Jackpot Frequency Playbook: Bet the Numbers That Smash the Odds and Hit the Rollovers. Jaq M.C. Roth

Jackpot Frequency Playbook:  Bet the Numbers That Smash the Odds and Hit the Rollovers - Jaq M.C. Roth


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      JACKPOT FREQUENCY PLAYBOOK

      Bet the Numbers that Smash the Odds and Hit the Rollovers

      By Jaq roth

      © Jackpot Frequency Playbook 2012 Jaq Roth

      All rights reserved.

      Jackpot Frequency Playbook has been registered for Copyright application filed 02-21-12.

      Published in eBook format by eBookIt.com

       http://www.eBookIt.com

      ISBN-13: 978-1-4566-0762-3

      No part of this book may be reproduced in any form or by any electronic or mechanical means including information storage and retrieval systems, without permission in writing from the author. The only exception is by a reviewer, who may quote short excerpts in a review.

      For J and R proving Z wrong!

      Fathoming the Impossible

      Lottery draws excite us with unfathomable possibilities and like most recreational gamblers who pick their own numbers I had relatively no idea how to beat the odds or chose winning sequences, but aware that whatever we have to work with is usually everything we need to succeed, I studied the random selections of the games I played as ball positions and that was all it took to discover a brand new way to select winning jackpot numbers. Teasing an inherited fascination for combinational perplexities, I analyzed the performances of draw games, and noticed a frequency link in the rollovers many more times a year than the jackpots matched by winners. I began to examine the decades of bi-weekly lotto draw games becoming both fascinated and compelled by the occurrence and when I applied the frequency to double matrix pools I observed something very exciting happening as two to six numbers matched in extraordinary configurations.

      Most players who fathom their own tickets sequence six numbers from structured play pools hoping to hit the jackpot, expecting to win something. 6-pick games are designed to attract millions of “win something” players, offering bonus play balls and sequence multipliers that make the consolation prizes more appealing. Many more players match the 3, 4 and 5 balls, than 5, 6 or 7 balls, but I knew if I could identify the source, I could develop a selection formula that would change the way we played the game to win a 6 of 6 as often as a 4 of 6.

      In spite of the seemingly impossible prospect of hitting a mega jackpot more than once in a lifetime, I continued to work with the idea that each draw position was one of six balls with a play pool and pivots linking its frequency. When I started to work through the possibilities I gathered megabytes of proof that ball aligned numbers were the essential connecting dots long before I had any idea how to synchronize an ascending 6 of 6 jackpot. And then I realized that most lottery win systems are based on sorting tables that shuffle selected numbers to reflect the disorderliness of random draws, but regardless of published formulas, wheeled jackpots are few are far between as most draws roll for weeks or even months at a time before a simulated match is hit.

      Traditional lottery analysis focuses on the amount of times and in what association numbers are drawn and in so doing attention is directed at the most and least popular numbers to play. During each televised draw there’s a consortium of non repeat numbered balls in the draw chambers, so players see this as the play pool, and pick five, six or seven. However, lottery machines generate sequences as every possible six, five, four, three, two and one ball win arrangement for every position creating multi-millions of any which way choices, but while testing new possibilities, certain I was on the brink of cracking the random draw code, my interest was further accelerated by a pool matrix ambiguity. With these exciting results I was reminded of the laws of order and natural selection, and as position established itself as the proof, I felt a compelling need to study stock market buy/sell triggers. At first the technical jargon was a blur of text with graphs predicting shuffles and waves until I came across the term, “extreme pivots” and suddenly all the dots started to connect. Within weeks of further study once unknown terms, not only held my attention they made sense, and then the penny dropped with the connection of elementary math taught in second grade.

      Could mastering lottery really be 1,1,2,3, easy? In technical trading, the Golden Rule is created by taking two extreme points and dividing the vertical distance by the percentile ratios. Once these levels are measured, horizontal lines are drawn and used to identify support and resistance levels. These five standard ratios play an important role in tracking market trends, and I used them as elementary factors in the workings of a new lottery jackpot formula. I knew I was on to something extraordinary, but for the purpose of selecting numbers, it was not the summation sequences that inspired the workings of a formula as the mathematical relationship expressed as retraced ratios between the numbers in the series. At this point it was the repeated occurrence of a “six by nineteen frequency” that spurred my curiosity and as soon as I grouped the numbers and highlighted where and when they linked, it was easy to watch the results match billions over decades as jackpot rollovers.

      Between observing this frequency and configuring new possibilities, I became irritated by how complicated things can get when match probabilities are mathematically calculated in sequencing problems where all likely outcomes are evenly possible and the likelihood of a direct hit is determined by identifying the number of anticipated wins divided by the total playable combinations. For Lotto there are four to five configurations that will win a cash prize. For lottery there are nine to thirteen, and for each of these the odds of winning equals the number of winning combinations for that sequence divided by the total number of ways the bonus ball(s) can be configured. With all these bases covered, no wonder we gasp at the prospect of reducing these odds to the right side of possible.

      By commercial intent pool matrix’s are structured to increase the odds to impossible millions because the more rollovers the bigger the jackpot and the bigger the jackpot, the more tickets sold. Thankfully, these odds are counterbalanced by natural selection and if you know what to look for, draw histories are a coded tapestry of interlinked patterns. The jackpot frequency although different in each game is present in every, and matched $1.6 billion in rollovers for 6/59; €2.9 billion for 6/90; and £3.6 billion for 6/49. Double matrix pools are easy to link when you know how to identify and apply the frequency, yet it is the interwoven draw history that crafts the alignment of each game. The jackpot frequency that matched $4.8 billion for 5/59+1/35; matched £2.9 billion for 5/50+2/11; $8.5 million for 5/39+1/19; and $2.1 billion for 5/56+1/46. It’s exciting to learn that each game has its own unique jackpot frequency that will match 10 to 30, elusive 6’s each draw year.

      I used to bet with lucky numbers and win nothing, then I played two different games using five of the most popular lottery win systems on the market without matching anything over 4 balls, but as soon I saw the matrix ambiguity and increased the play pools it prompted uncommon thinking to expand an intent to by-pass the calculated odds, because as soon as you think in terms of position pools, your win attitude shifts and the game rules change. Nothing compares as this linked frequency propelled with ecstatic efficiency, quadruples the probability of matching multiple wins, and becomes the tool for interpreting the otherwise unfathomable ways of pick 6 and 7 jackpots.

      You will need:

      Draw history for each pool matrix, a Fibonacci calculator and lots of Uncommon sense!

      6/15 FORMULA

      Number frequencies are tallied in ball position. Ball positions pools have extreme pivot pairs. Pivot pairs represent highest and lowest numbers drawn. Between each pivot pair is a play pool population. Extreme ranges are retraced creating each pillar core. Five retraced degrees link to construct each ball pillar. One pillar of fifteen numbers link each of the six balls. Ascending alignment counterbalances random odds.

      POOL MATRIX 5/39 + 1/19

      The player selects five numbers which can be any integer from 1 to 39

      The player selects one bonus number which can be any integer from 1 to 19


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