Use of the Golden Ratio in Our World

The more familiar Fibonacci Pisa Leonardo was born in Pisa, Italy, in 1175. He is known as the greatest mathematician in the Middle Ages. Fibonacci completed a book called Liber abaci in 1202 on how to perform arithmetic operations in decimal notation. Fibonacci himself discovered the sequence, but French mathematician Edouard Lucas offered Fibonacci the first series of numbers mentioned in his book. The actual name of the number. Since this discovery, Fibonacci numbers have been proven to be found in everything today.

This ratio has been discovered and rediscovered many times throughout history, and different names have been given. These ratios include phi, golden ratio, golden section, and sacred proportions. This ratio can be seen in many civilized buildings like Egyptian pyramids. For example, the ratio of the basic length and height of Giza's large pyramid is about 1.5717, which is close to this ratio. This ratio also applies to the Parthenon temple made by Greek sculptor and mathematician Phidias. Plato also considers this ratio to be the most common constraint in mathematical relations. Famous Greek scientists and mathematicians Euclid Euclid also linked the structure of pentagram to this ratio.

Throughout history, the ratio of rectangle width of 61803 39887 49894 84820 is considered to be the most preferable. This proportion is called the golden ratio by the Greeks. In the world of mathematics, this value is called "Phi" and was named after the Greek sculptor Phidias. The space between the rows forms a golden rectangle. This structure is a golden rectangle seen in Athens, Greece. Phidias is widely using his golden ratio in his sculpture. The external dimensions of the Parthenon temple in Athens was built around 440 BC, forming a perfect golden rectangle. In the plan under the Parthenon temple, how many golden rectangles can you find? You may need to print the chart and use the ruler to measure the distance