Michelangelo dan brown update#

If you divide the length of your shoulder to your fingers by the length of your elbow to your fingers you obtain phi again! Similarly, dividing the distance of your hip to toes by your knee to toes, not surprisingly, you get phi again.

However, what’s truly special is that if you divide the number of female bees by the number of male bees, you will always be left with phi! Isn’t that amazing? The Divine Proportion can also be seen outside of nature, inside our own bodies! “Where?”, you may ask. In a beehive, it is a known fact that the female bees always outnumber the male bees. Using this data, we will construct a graph with the index of the dividend on the x-axis and the quotient, up to 3 decimal places, on the y-axis:

Michelangelo dan brown update#

Rather than manually calculating the quotients, I made a simple python code to calculate the quotients for me:Ĭode: num_1 = 1 num_2 = 1 fib_no = update = 0 flag = 0 while update < 14: if flag = 0: num_1 += num_2 fib_no.append(num_1) flag = 1 elif flag =1: num_2 += num_1 fib_no.append(num_2) flag = 0 update += 1 print(fib_no) quo_list = for ind in range(0, len(fib_no)-1): quo = fib_no/fib_no quo_list.append(quo) print(quo_list) We can construct a graph to visualize this. In this sequence, if you divide each term by the term that precedes it, you will notice that the quotient slowly begins to approach phi.