History of Pythagoras' Theorem

Before the theorem was named after a significant father, it was designed by the Babylonians. This theorem was mainly used by Babylonians to survey their land. This group started by using clay tablets to jot down their measurements for constructing buildings. Si.427 is a 3,700-year-old artifact preserved from the Babylonians as a clay tablet. Archaeologists have claimed that Si.427 is the oldest example of Applied Geometry. With the exposition being off from writing on clay tablets, it was the start of this evolution. However, it wasn’t as well known until a specific Greek came into the picture, Pythagoras.

On the Greek island of Samos, Pythagoras entered the world. From 560 B.C. to 495 B.C., Pythagoras spent his years becoming an important figure in our present. According to students who have written about him, he was a mathematician, philosopher, speaker, teacher, musician, and religious leader. He was the individual who properly explained each aspect of this method. Essentially, he became the expert who is credited for this fundamental and was named after him. Not only did Pythagoras share his studies of the theorem, but he also discovered the translation of musical sounds to mathematical equations and ratios; the reason string instruments have certain sizes of string. Including finding out that the Earth isn’t flat but spherical, rotates around the biggest star, and many more.

Pythagoras' Theorem in Areas

People who do agricultural activities for a living, such as gardening in all forms, may have used Pythagoras' Theorem. When looking out into a field or a planter box to take; no matter the size, you will have to measure it if you want perfection. Agriculturalists, speaking of farmers, florists, and environmentalists, among others, have all encountered this during the process. These occupations dealing with planting on a certain surface would have to draw lines and determine the amount they are willing to take over. This is where Pythagoras' Theorem comes into play. Agriculturalists are in charge of taking care of the efficacious solutions and methods of plants. Outcomes of this can include an increase in clean air and water.