Horse racing is one of the oldest known ?sports?, jockeys have been racing horses and chariots for thousands of years. Even today, people all over the world are using the internet to place bets on horse races. There are various horse racing systems that claim they can predict the outcome of races and mathematicians the world over have been fascinated by the prospect of finding a horse racing system that can accurately predict the outcome of a race. New horse racing systems use everything from the ?law of averages? to a horse's past history to calculate the outcome of races.



It is important to understand that not all horse racing systems are alike; each horse racing system has its unique calculation method. A typical horse racing system takes into account more than just a horse's past performance while calculating the probability of a horse winning. Horse racing systems utilise complex mathematical equations to calculate the probability of a horse winning, and once the probability has been calculated, horse racing systems then takes into account other factors like the horse's competition, experience and also if the horse is on a winning or loosing streak.

Mathematics plays a vital role in all major horse racing systems, and some new horse racing systems are based on horse racing systems that were postulated by math geniuses like Fibonacci. What is equally true is that maths only helps calculate the probability of a horse winning; a horse racing system incorporates the probability with other factors to produce results.

To better understand horse racing systems, let's assume three horses X, Y and Z are racing each other. A typical horse racing system will take into account each horse's racing record, the condition of the racing track and also the head-to-head stats of each horse. For example, if X has the most number of wins but has lost every time it has competed with Z, the probability of Z winning the race is higher. In addition, if Y is currently on a winning spree and has won the last 4 races, there is a high probability that Y might beat Z and X on its current form.

As mentioned earlier in the article, horse racing systems are so complex that mentioning every single detail will take forever. However, there is one other factor that usually upsets most calculations, the ?law of averages?. The ?law of averages? states that the probability of any event occurring decreases with every successful event. For example, the chances that a horse will win 3 races in a row are lower than a horse winning 2 races in a row and so on. The law of averages is so arbitrary and ill defined, that some new horse racing systems do not take into account at all, while others factor it into their calculations.

Horse racing systems are available in a variety of forms, some websites offer horse racing systems that directly provide users the most likely winner. While other websites offer ebooks that give detailed instructions on how a user should place bets.

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