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Doctrine of Chances, The

The Doctrine of Chances, by Abraham de Moivre, is frequently considered the first textbook on probability theory. Its subject matter is suggested by the book's subtitle, namely, A Method of Calculating the Probabilities of Events in Play. Here “play” signifies games involving dice, playing cards, lottery draws, and so forth, and the “events” are specific outcomes, such as throwing exactly one ace in four throws.

De Moivre was a French Protestant who escaped religious persecution by emigrating to London. There he associated with some of the leading English scientists of the day, including Edmund Halley and Isaac Newton (to whom The Doctrine of Chances was dedicated). At age 30 de Moivre was elected to the Royal Society and much later was similarly honored by scientific academies in both France and Prussia. Yet because he never succeeded in procuring an academic position, he was obliged to earn a precarious livelihood as a private tutor, teacher, and consultant and died in severe poverty. These adverse circumstances seriously constrained the amount of time he could devote to original research. Even so, de Moivre not only made substantial contributions to probability theory but also helped found analytical trigonometry, discovering a famous theorem that bears his name.

To put The Doctrine of Chances in context, and before discussing its contributions and aftermath, it is first necessary to provide some historical background.

Antecedents

De Moivre was not unusual in concentrating the bulk of his book on games of chance. This emphasis was apparent from the very first work on probability theory. The mathematician Gero-lamo Cardano, who was also a professional gambler, wrote Liber de ludo aleae (Book on Games of Chance), in which he discussed the computation of probabilities. However, because Cardano's work was not published until 1663, the beginning of probability theory is traditionally assigned to 1654. In that year Blaise Pascal and Pierre de Fermat began a correspondence on gaming problems. This letter exchange led Pascal to write Traité du triangle arithmétique (Treatise on the Arithmetical Triangle), in which he arranged the binomial coefficients into a triangle and then used them to solve certain problems in games of chance. De Moivre was evidently among the first to refer to this geometric configuration as Pascal's triangle (even though Pascal did not really introduce the schema).

In 1657 Christian Huygens published Libellus de ratiociniis in ludo aleae (The Value of All Chances in Games of Fortune), an extended discussion of certain issues raised by Pascal and Fermat. Within a half century, Huygens's work was largely superseded by two works that appeared shortly before de Moivre's book. The first was the 1708 Essai d'analyse sur les jeux de hasard (Essay of Analysis on Games of Chance) by Pierre de Montmort and Ars Conjectandi (The Art of Conjecturing) by Jakob (or James) Bernoulli, published posthumously in 1713. By the time de Moivre wrote The Doctrine of Chances, he was familiar with all these efforts as well as derived works. This body of knowledge put him in a unique position to create a truly comprehensive treatment of probability theory.

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