From Wikipedia: "As of January 2010, the record is almost 2.7 trillion digits."
The digits of pi are known to more than a trillion (1012) digits, but it is impossible to state all of them in this forum.
Integers with trailing 0s are ambiguous. There are at least two significant digits but, if the number is known to be accurate to the nearest integer, there are 4
One. Although integers ending in 0 are ambiguous. If the number is known to be accurate to the nearest ten, for example, then there are 3 significant digits.
6
That many digits are not known. Even the known digits are so many that it is not practical - nor useful - to list them.
As of October 2011, the record was ten trillion digits.
From Wikipedia: "As of January 2010, the record is almost 2.7 trillion digits."
The decimal representation of pi, as of late 2011, is over 10 trillion (1013) digits.
The decimal representation of pi, as of late 2011, is over 10 trillion (1013) digits.
The digits of pi are known to more than a trillion (1012) digits, but it is impossible to state all of them in this forum.
Integers with trailing 0s are ambiguous. There are at least two significant digits but, if the number is known to be accurate to the nearest integer, there are 4
Significant digits refer to the number of digits that are known versus the number of digits that are estimated. So if the number 20 is an approximation, there is only one significant digit, which is the 2. However, if 20 is accurate to the ones place, then there are 2 significant digits. 20.00 has four significant digits, because it is known that the number is accurate down to the hundredths place.
One. Although integers ending in 0 are ambiguous. If the number is known to be accurate to the nearest ten, for example, then there are 3 significant digits.
Significant digits.
6 digits
As of August 2017, the largest known prime number is 2^74,207,281 − 1, a number with 22,338,618digits.