Article ID: CBB001021999

The Early Application of the Calculus to the Inverse Square Force Problem (2010)

unapi

The translation of Newton's geometrical Propositions in the Principia intothe language of the differential calculus in the form developed by Leibniz and his followers has been the subject of many scholarly articles and books. One of the most vexing problems in this translation concerns the transition from the discrete polygonal orbits and force impulses in Prop. 1 to the continuous orbits and forces in Prop. 6. Newton justified this transition by lemma 1 on prime and ultimate ratios which was a concrete formulation of a limit, but it took another century before this concept was established on a rigorous mathematical basis. This difficulty was mirrored in the newly developed calculus which dealt with differentials that vanish in this limit, and therefore were considered to be fictional quantities by some mathematicians. Despite these problems, early practitioners of the differential calculus like Jacob Hermann, Pierre Varignon, and Johann Bernoulli succeeded without apparent difficulties in applying the differential calculus to the solution of the fundamental problem of orbital motion under the action of inverse square central forces. By following their calculations and describing some essential details that have been ignored in the past, I clarify the reason why the lack of rigor in establishing the continuum limit was not a practical problem.

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Authors & Contributors
Bradleya, Robert E.
Blanco Abellan, Mónica
Mariano Giaquinta
Charlotte Wahl
Wardhaugh, Benjamin
Sandifer, Charles Edward
Journals
Historia Mathematica
Journal for the History of Astronomy
Revue d'Histoire des Sciences
Journal Electronique d'Histoire des Probabilités et de la Statistique
Historia Scientiarum: International Journal of the History of Science Society of Japan
Cronos: Cuadernos Valencianos de Historia de la Medicina y de la Ciencia
Publishers
Città del Silenzio
Walter de Gruyter
Pantheon Books
P. Lang
La Città del Sole
Elsevier
Concepts
Mathematics
Calculus
Physics
Astronomy
Celestial mechanics
Geometry
People
Newton, Isaac
Bernoulli, Johann
Leibniz, Gottfried Wilhelm von
Wallis, John
Bernoulli, Jakob
Nieuwentijt, Bernard
Time Periods
18th century
17th century
19th century
Enlightenment
Places
Europe
Italy
France
England
Russia
Germany
Institutions
St. Petersburg Academy of Sciences
Royal Society of London
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