65 is the sum of those ten numbers.......6.5 is the midpoint...........fractal patterns..................and 6.5 * 10 = 65.....................powers of ten................................level 4 of Pascal's triangle.......is 1331.........r.s..............11 cubed..........11 + 3 = 14...........like 14i.................I did the math in an imaginary way.............................11 to the zero power is one...........................the 1st level............11 to the one is 11.............the 2nd level...................................between zero and 1............................is 1/2.........their average..............and the midpoint..................................2 - 11..........ten numbers...........connects both single digit primes..........and double digit primes.........and single digit numbers and double digit numbers..........non primes..............10 and 11...........are both in double digits..........one of each..........one prime, one non prime.............4 and 6.............are the 1st two non primes..........period........discounting zero and one ..........for the moment............which of course are numbers............but in many regards are special cases..............b/c all numbers...........are scaled versions.........of one,...........unity..........or distances from zero on the number line............the origin............4 and 6..............................contained in level 5 of Pas triangle.........like 28/6............the 2nd perfect number divided by the 1st perfect number..............is 4.666...........like F's 1st constant.............cascading.......period 2..........doubling.........................



Pascal's Triangle

One of the most interesting Number Patterns is Pascal's Triangle (named after Blaise Pascal, a famous French Mathematician and Philosopher).
To build the triangle, start with "1" at the top, then continue placing numbers below it in a triangular pattern.

Each number is the numbers directly above it added together.
(Here I have highlighted that 1+3 = 4)

Patterns Within the Triangle