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See also:
In that See also:year he drafted the instructions which were sent by the town of See also:Braintree to its representatives in the Massachusetts
legislature, and which served as a See also:model for other towns in draw-
See also:ing up instructions to their representatives; in See also:August 1765 he contributed anonymously four notable articles to the See also:Boston See also:Gazette (republished separately in See also:London in 1768 as A Dissertation on the See also:Canon and Feudal Law), in which he argued that the opposition of the colonies to the Stamp Act was a See also:part of the never-ending struggle between See also:individualism and corporate authority; and in See also:December 1765 he delivered a speech before the See also:governor and See also:council in which he pronounced the Stamp Act invalid on the ground that Massachusetts being without See also:representation in See also:parliament, had not assented to it
.
In 1768 he removed to Boston
.
Two years later, with that degree of
moral courage which was one of his distinguishing characteristics, as it has been of his descendants, he, aided by See also:Josiah Quincy, Jr., defended the See also:British soldiers who were arrested after the "Boston See also:Massacre," charged with causing the See also:death of four persons, in-habitants of the See also:colony
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The trial resulted in an acquittal of the officer who commanded the detachment, and most of the soldiers; but two soldiers were found guilty of See also:manslaughter
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These claimed benefit of See also:clergy and were branded in the See also:hand and released
.
Adams's upright and patriotic conduct in taking the unpopular See also:side in this See also:case met with its just See also:reward in the following year, in the shape of his See also:election to the Massachusetts See also:House of Representatives by a See also:vote of 418 to 118
.
John Adams was a member of the See also:Continental See also:Congress from 1774 to 1778
.
In See also:June 1775, with a view to promoting the See also:union of the colonies, he seconded the nomination of See also:Washington as See also:commander-in-See also:chief of the See also:army
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His influence in congress was See also:great, and almost from the beginning he was impatient for a separation of the colonies from Great See also:Britain
.
On the 7th of June 1776 he seconded the famous See also:resolution introduced by See also:Richard Henry See also:
In 1778 John Adams sailed for See also:France to supersede See also:Silas See also:Deane in the American See also:commission there
.
But just as he em-barked that commission concluded the desired treaty of See also:alliance, and soon after his arrival he advised that the number of commissioners be reduced to one
.
His See also:advice was followed and he returned See also:home in time to be elected a member of the See also:convention which framed the Massachusetts constitution of 178o, still the organic law of that See also:commonwealth
.
With James See also:Bowdoin and Samuel Adams, he formed a sub-committee which See also:drew up the first draft of that See also:instrument, and most of it probably came from John Adams's See also:pen
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Before this See also:work had been completed he was again sent to See also:Europe, having been chosen on the 27th of See also:September 1779 as See also:minister plenipotentiary for negotiating a treaty of See also:peace and a treaty of See also:commerce with Great Britain
.
Conditions were not then favourable for peace, however; the See also:French See also:government, moreover, did not approve of the choice, inasmuch as Adams was not sufficiently pliant and tractable and was from the first suspicious of See also:Vergennes; and subsequently See also:Benjamin Franklin, Thomas Jefferson, John See also:Jay and Henry See also:Laurens were appointed to co-operate with Adams
.
Jefferson, however, did not See also:cross the See also:Atlantic, and Laurens took little part in the negotiations
.
This See also:left the management of the business to the other three
.
Jay and Adams distrusted the See also:good faith of the French government
.
Outvoting Franklin, the? decided to break their instructions, which required them to `make the most candid confidential communications on all subjects to the ministers of our generous ally, the See also: This preliminary treaty was signed on the 3oth of See also:November 1782 . Before these negotiations began, Adams had spent some time in the Nether-lands . In July 178o he had been authorized to execute the . duties previously assigned to Henry Laurens, and at the See also:Hague was eminently successful, securing there recognition of the United States as an independent government (See also:April 19, 1782), and negotiating both a See also:loan and, in October 1782, a treaty of amity and commerce, the first of such See also:treaties between the United States and See also:foreign See also:powers after that of See also:February 1778 with France . In 1785 John Adams was appointed the first of a See also:long See also:line of able and distinguished American ministers to the court of St James's . When he was presented to his former See also:sovereign, See also:George III. intimated that he was aware of Mr Adams's lack of confidence in the French government . Replying, Mr Adams admitted it, closing with the outspoken sentiment: " I must avow to your See also:Majesty that I have no See also:attachment but to my own See also:country "—a phrase which must have jarred upon the monarch's sensibilities . While in London Adams published a work entitled A See also:Defence of the Constitution of Government of the United States (1787) . In this work he ably combated the views of See also:Turgot and other See also:European writers as to the viciousness of the See also:frame-work of the See also:state governments . Unfortunately, in so doing, he used phrases savouring of See also:aristocracy which offended many of his countrymen,—as in the See also:sentence in which he suggested that " the See also:rich, the well-born and the able " should be set apart from other men in a See also:senate . Partly for this See also:reason, while Washing-ton had the vote of every elector in the first presidential election of 1789, Adams received only See also:thirty-four out of sixty-nine . As this was the second largest number he was declared See also:vice-president, but he began his eight years in that office (1789-1797) with a sense of grievance and of suspicion of many of the leading men .
See also:Differences of opinion with regard to the policies to be pursued by the new government gradually led to the formation of two well-defined political See also:groups—the Federalists and the Democratic-Republicans—and Adams became recognized as one of the leaders, second only to See also: President John Quincy Adams was their eldest son . 1898) . (E . CH.) ADAMS, JOHN See also:COUCH (1819-1892), British astronomer, was born at Lidcot farmhouse, Laneast, See also:Cornwall, on the 5th of June 1819 . His father, Thomas Adams, was a See also:tenant farmer; his mother, Tabitha Knill Grylls, inherited a small See also:estate at Badharlick . From the See also:village school at Laneast he went, at the age of twelve, to See also:Devonport, where his mother's cousin, the Rev . John Couch Grylls, kept a private school . His promise as a mathematician induced his parents to send him to the university of See also:Cambridge, and in October 1839 he entered as a See also:sizar at St John's College . He graduated B.A. in 1843 as the See also:senior wrangler and first Smith's prizeman of his year . While still an under-See also:graduate he happened to read of certain unexplained irregularities in the See also:motion of the See also:planet See also:Uranus, and determined to investigate them as soon as possible, with a view to ascertaining whether they might not be due to the See also:action of a remote undiscovered planet . Elected See also:fellow of his college in 1843, he at once proceeded to attack the novel problem . It was this: from' the observed perturbations of a known planet to deduce by calculation, assuming only See also:Newton's law of See also:gravitation, the See also:mass and See also:orbit of an unknown disturbing See also:body . By September 1845 he obtained his first See also:solution, and handed to See also:Professor Challis, the director of the Cambridge See also:Observatory, a See also:paper giving the elements of what he described as " the new planet." On the 21st of October 1845 he left at See also:Greenwich Observatory, for the See also:information of See also:Sir George See also:Airy, the astronomer-royal, a similar document, still preserved among the archives . A fort-See also:night afterwards Airy wrote asking for information about a point in the solution . Adams, who thought the query unessential, did not reply, and Airy for some months took no steps to verify by telescopic See also:search the results of the young mathematician's investigation . Meanwhile, See also:Leverrier, on the loth of November 1845, presented to the French See also:Academy a memoir on Uranus, showing that the existing theory failed to See also:account for its motion . Unaware of Adams's work, he attempted a like inquiry, and on the 1st of June 1846, in a second memoir, gave the position, but not the mass or orbit, of the disturbing body whose existence was presumed . The See also:longitude he assigned differed by only '° from that predicted by Adams in the document which Airy possessed . The latter was struck by the coincidence, and mentioned it to the Board of Visitors of the Gbservatory, James Challis and Sir John See also:Herschel being See also:present . Herschel, at the ensuing See also:meeting of the British Association early in September, ventured accordingly to predict that a new planet would shortly be discovered . Meanwhile Airy had in July suggested to Challis that the planet should be sought for with the Cambridge See also:equatorial . The search was begun by a laborious method at the end of the See also:month . On the 4th and 12th of August, as afterwards appeared, the planet was actually observed; but owing to the want of a proper See also:star-See also:map it was not then recognized as planetary . Leverrier, still ignorant of these occurrences, presented on the 31st of August 1846 a third memoir, giving for the first time the mass and orbit of the new body . He communicated his results by See also:letter to Dr See also:Galle, of the See also:Berlin Observatory, who at once examined the suggested region of the heavens . On the 23rd of September he detected near the predicted place a small star unrecorded in the map, and next evening found that it had a proper motion . No doubt remained that " Leverrier's planet " had been discovered . On the announcement of the fact, Herschel and Challis made known that Adams had already calculated the planet's elements and position . Airy then at length published an account of the circumstances, and Adams's memoir was printed as an appendix to the Nautical See also:Almanac . A keen controversy arose in France and England as to the merits of the two astronomers . In the latter country much surprise was expressed at the apathy of Airy; in France the claims made for an unknown Englishman were resented as detracting from the See also:credit due to Leverrier's achievement . As the indisputable facts became known, the See also:world recognized that the two astronomers had in-dependently solved the problem of Uranus, and ascribed to each equal See also:glory . The new planet, at first called Leverrier by F . See also:Arago, received by See also:general consent the neutral name of See also:Neptune . Its mathematical prediction was not only an unsurpassed intellectual feat; it showed also that Newton's law of gravitation, which Airy had almost called in question, prevailed even to the utmost See also:bounds of the See also:solar system . The See also:honour of See also:knighthood was offered to Adams when See also:Queen See also:Victoria visited Cambridge in 1847; but then, as on a subsequent occasion, his modesty led him to decline it . The Royal Society awarded him its See also:Copley See also:medal in 1848 . In the same year the members of St John's College commemorated his success by See also:founding in the university an Adams See also:prize, to be given biennially for the best See also:treatise on a mathematical subject . In 1851 he became president of the Royal Astronomical Society . His See also:lay fellowship at St John's College came to an end in 1852, and the existing statutes did not permit of his re-election . But See also:Pembroke College, which possessed greater freedom, elected him in the following year to a lay fellowship, and this he held for the See also:rest of his life . In 1858 he became professor of See also:mathematics at St See also:Andrews, but lectured only for a session, when he vacated the See also:chair for the Lowndean professorship of See also:astronomy and See also:geometry at Cambridge . Two years later he succeeded Challis as director of the Observatory, where he resided until his death . Although Adams's researches on Neptune were those which attracted widest See also:notice, the work he subsequently performed in relation to gravitational astronomy and terrestrial See also:magnetism was not less remarkable . Several of his most striking contributions to knowledge originated in the See also:discovery of errors or fallacies in the work of his great predecessors in astronomy . Thus in 1852 he published new and accurate tables of the See also:moon's See also:parallax, which superseded J . K . See also:Burckhardt's, and supplied corrections to the theories of M . C . T . Damoiseau, G . A . A . Plana and P . G . D. de Pontecoulant . In the following year his memoir on the See also:secular See also:acceleration of the moon's mean motion partially invalidated See also:Laplace's famous explanation, which had held its place unchallenged for sixty years . At first, Leverrier, Plana and other foreign astronomers controverted Adams's result; but its soundness was ultimately established, and its fundamental importance to this See also:branch of See also:celestial theory has only developed further with time . For these researches the Royal Astronomical Society awarded him its See also:gold medal in 1866 . The great See also:meteor shower of 1866 turned his See also:attention to the Leonids, whose probable path and period had already been discussed by Professor H . A . Newton . Using a powerful and elaborate See also:analysis, Adams ascertained that this cluster of meteors, which belongs to the solar system, traverses an elongated See also:ellipse in 33,I-1 years, and is subject to definite perturbations from the larger See also:planets, See also:Jupiter, See also:Saturn and Uranus . These results were published in 1867 . Ten years later, when Mr . G . W . See also: |