Sunday, 4 October 2015

Unit 1 sec 4.2

However by thinking mathematically you can generate the pattern that corresponds to as many folds as you like. By two new lines at the right angles to each other. The first pair of new lines is to the right, the next pair to the left, and so on.
From a mathematically point of view, the pattern can be developed to correspond to infinitely many folds. It is no longer a collection of lines, but forms a filled-in-shape.
The word ‘fractal’ was coined by the French mathematician Benoit Mandelbrot to describe a shape that is irregular at all scales. Many fractal can be split into parts. A shape that has this property is said to be self-similar.
Fractal are also used in many practical situation, from modelling internet traffic and fluctuation in word stock markets, to medical research. Our own body contains a myriad of self-similar fractal systems: for instance, our circulatory systems have this structure.

Another surprising fact is that, despite the rough shape of the heighway dragon. In fact this can be done in several different ways. You can prove that the property was true for any number of odd numbers. You can look for mathematics in all kinds of situations: asking yourself the tantalising question ‘What would happen if…..’  

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