There is even more........the base ten number system................what I call the prime fund.........2 - 11................ten numbers..............kinda like .....11/10.........from Euler's product...........

Fractal patterns inside e..................the below is the 1st 16 numbers of e........like 17/16 from Euler's product........using the zero d...............17 + 16 = 33...............like 1/3.........from the harmonic s......1/3 = 0.3333..............................sig b/c the last 6...........6 being the 1st perfect number..............the 1st perfect number is 6....7/6..........from Euler's p.....with an s of 1..........the block of 6 number..............................the last 6 of the 1st 16..............is the same a a right triangle....................a 45/45 degree triangle..........whose two lesser sides.............are both 1.........and whose hyp is the square root of 2..........a 2 and an eleven...............1 and 1 .......put together.........like 2 - 11.....added end to beg........u get 5 13's..........13 is the 6th prime..................

2.718281828459045


459045

e (Euler's Number)

The number e is a famous irrational number, and is one of the most important numbers in mathematics.
The first few digits are:

2.7182818284590452353602874713527 (and more ...)

It is often called Euler's number after Leonhard Euler (pronounced "Oiler").

e is the base of the Natural Logarithms (invented by John Napier).
e is found in many interesting areas, so it is worth learning about.

Calculating

There are many ways of calculating the value of e, but none of them ever give a totally exact answer, because e is irrational (not the ratio of two integers).
But it is known to over 1 trillion digits of accuracy!
For example, the value of (1 + 1/n)ⁿ approaches e as n gets bigger and bigger:

n	(1 + 1/n)n
1	2.00000
2	2.25000
5	2.48832
10	2.59374
100	2.70481
1,000	2.71692
10,000	2.71815
100,000	2.71827