It adopts a coloured template that determines all the possible combinations of numbers, as established by Pascal's rule.
Suppose a mini-lottery has 5 numbers, say 1 through 5, and two numbers are drawn to determine the winner. The pair, {1,2} is a possible bet as well as {4,3}. It is clear that the order of the numbers chosen does not matter, so betting on {5,2} is the same as betting on {2,5}. This is equivalent to the combination of 5 numbers taken 2 at time. We have learned from the Introduction to Combination post that 5 taken 2 at a time is equal to, and that can be verified from the table above. In the 6/42 lottery, 42 taken 6 is equal to. This means if we want a sure win, we must buy 5,245,786 tickets. The only secret to increase your chance of winning is to buy more tickets. The more tickets you buy, the higher your chance of winning. In the 6-42 lottery above, if you are going to buy 2, 622, 893 tickets, then you have a 50% chance of winning. That means that in two bets, you are likely to win one jackpot prize. This is equivalent to the combination of 5 numbers taken 2 at time. We have learned from the Introduction to Combination post that 5 taken 2 at a time is equal to, and that can be verified from the table above. In the 6/42 lottery, 42 taken 6 is equal to. This means if we want a sure win, we must buy 5,245,786 tickets. SORTED: The lottery is no longer a lottery thanks to a Brazilian maths whizz who claims to be able to predict which numbers will be drawn [GETTY]. Brazilian mathematician Renato Gianella argues there is a way of predicting which numbers are more likely to appear by following the patterns of the Law of Large Numbers. A MATHS whizz has claimed it is perfectly possible to predict the results of the lottery. Math formula wins $13 M in lottery. MOST of us believe winning lotto is down to the luck of the draw. But a syndicate of university professors and tutors in Britain thought it could also be related to the principles of mathematical probability…. A syndicate of mathematics professors in Britain develop a formula for picking lotto numbers. . In the 2/5 mini-lottery example above, we have two numbers chosen from a group of 5 numbers. This is equivalent to the combination of 5 numbers taken 2 at time. We have learned from the Introduction to Combination post that 5 taken 2 at a time is equal to, and that can be verified from the table above. In the 6/42 lottery, 42 taken 6 is equal to. This means if we want a sure win, we must buy 5,245,786 tickets. Mathematician claims probability CAN predict lottery numbers more likely to be drawn (but you may need a maths degree to work them out). 1  Renato Gianella says it is possible to predict winning lottery numbers. Combinations of certain numbers are more likely to win than others. So it’s about looking at the choices you’ve made as a whole rather than the individual numbers. Rather than saying there are 12.271.512 different possible combinations Gianella reduced it to 210 coloured templates, which represent all combinations. Lottery mathematics is used here to mean the calculation of the probabilities in a lottery game. The lottery game used in the examples below is one in which one selects 6 numbers from 49, and hopes that as many of those 6 as possible match the 6 that are randomly selected from the same pool of 49 numbers in the draw. Coverage is the percentage of a lottery's number space that is in play for a given drawing. As the UK game is now based on matching 6 numbers from a possible 59 (for the Jackpot), the odds of winning based on the formula above increase to 45,057,474/1. ‘The study is based on mathematics and probabilities theories applied to lottery drawings. It adopts a coloured template that determines all the possible combinations of numbers, as established by Pascal's rule. Combinations of certain numbers are more likely to win than others. So it’s about looking at the choices you’ve made as a whole rather than the individual numbers. Rather than saying there are 12.271.512 different possible combinations Gianella reduced it to 210 coloured templates, which represent all combinations. Not really. The mathematics are random by design. The closest thing to predicting lottery numbers from a spiritual perspective can be found here. But I suspect that those people capable of winning the lottery this way also know that they don't need the money; the Universe already provides everything they need or want. The Chance of Winning. Millions of people bet on lottery in each draw, so it is likely, that one or more would win. If 3 million people bet different combinations in one draw, that is equivalent to one person betting 3 million times which results to about 60% probability of winning. This is equivalent to the combination of 5 numbers taken 2 at time. We have learned from the Introduction to Combination post that 5 taken 2 at a time is equal to, and that can be verified from the table above. In the 6/42 lottery, 42 taken 6 is equal to. This means if we want a sure win, we must buy 5,245,786 tickets.
http://mathandmultimedia.com/2010/09/20/using-mathematics-to-win-the-lottery/ http://mathandmultimedia.com/2010/09/20/using-mathematics-to-win-the-lottery/ http://www.dailystar.co.uk/news/latest-news/370672/Maths-ace-claims-he-can-PREDICT-the-LOTTERY https://xenophilius.wordpress.com/2006/10/25/math-formula-wins-13-m-in-lottery/ http://mathandmultimedia.com/2010/09/20/using-mathematics-to-win-the-lottery/ http://www.dailymail.co.uk/sciencetech/article-2585157/You-CAN-predict-lottery-numbers-Brazilian-mathematician-claims.html https://en.wikipedia.org/wiki/Lottery_mathematics http://www.dailymail.co.uk/sciencetech/article-2585157/You-CAN-predict-lottery-numbers-Brazilian-mathematician-claims.html http://www.inwardquest.com/questions/5419/is-it-possible-to-predict-lottery-results-using-mathematics http://mathandmultimedia.com/2010/09/20/using-mathematics-to-win-the-lottery/
how to predict lottery numbers mathematically