What formula can be used to calculate lucky colored balls? Learn it.

I wonder if the formula of AC value is useful to you? AC value, that is, the arithmetic complexity of numbers, was put forward by world-famous lottery experts and mathematicians Norbert Hai Zi and Hans Valley Town. It can measure the rationality of betting number combination and guide lottery players to make scientific and reasonable bets. In actual combat, by correctly judging the AC value and optimizing the number selection combination, not only can the number be accurately selected, but also a lot of betting funds can be saved, and the effect is very obvious. Take the lottery as an example, its AC value is equal to the positive difference of any two numbers in any group of numbers minus (R- 1). R stands for the number of lottery numbers. Since there are six red balls in the lottery number of the two-color ball, the value of R is equal to 6. For example, in 2007, the red ball lottery numbers of the two-color ball issue 2007 149 were 0 1, 17, 19, 22, 28, 30, Then the difference of all positive numbers between these six numbers is:17-1=19-1= 654385 28-17 =1/kloc-. Kloc-0/9 = 3 28-19 = 9 30-19 = 65438. There are 13 different differences, which are 2, 3, 5, 6, 8, 9,1/kloc. And R=6, then R- 1=5. AC value =13-(r-1) =13-5 = 8. For another example, in 2003, the red ball lottery numbers of the 200300 1 issue of the two-color ball were: 10, 16, 12, 13, 26 and 28, so all the positive differences between these six numbers were:/. AC value =9-(R- 1)=9-5=4. In the two-color ball game, AC value 4 is a relatively small number. In fact, the AC value of most red ball number combinations is much greater than 4. According to the combination of red ball numbers, the AC value will be different. The minimum value of AC in the red ball number combination is 0 and the maximum value is 10. According to the frequency and probability statistics of each AC value in the two-color ball, we find that the AC values with the highest probability of occurrence are 6, 7, 8 and 9, and the sum of them reaches 82%. The probability of AC value below 5 is very low, which can hardly be considered, indicating that the AC value of two-color ball is generally high. If the AC value of a group of red ball numbers is smaller, it means that its arithmetic complexity is lower, then the regularity of this group of numbers is stronger, but the probability of appearing in the actual lottery is lower. In actual combat, we summed up a rule: if the AC value of a lottery number is relatively small in a certain period, then the AC value will rebound rapidly in the next period. For example, in the statistics of the 705 two-color ball lottery, the AC value of 4 was opened 20 times. After each appearance, the AC value of the next lottery number is generally one of 6, 8, 10, especially 6, 10. If we can seize this opportunity in actual combat, it will provide great value for accurately analyzing every betting number. In fact, the appearance of this feature is also directly related to the theoretical appearance probability of each AC value. We counted the AC values of 705 lottery numbers from 200300 1 to 2008034, and found that the actual probability of each AC value is very close to the theoretical probability. Therefore, in actual combat, the occurrence range of AC value can be analyzed according to its theoretical probability. Rational thinking starts with learning /index.aspx? aid = 10 1 1 1

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