The butterfly effect is a somewhat poorly understood mathematical concept, primarily because it is interpreted and presented incorrectly by the popular media. It refers to systems, and how initial conditions can influence the ultimate outcome of an event. The best way to understand the concept is through an example. You have two rubber balls. There are two inches between them, and you release them. Where will they end up? Well, that depends. If they're in a sloped, sealed container, they will end up two inches away from each other at the end of the slope. If it's the top of a mountain, however, they may end up miles away from each other. They could bounce off rocks; one could get stuck in a snow bank while the other continues down the slope; one could enter a river and get swept away. The fact that even a tiny initial difference can have a significant overall impact is known as the butterfly effect. The purpose of this passage is

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The butterfly effect is a somewhat poorly understood mathematical concept, primarily because it is interpreted and presented incorrectly by the popular media. It refers to systems, and how initial conditions can influence the ultimate outcome of an event. The best way to understand the concept is through an example. You have two rubber balls. There are two inches between them, and you release them. Where will they end up? Well, that depends. If they're in a sloped, sealed container, they will end up two inches away from each other at the end of the slope. If it's the top of a mountain, however, they may end up miles away from each other. They could bounce off rocks; one could get stuck in a snow bank while the other continues down the slope; one could enter a river and get swept away. The fact that even a tiny initial difference can have a significant overall impact is known as the butterfly effect. <br>The purpose of this passage is