Most people believe that it is impossible to actually predict a winning number in roulette because each turn does not follow any type of pattern. In a way, that is true, but it does not mean that there is no roulette prediction formula to increase the chances of winning. There are various mathematical equations that one can use in order to win at the game with high accuracy.
Now, one disclaimer to take note of is that there is no one hundred percent winning strategy that one can use in the casino. What these strategies can do is that they just try to give an edge so that one has higher chances of winning. Even if one wins a number of times, there will still definitely be some losses that go along with it.
The first method that a lot of people usually try to learn would be the unbalanced wheel method. Coined by amateur mathematician William Jaggers, the slight tilt of the wheel will be able to give one an advantage. According to Jaggers, the number at which the ball will land on will most likely be somewhere in the direction where the wheel is tilted so the best thing to do is bet on those numbers.
Another method would be through some physics calculations. Now, the theory behind this method would be that a change in velocity or the rate of velocity in which the ball moves in the wheel would usually determine where the ball might end up landing. What scientist Henri Poincare did is that he calculated the initial velocity of the movement and found patterns in what area the ball falls in at different initial velocity rates.
Eventually, another scientist whose name is Richard Epstein, contradicted the statement of Poincare and instead stated that the angular velocity was the most important factor. According to him, initial velocity did not count much for predicting the ball movement unlike angular velocity did. He also stated that tilted wheels gave a better winning chance with this method.
While these were all important historically, the more modern versions of these theories lie within the experiment of Michael Small and Chi Kong Tse. As per the research of Small, the initial conditions would play a big role on where the ball would land. In fact, he stated that by knowing the initial conditions, it is possible to get a win rate of 59%.
Small mentioned that the first thing one must do would count how many seconds it takes for the ball to make one full round. With that, one will be able to get a calculation of the overall velocity of the wheel. By doing this, one would be able to predict which half the wheel will land on.
According to Small, it is also much better to know where exactly the ball will land on titled tables. So if ever the table is not straight and one knows which side the wheel will choose to rest on, then the chances of winning are even higher. With that, it is possible to make a winning bet.
Now, one disclaimer to take note of is that there is no one hundred percent winning strategy that one can use in the casino. What these strategies can do is that they just try to give an edge so that one has higher chances of winning. Even if one wins a number of times, there will still definitely be some losses that go along with it.
The first method that a lot of people usually try to learn would be the unbalanced wheel method. Coined by amateur mathematician William Jaggers, the slight tilt of the wheel will be able to give one an advantage. According to Jaggers, the number at which the ball will land on will most likely be somewhere in the direction where the wheel is tilted so the best thing to do is bet on those numbers.
Another method would be through some physics calculations. Now, the theory behind this method would be that a change in velocity or the rate of velocity in which the ball moves in the wheel would usually determine where the ball might end up landing. What scientist Henri Poincare did is that he calculated the initial velocity of the movement and found patterns in what area the ball falls in at different initial velocity rates.
Eventually, another scientist whose name is Richard Epstein, contradicted the statement of Poincare and instead stated that the angular velocity was the most important factor. According to him, initial velocity did not count much for predicting the ball movement unlike angular velocity did. He also stated that tilted wheels gave a better winning chance with this method.
While these were all important historically, the more modern versions of these theories lie within the experiment of Michael Small and Chi Kong Tse. As per the research of Small, the initial conditions would play a big role on where the ball would land. In fact, he stated that by knowing the initial conditions, it is possible to get a win rate of 59%.
Small mentioned that the first thing one must do would count how many seconds it takes for the ball to make one full round. With that, one will be able to get a calculation of the overall velocity of the wheel. By doing this, one would be able to predict which half the wheel will land on.
According to Small, it is also much better to know where exactly the ball will land on titled tables. So if ever the table is not straight and one knows which side the wheel will choose to rest on, then the chances of winning are even higher. With that, it is possible to make a winning bet.
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