Very interesting !
If you write the counting numbers from 1 to 1,000,000,
you'll write the digit '9' exactly 600,000times.
There are 100229 threes and 100106 nines. A table of all the digit frequencies can be found at http://www.super-computing.org/pi-decimal_current.html
Not counting the 3 in the ones place, there are 100229 threes and 100106 nines.
About 100,000 of each.
There are approximately 11.88888889 nines in 107.
There are four nines in a deck of cards.
7 nines, with 5 left over.
There are six!
Whole nines: none.Nines, in fraction: infinitely many.Whole nines: none.Nines, in fraction: infinitely many.Whole nines: none.Nines, in fraction: infinitely many.Whole nines: none.Nines, in fraction: infinitely many.
four nines - with eight left over !
"The Law of Nines" by Terry Goodkind has approximately 528 pages.
There are two nines in 900. Each digit in a number represents a power of 10 based on its position. In the number 900, the first digit represents 9 hundreds, and the second digit represents 0 tens. Therefore, there are two nines in 900.
(7*100*101)/2 = 35,350 jpacs * * * * * What? How can there be 35,350 integers in the first 100 integers? There are 14 of them.