These findings make it apparent that mathematics is purposeful. It is said that the flowers follow the sequence of Fibonacci to maximise their exposure to sunlight, which is obviously beneficial for the flower. Examples of this is the lily (3 petals), buttercups (5 petals) and daisy’s which have 34 petals. But they don’t.” (Planet Dolan, 2017).įinally, the placement of a flowers petals also follows Fibonacci’s sequence. Subsequently, after a few rotations, spiral arms should start to wind around a galaxy. According to the astronomers, “the radial arms should become curved as the galaxies rotate. After looking into this, I read about how the spiral galaxies does not fit the theories of astronomers. The milky way has several spiralled arms that follow in the Fibonacci sequence. Spiral Galaxies is another example of where Fibonacci’s sequence is apparent. But why do the sunflowers abide by Fibonacci’s theory? It has been suggested that the sunflowers can pack the maximum amount of seeds if it follows this particular sequence. The spirals of the seed pattern of the sunflower contain Fibonacci’s sequence. Fibonacci discovered that if he used squares with this sequence, it would make the perfect spiral.įibonacci’s golden spiral can be seen throughout nature, sunflowers is a clear example of this theory. This particular sequence starts at 0 then 1 then you add the two numbers before you get the next number in the sequence 0 1, 1, 2, 3, 5, 8, 13, 21, 34, 55, 89, 144 and so on. Fibonacci is known for the creation of many sequences, with the golden spiral being his most famous discovery. In our input with Anna, we were introduced to the Italian mathematician Fibonacci. 2017Throughout this module, there has been a reoccurring theme that maths is everywhere.
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