I can't provide pi to one billion places directly, but I can tell you that pi (π) is an irrational number, meaning it has an infinite number of non-repeating decimal places. For practical purposes, it is often approximated as 3.14159 or represented in calculations with fewer decimal places. If you need pi to many digits, there are various online resources and software available that can provide it to a billion places or more.
It's the floor of pi*1000000000.
1989.
Pi has been calculated to over 100 billion decimal places. This answer format cannot display more than a few thousand of the digits.(The term "digits" includes the number 3 at the start.) * See the related links to the 1 million and 1 billion-plus sites
See the Related Links section below.
As of April 1999, 68.7 billion places had been calculated. As of September 1999, 206 billion places had been calculated.
It's the floor of pi*1000000000.
1989.
See the Related Links section below.
Pi has been calculated to over 100 billion decimal places. This answer format cannot display more than a few thousand of the digits.(The term "digits" includes the number 3 at the start.) * See the related links to the 1 million and 1 billion-plus sites
As of April 1999, 68.7 billion places had been calculated. As of September 1999, 206 billion places had been calculated.
It's pi not pie not enough room here for a billion places
1 billion and 1 significant figures, 1 billion and 2 characters.
This is a shortened approximation of 3.141592..... For ease of learning and general calculations, 'pi' is approximated to ' 3.14' or ' 3.1416 '. 'pi' is an irrational number, which means the decimals go to infinity AND there is no regular order in the decimal digits. 'Supa-Dupa' Computers have calculated 'pi' to 50 billion places and still going. So to calculate a circles circumference or area using a decimal of 50 billion + places is almost impossible.
3.1414926535897932384626433832795
The computer! Though why anyone wants pi toso many significiant figures is another matter.
either two million, 39, 48,000, or 6 billion
In April 1999, Yasumasa Kanada and Daisuke Takahashi calculated pi to 68.7 billion places. In September 1999 they improved that to just over 206 billion.The current record (in May 2016) is 13.3 trillion.