A Catalogue of the Portsmouth Collection of Books and Papers Written by Or Belonging to Sir Isaac Newton: The Scientific Portion of which Has Been Presented by the Earl of Portsmouth to the University of Cambridge |
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Page v
Papers connected with the Principia . ' A. General ib . IX . B. Lunar Theory 5 X. C. Mathematical Problems 6 XI . Papers relating to the dispute respecting the invention of Fluxions ib . XII . Astronomy 9 XIII .
Papers connected with the Principia . ' A. General ib . IX . B. Lunar Theory 5 X. C. Mathematical Problems 6 XI . Papers relating to the dispute respecting the invention of Fluxions ib . XII . Astronomy 9 XIII .
Page vi
Letters from Halley to Newton on the first publication of the • Principia ' . VII . Letters of Halley to Newton about Comets ' Orbits * VIII . Letters of Halley to Newton and Molyneux , relating to the Chester Mint IX .
Letters from Halley to Newton on the first publication of the • Principia ' . VII . Letters of Halley to Newton about Comets ' Orbits * VIII . Letters of Halley to Newton and Molyneux , relating to the Chester Mint IX .
Page xi
Many of the Mathematical papers contain Newton's preparations for the Principia , and notes which spring out of questions that were started by his correspondents . It must be recollected that Newton practically gave up his mathematical ...
Many of the Mathematical papers contain Newton's preparations for the Principia , and notes which spring out of questions that were started by his correspondents . It must be recollected that Newton practically gave up his mathematical ...
Page xii
In the Principia he shows that if the moon's orbit be supposed to have no independent eccentricity , its form will be approximately an oval with the earth in the centre , the smaller axis being in the line of syzygies and the larger in ...
In the Principia he shows that if the moon's orbit be supposed to have no independent eccentricity , its form will be approximately an oval with the earth in the centre , the smaller axis being in the line of syzygies and the larger in ...
Page xv
It is well known that in the Principia Newton determines the form of the solid of least resistance , thus affording the first example of a class of problems which we now solve by means of the Calculus of Variations .
It is well known that in the Principia Newton determines the form of the solid of least resistance , thus affording the first example of a class of problems which we now solve by means of the Calculus of Variations .
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1st Edition action alchemical alloys angulus answer antimony apogee apparently April authors beginning bismuth Boyle Brewster calculation Cambridge chapters chemical Chronology collection Collins Comet concerning Conduitt containing copy correspondence Curves Draft Edition Edleston English erit experiments extracts Flamsteed Fluxions Fontenelle fragment Geometry given giving Halley infinitely intended interest Invenire John July June Latin lead Leibnitz letter lines Lord Lunae Lunar Theory March Mathematical method MISCELLANEOUS motion motum motus Newton Newton's hand notes observations Oldenburg orbe orbit papers partly portion Portsmouth prepared Principia printed probably PROP proposed Propositions published quam ratione receipts recipe references refraction relating remarks resistance result Royal Scrap seems Sept spirit sublimate Table Terra tract treatise University Varignon various written