Abstract
Coming at the end of the Renaissance period and some 100 years after the Reformation, the mid-seventeenth century is generally regarded by historians as part of the early modern epoch. We should not, however, infer from this label that for Britain it was a time of stability in its political institutions or sophistication in its financial institutions. England spent the middle of the seventeenth century at war with the Netherlands, Scotland, Ireland and itself. The country recovered quickly from the tyranny of Cromwell’s Commonwealth; the arrival of King William III from the Netherlands in 1689 brought peace with the Netherlands but still more wars in Europe, this time with France. In the second half of the seventeenth century, England lagged behind some of northern Europe, and most notably the Netherlands, in the sophistication of its financial systems. King William imported Dutch practices in the raising of long-term government funding, and his costly wars had much use for them.
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Notes
- 1.
See Hacking (1975) Chapter 1 for a survey of ancient probabilistic thinking and a discussion of what may have limited it.
- 2.
A total of ten can be produced by six distinct combinations: 6, 3, 1; 6, 2, 2; 5, 3, 2; 5, 4, 1; 4, 4, 2; 4, 3, 3. A total of nine can be produced by the six distinct combinations: 6, 2, 1; 5, 3, 1; 5, 2, 2; 4, 4, 1; 4, 3, 2; 3, 3, 3.
- 3.
Huygens (1657).
- 4.
See, for example, Section 1.3, Daston (1988) for a scholarly discussion of the legal doctrine of equity and its influence on the development of mathematical expectation.
- 5.
Chapter II, Todhunter (1865).
- 6.
Cox et al. (1979).
- 7.
Francis (1853).
- 8.
Infants that have not yet been christened.
- 9.
The mortality rates implied by Graunt’s survival table increase after age 56, but this arises due to rounding of the number of remaining survivors from a pool that begins with the arbitrary total of 100 (‘for men do not die in exact proportions nor in fractions’) rather than by explicit design.
- 10.
- 11.
See Homer and Sylla (1996), p. 112.
- 12.
De Witt (1671).
- 13.
1 − 28/30 = 6.7 %; and 1 − 126/128 = 1.6 %.
- 14.
Halley (1693).
- 15.
Hacking (1975), p. 113.
- 16.
Price (1772), Essay IV.
- 17.
Hacking (1975), Chapter 13, p. 111.
- 18.
Ogborn (1953), Phillips in Discussion, p. 196.
- 19.
Chapter IX, Homer and Sylla (1996).
- 20.
Homer and Sylla (1996) p. 127.
- 21.
Francis (1853), Chapter 3, p. 55.
- 22.
Leeson (1968), p. 1.
- 23.
Leeson (1968), p. 1.
- 24.
Daston (1988), p. 139.
- 25.
Chapter IV, Walford (1868).
- 26.
Francis (1853), p. 59.
- 27.
- 28.
Price (1772), p. 105.
- 29.
Stigler (1986).
- 30.
Todhunter (1865).
- 31.
De Moivre (1718).
- 32.
De Moivre (1724).
- 33.
Stigler (1986), p. 84.
- 34.
De Moivre (1724).
- 35.
Chapter IX, Francis (1853).
- 36.
Part A of Supple (1970) provides an excellent account of the establishment and early growth of Royal Exchange Assurance.
- 37.
See, for example, Section 3.4.2, Daston (1988).
- 38.
Bernoulli (1738).
- 39.
De Morgan (1838), Chapter V, p. 101.
- 40.
Samuelson (1960).
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Turnbull, C. (2017). Probability and Life Contingencies, 1650–1750: The First One Hundred Years. In: A History of British Actuarial Thought. Palgrave Macmillan, Cham. https://doi.org/10.1007/978-3-319-33183-6_1
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