are the risks that are more often malfunction.

In skydiving, a risk value can be assigned to an event, on the basis of the definition. Observation over the years and measures of the drops test should be the basis for the value of a risk. However, this does not always happen.

Risk perception

The perception of risk is sometimes made on a subjective basis. The values of the risks are greater in case of events beyond the voluntary control of the viewer in the case of mandatory events that put a person out of control. Thus, skydiving is a greater risk than breathing air.

The events followed by results or have feared catastrophic consequences higher risk. Sports and occupations also have different values of risk depending on the number of fatalities found.

Perception risk may also be affected by the maturation of the technology. Taking the example of the power plants, coal-fired power plant is less risky than a nuclear power plant because people know much more about the burning of coal to nuclear technology.

The risks are connecting directly with the complexity of the system. The difficulty in understanding a system is given by its complexity and with this difficulty, need, because it increases only by a better recognition system, corrections and ways to prevent the events are.

The risk assessment

Understanding a fully and without gaps reduce the risks of unfortunate events. A system must have a secret for people who have surgery because if there are things that are not understood, complications can occur if an event is generated by that unknown element. Furthermore, in a system, not just its components must be well known, but also the reasons for failure. This is achieved by observation and continuous monitoring of system performance. The risks can be reduced by preventing failure or corrective plans. The causes of failure system can be human, mechanical or environmental.

The risks involved by skydiving

Risk values can be given to any event in skydiving. The train of technology and knowledge of skydiving is the primary basis of assessing the value of risk. If a person knows the equipment, the parachute, characteristics, techniques and all the other factors involved for skydiving, he or she greatly reduces the risk of an event. If the team is very well known, the control performance system malfunction is correct and can be discovered in time if they occur, thus reducing the risks. Different ways to escape from injuries also reduce risks, therefore emergency procedures and contingency plans have been developed.

Understanding art, parachute, its features, recognizing and using the controls properly and have plans for prevention and correction will reduce risks and increase efficiency, or risk assessment.

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