Pourciau, Bruce H. (Author)
Newton certainly regarded his second law of motion in the Principia as a fundamental axiom of mechanics. Yet the works that came after the Principia, the major treatises on the foundations of mechanics in the eighteenth century—by Varignon, Hermann, Euler, Maclaurin, d’Alembert, Euler (again), Lagrange, and Laplace—do not record, cite, discuss, or even mention the Principia’s statement of the second law. Nevertheless, the present study shows that all of these scientists do in fact assume the principle that the Principia’s second law asserts as a fundamental axiom in their mechanics. (For what that second law asserts, we rely on Newton’s own testimony.) Some, like Varignon and Hermann, assume the axiom implicitly, apparently unaware that any assumption is being made, while others, like Maclaurin and Euler, assume the axiom explicitly, apparently unaware that the assertion assumed is the second law as Newton himself understood it. But in every case these scientists employ the principle asserted by the Principia’s second law fundamentally, unaware that they should be citing Neutonus, Prin., Phil. Nat. Math., Lex II.
...More
Article
Olivier Darrigol;
(2020)
Deducing Newton’s second law from relativity principles: A forgotten history
(/isis/citation/CBB773667166/)
Chapter
Huggett, Nick;
(2012)
What Did Newton Mean by “Absolute Motion”?
(/isis/citation/CBB001500345/)
Chapter
Maltese, Giulio;
(2006)
On the Changing Fortune of the Newtonian Tradition in Mechanics
(/isis/citation/CBB000774503/)
Article
Raffaele Pisano;
Danilo Capecchi;
(2013)
Conceptual and Mathematical Structures of Mechanical Science in the Western Civilization around the 18th century
(/isis/citation/CBB235135400/)
Article
Janiak, Andrew;
(2010)
Substance and Action in Descartes and Newton
(/isis/citation/CBB001221446/)
Chapter
Pietro Daniel Omodeo;
(2015)
Riflessioni sul moto terrestre nel Rinascimento: tra filosofia naturale, meccanica e cosmologia
(/isis/citation/CBB678565435/)
Chapter
Ken'ichi Takahashi;
(2015)
On the Need to Rewrite the Formation Process of Galileo's Theory of Motion
(/isis/citation/CBB656990481/)
Chapter
Patricia Radelet-de-Grave;
(2015)
La chute des corps, le mouvement des corps célestes et l'unification des mondes
(/isis/citation/CBB951522195/)
Article
Pourciau, Bruce;
(2004)
The Importance of Being Equivalent: Newton's Two Models of One-Body Motion
(/isis/citation/CBB000470254/)
Chapter
Roux, Sophie;
(2006)
Découvrir le principe d'inertie
(/isis/citation/CBB001024285/)
Article
Andrea Reichenberger;
(2018)
Émilie Du Châtelet's Interpretation of the Laws of Motion in the Light of 18th Century Mechanics
(/isis/citation/CBB343461153/)
Book
Capecchi, Danilo;
(2014)
The Problem of the Motion of Bodies: A Historical View of the Development of Classical Mechanics
(/isis/citation/CBB001551071/)
Article
Nikos Kanderakis;
(2014)
What is the Meaning of the Physical Magnitude ‘Work’?
(/isis/citation/CBB890533689/)
Article
Katherine Brading;
Marius Stan;
(2021)
How Physics Flew the Philosophers' Nest
(/isis/citation/CBB008141627/)
Article
Maltese, Giulio;
(2000)
On the Relativity of Motion in Leonhard Euler's Science
(/isis/citation/CBB000740281/)
Article
Nozawa, Satoshi;
(2006)
Johann Bernoulli's Mechanics: Reevaluation Based on the “Loix de la Communication du Mouvement”
(/isis/citation/CBB000630943/)
Book
Suisky, Dieter;
(2009)
Euler as Physicist
(/isis/citation/CBB000954470/)
Article
Borgato, Maria Teresa;
(2008)
Della caduta dei corpi lanciati in alto: Canterzani, Sebastiano
(/isis/citation/CBB000933191/)
Article
Belkind, Ori;
(2013)
Leibniz and Newton on Space
(/isis/citation/CBB001320865/)
Article
Dyck, Maarten Van;
Verelst, Karin;
(2013)
“Whatever Is Neither Everywhere Nor Anywhere Does Not Exist”: The Concepts of Space and Time in Newton and Leibniz
(/isis/citation/CBB001320861/)
Be the first to comment!