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See also: English astronomer, was See also: born at See also: Newbury in See also: Berkshire, on the 28th of See also: April 1774
.
After a tour in the unsettled parts of See also: North See also: America in 1796-1797, his journal of which was edited by See also: Augustus de See also: Morgan in 1856, he entered the See also: London Stock See also: Exchange in 1799
.
The successive publication of Tables for the Purchasing and Renewing of Leases (18o2), of The See also: Doctrine of See also: Interest and Annuities (18o8), and The Doctrine of See also: Life-Annuities and Assurances (181o), earned him a high reputation as a writer on life-contingencies; he amassed a See also: fortune through See also: diligence and integrity and retired from business in 1825, to devote himself wholly to astronomy
.
He had already, in 1820, taken a leading See also: part in the foundation of the Royal Astronomical Society ; and its gold medal was awarded him, in 1827, for his preparation of the Astronomical Society's See also: Catalogue of 2881 stars (See also: Memoirs R
.
Astr
.
See also: Soc. ii.)
.
The reform of the Nautical See also: Almanac in 1829 was set on See also: foot by his protests; he recommended to the See also: British Association in 1837, and in See also: great part executed, the reduction of See also: Joseph de Lalande's and Nicolas de Lacaille's catalogues containing about 57,000 stars; he superintended the compilation of the British Association's Catalogue of 8377 stars (published 1845); and revised the catalogues of Tobias Mayer, See also: Ptolemy, Ulugh Beg, Tycho Brahe, Edmund See also: Halley and Hevelius (Memoirs R
.
Astr
.
Soc. iv., xiii.)
.
His See also: notice of " See also: Baily's Beads," during an See also: annular eclipse of thesun on the 15th of May 1836, at Inch See also: Bonney in See also: Roxburghshire, started the See also: modern series of eclipse-expeditions
.
The phenomenon, which depends upon the inequalities of the See also: moon's See also: limb, was so vividly described by him as to attract an unprecedented amount of See also: attention to the totality of the 8th of See also: July 1842, observed by Baily himself at See also: Pavia
.
He completed and discussed H
.
See also: Foster's pendulum-experiments, deducing from them an See also: ellipticity for the See also: earth of 21q (Memoirs R
.
Astr
.
Soc. vii.); corrected for the length of the seconds-pendulum by introducing a neglected See also: element of reduction; and was entrusted, in 1843, with the reconstruction of the See also: standards of length
.
His laborious operations for determining the mean See also: density of the earth, carried on by See also: Henry
See also: Cavendish's method (1838-1842), yielded for it the authoritative value of 5.66
.
He died in London, on the 3oth of See also: August 1844
.
Baily's Account of the Rev
.
See also: John
See also: Flamsteed (1835) is of fundamental importance to the scientific See also: history of that See also: time
.
It included a republication of the British Catalogue
.
See J
.
See also: Herschel's Memoir of F
.
Baily, Esq
.
(1845), also prefixed to Baily's Journal of a Tour, with a See also: list of his writings; See also: Month
.
Not . R . Astr . Soc. xiv . 1844 . |
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