In terms of calculating pi, one can use random points in a square with an inscribed circle. By determining what proportion of these points lie within the circle relative to the total points in the ...

Later that century, Sir Isaac Newton — in one of his many achievements — used his binomial theorem to quickly calculate the value of pi up to 16 decimal places. Next came the Gregory-Leibniz series, ...

Infinite series are the way to go to calculate pi. Polygonal approximations are nice, but inefficient. ... rather I want to talk about infinite series that help us compute π.

A C implementation of the James Gregory series for calculating π (pi). This project demonstrates the convergence of π through an infinite series and serves as an educational example of mathematical ...

The development of infinite series techniques in the 16th and 17th centuries greatly enhanced people’s ability to approximate pi more efficiently. An infinite series is the sum (or much less ...

To calculate pi a little bit more precisely, replace the red ball with one that is 100 times less massive than the blue ball – a ping pong ball might work, so we will call this the white ball.

Swiss researchers at the University of Applied Sciences Graubünden this week claimed a new world record for calculating the number of digits of pi – a staggering 62.8 trillion figures.