Wierd Formula ??: Abc Xx/P+C X/P - C (X+C)/P (X-C)/P

Reply #6

destinycreation — Tue, 08 Sep 2009 17:49:16 GMT

ACCORDING TO BIGDADDY'S POST ABOVE, WE STILL HAVE NOT CORRECTLY FIGURED OUT WHAT THE FORMULA STANDS FOR. THERE ARE DIFFERENT Pi FORMULAS ON THE MARKET, WITH DIFFERENT VALUES FOR THE VARIABLES (INTEGERS) INVOLVED.

WE STILL DO NOT KNOW FOR CERTAIN FACT THAT X IS THE LAST LOTTERY NUMBER DRAWN.

WE DO NOT KNOW WHAT ABC STANDS FOR.

IF C IS THE CIRCUMFERENCE OF A CIRCLE, THEN C = Pi, AND THE VALUE IS = 3.14159265358979323846

AND WHAT IS P ??? IF P ALSO STANDS FOR Pi, THEN P = C, WHICH WOUL... [ More ]

Reply #5

bigdaddy — Tue, 08 Sep 2009 13:29:39 GMT

the c is circumfrance of a circle the rest is just the pi formula...simple folks very simple

Reply #4

JADELottery — Mon, 07 Sep 2009 23:15:18 GMT

Someone sent me a Private Message a while back about this one. Please read my Private Message reply below:

____________________________________

Actually, it would help you if the formulae were written a little better. I've broken up each formula on a separate line. You start with a pervious pick 3 draw, x, and do a few separate calculations. As an example, let's do 298 and 871.

Here are the formulae, x x /p+c x/p-c (x+c) /p (x-c) /p, reordered and correctly written:

x (x / p) + c (x... [ More ]

Reply #3

kikie — Mon, 07 Sep 2009 18:47:18 GMT

You have to be good in math. This is really hard. even myself can't understand this shate

Reply #2

Todd — Tue, 25 Aug 2009 16:23:31 GMT

Reply #1

johnph77 — Mon, 24 Aug 2009 22:17:04 GMT

Both Crowley and Donahue are working with mysticism to obtain their numbers, and nowhere is it explained what the values of the variables are. The formulas themselves are not valid algebraic formulas.

Wierd Formula ??: Abc Xx/P+C X/P - C (X+C)/P (X-C)/P

destinycreation — Mon, 24 Aug 2009 21:26:56 GMT

CAN ANYONE EXPLAIN THE FORMULAS IN THIS THREAD PERTAINING TO AARON DONAHUE ????

https://www.lotterypost.com/thread/180365

FORMULA EXCERPTS:

x x/p+c x/p-c (x+c)/p (x-c)/p

a b c x x/p+c x/p-c (x+c)/p (x-c)/p

WHAT ARE THE VALUES FOR:

XX

ABC

P

C

X

THANKS.