no
No.
The digits of pi neither repeat or end. They go on forever, but they do not repeat themselves. (Pi is a irrational number, it cannot be written as a fraction).
No. Pi is a transcendental number which is a kind of irrational number. It has an infinite decimal representation which does not end nor does it go into a recurring cycle. That does not mean that there are no repeated digits, it simply means that digits may repeat themselves for a little while but then continue in what appears to be a random pattern. Not only does it not have an infinite decimal representation, but infinite binary, ternary, etc representations.
There are unlimited digits in pi and they never repeat. The first few are 3.14159.......
There are short strings of digits which will repeat, but there is no sequence which will repeat forever.
3.14 has a finite number of digits. All numbers with a finite number of digits are rational. Pi has an infinite number of digits, AND the digits don't repeat in a regular pattern. (Numbers with repeating decimals are rational as well.)
Answer: No. Pi is irrational; we could never find the last digit, because the digits go on forever. Also, being irrational means that the digits don't repeat periodically.
Well, to mathematicians, they concluded that pi is irrational meaning that it shows no pattern and is infinite.Mathematicians have already found that there are over 4 trillion digits in pi...its infinite. pi starts with the 50 digits: 3.1415926535897932384626433832795028841971693993751...
The Guinness World Record holder for memorizing the most digits of pi is Rajveer Meena from India, who memorized 70,000 decimal places.
For short stretches, yes, certainly. For example, there are 9 stretches of a number repeating 6 or more times (eg 333333) in the first million digits. Similarly, you can get 212121. But sooner or later the pattern and its repeat diverge. For short stretches, yes, certainly. For example, there are 9 stretches of a number repeating 6 or more times (eg 333333) in the first million digits. Similarly, you can get 212121. But sooner or later the pattern and its repeat diverge. For short stretches, yes, certainly. For example, there are 9 stretches of a number repeating 6 or more times (eg 333333) in the first million digits. Similarly, you can get 212121. But sooner or later the pattern and its repeat diverge. For short stretches, yes, certainly. For example, there are 9 stretches of a number repeating 6 or more times (eg 333333) in the first million digits. Similarly, you can get 212121. But sooner or later the pattern and its repeat diverge.
How long would it take ypu to repeat/recite 50 billion digits or more.
Many people have memorized different-length portions of pi , but nobody has evermemorized all of pi , and nobody ever will, because pi can never be written downcompletely with digits.