Mathematics: The History of Pi

First, the ratio of pi to diameter is pi (Bennet, Burton, & Nelson, 2012). This is almost the same as 14159. In the form of an equation, π = C / d is calculated (Shell, 2013). Pi is also an irrational and transcendental number. This means that it will continue infinitely without repetition or pattern. Also, it can not be accurately expressed as a score, and the decimal point does not end (Shell, 2013). The history of pi is very difficult to understand. No one knows exactly who discovered it; they only know the hypothesis and coincidence.

This week will celebrate my favorite day - March 14th is the last Wednesday of Pi day. Pi is the perfect cycle. The familiarity and familiarity with our Pi comes primarily from our understanding of the usefulness of mathematics. Ππ of Pi or Greek letter is a mathematical constant equal to the ratio of circumference to diameter - C / d. It is the essence of each circle, which is approximately equal to 14. (Thus, Pi Day occurred on March 14, March 14, called March 14) Pi can not be completely described as an intersection of decimal notations that never ends, and it will be in permanent repeating mode It is not. This is an unreasonable number, but still other rational numbers are usually used to approximate it, like the score of 22/7.

Pi is probably the most famous and interesting mathematical structure in the world. From Babylonia to Egypt, from China to Baghdad, ancient mathematicians vigorously calculated pi to determine the area of ​​the circle. However, female mathematicians tend to be overlooked. However, gender does not define the pursuit of our knowledge. Indeed, in order to give meaning to the world and to ourselves, others insist that humans find patterns, prove theorems, and determine mathematical complexity. Both male and female mathematicians contribute to this process and their contribution should be celebrated with the same enthusiasm. After all, the pursuit of mathematical knowledge is infinite, just like the number of π