There are several infinite series. To find PI to x digits, evaluate each term to x+2 digits until the value is 0. Then round to x digits.
Study of circles. It was derived by mathematicians(Greek?) who developed an infinite series to describe it.
Pi has an infinite number of decimal places
There are different methods for estimating irrational numbers. For numbers like pi or e, there are infinite series which can be used to calculate their value to the required degree of accuracy. There are numerical methods - such as the Newton-Raphson iteration - for estimating roots of numbers.
The Egyptians calculated pi to be 3.16.
22 divided by 7 * * * * * That is an APPROXIMATE value of pi. The exact value cannot be calculated since pi is a transcendental number - a special kind of irrational number. It has an infinite decimal representation with no recurring pattern. That would be true in any base - binary, octal, or another base (other than pi itself, or a power of pi).
There are no repeating strings of values in pi.
Yes. Pi (π) is an an irrational number. Here are some of the digits: 3.141592653589793238462643383279502884197169399375105...
infinite number of digits after the decimal point -- pi does not have a finite value.
Pi written in decimal has an infinite number of decimals. The first digits are 3.14159265.
How many places do you want it figured to? 3.14159 is a fairly common answer, but the value of pi is infinite.
Yes; around 3.141592. The number is in actuality infinite and irrational.
There are various ways: most scientific calculators will give the value of pi to 8-10 decimal places. 3.14159 is sufficient for most normal calculations. Even 3.142 will suffice.There are very many infinite series which converge to pi or a simple function of pi. However, some converge very slowly and others are much more rapid. Search for infinite series for pi on the web for suggestions.