Because Pi is known to be an irrational number it means that the digits never end or repeat in any known way. But calculating the digits of Pi has proven to be an fascination for mathematicians throughout history. Some spent their lives calculating the digits of Pi, but until computers, less than 1,000 digits had been calculated. In 1949, a computer calculated 2,000 digits and the race was on. Millions of digits have been calculated, with the record held (as of September 1999) by a supercomputer at the University of Tokyo that calculated 206,158,430,000 digits. (first 1,000 digits).
However, learning 3.141, is all that is necessary.
But you can go on and on, to infinity, and never find the exact circumference of a circle. I have only memorized 205 digits of pi; and yes I do use it to find the circumference of a circle.
1.2411 trillion digits (1,241,100,000,000) digits of pi have been dicovered.
there are 29 zeros in the first 200 digits of pi.
K
The decimal representation of pi, as of late 2011, is over 10 trillion (1013) digits.
There are 100230 '3's in the first million digits of pi.
1.2411 trillion digits (1,241,100,000,000) digits of pi have been dicovered.
The first 71 digits are: 3.141592653589793238462643383279502884197169399375105820974944592307816406286208998 There are many more; pi goes on forever.
There is 5 trillion digits of pi.
there are 29 zeros in the first 200 digits of pi.
pi is currently at 4 million digits
K
There are 116 1s in the first 1000 digits of pi.
And what use can you make of so many digits? 10-15 digits are more than enough for any practical calculation. Anyway, search Google for "digits of pi", and you'll get several places where pi is listed to many digits.
The decimal representation of pi, as of late 2011, is over 10 trillion (1013) digits.
There are 100230 '3's in the first million digits of pi.
The decimal representation of pi, as of late 2011, is over 10 trillion (1013) digits.
A Japanese psychiatrist memorized 83,431 digits of pi. This man is Akira Haraguchi.