A Japanese psychiatrist memorized 83,431 digits of pi. This man is Akira Haraguchi.
So far it's been calculated to well over a trillion decimal places ! The final answer will never be known - since the value of Pi is a never-ending number that (up to now) doesn't exhibit any repetitive sequence of digits. Theoretically, someone could calculate the number for the rest of their lives and never reach a final solution !
To assess the number of significant digits in a number, you first have to find the greatest non-zero digit. In this case it is the first five which represent 500. The next step is to simply count how many digits there are after this number. In this case, there are 4 more digits. Thus the number 500.95 has been given to 5 significant digits.
1.2411 trillion digits (1,241,100,000,000) digits of pi have been dicovered. * * * * * 1.2 trillion? That is ancient history! Pi is a transcendental number and so its decimal representation has infinitely many digits. Ten trillion digits in its decimal form were calculated in October 2011. See link for details.
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1.2411 trillion digits (1,241,100,000,000) digits of pi have been dicovered.
as of October 17, 2011, the record for pi is over 10 trillion digits (10,000,000,000,000)
how many Mayan codices have been discovered
too many
The new prime number, 2 multiplied by itself 57,885,161times, less one, has 17,425,170 digits.
In 1870, 63 elements had been discovered.
There are approximately 4.66 years in 1701 days.
The ruins of seven cities have been discovered in Delhi.
The pilgrims landed at Plymouth Rock, Mass. in 1620. So by 1701 there were many settlements in the colonies. I do not know what specific groups of colonists came to the new land in 1701.
There is 60 minutes in an hour so divide 1701 by 60. You will get 28 and 21/60. Therefore, 1701 minutes = 28 hours 21 minutes
No-one knows, they haven't been discovered
An infinite number. As of late 2011, over 10 trillion (1013) digits have been computed.