Article ID: CBB000932571

Structures of Argument and Concepts of Force in the Aristotelian Mechanical Problems (2009)

unapi

Schiefsky, Mark J. (Author)


Early Science and Medicine: A Journal for the Study of Science, Technology and Medicine in the Pre-modern Period
Volume: 14
Pages: 43--67


Publication Date: 2009
Edition Details: Part of special issue: Evidence and Interpretation: Studies on Early Science and Medicine in Honor of John E. Murdoch
Language: English

I argue that the main goal of the Mechanical Problems, a short treatise transmitted in the Corpus Aristotelicum, is to explain the working of technology in terms of the concepts of Aristotelian natural philosophy. The author's explanatory strategy is to reduce the thirty-five "problems" or questions that he discusses to one or more of three simple models: the circle, balance, and lever. The conceptual foundation of this reduction program is a principle concerning circular motion, viz. that a point on the circumference of a larger circle moves more quickly than one on a smaller circle, assuming that the circles turn about the same center at the same angular speed. I analyze the author's argument for this principle and his application of it throughout the text, especially to the analysis of the lever. The main conclusions are (1) that the author's justification of the circular motion principle is based on an innovative geometrical analysis of motion, not on a highly theoretical conceptualization of force; and (2) while the author is aware of a reciprocal relationship between weights and distances from the fulcrum in the case of the lever, his explanation of this fact makes no reference to the conditions for static equilibrium.

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Description “I argue that the main goal of the Mechanical Problems, a short treatise transmitted in the Corpus Aristotelicum, is to explain the working of technology in terms of the concepts of Aristotelian natural philosophy.” (from the abstract)


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Article Newman, William R.; Sylla, Edith Dudley (2009) Introduction. Early Science and Medicine: A Journal for the Study of Science, Technology and Medicine in the Pre-modern Period (p. 1). unapi

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Authors & Contributors
Joshua Eisenthal
Sentesy, Mark
Simplicius of Cilicia
Pisano, Raffaele
Noble, Christopher Isaac
Merker, Anne
Journals
Studies in History and Philosophy of Science
Apeiron: Journal for Ancient Philosophy and Science
Early Science and Medicine: A Journal for the Study of Science, Technology and Medicine in the Pre-modern Period
Thomist: A Speculative Quarterly Review
Science in Context
Coincidentia: Zeitschrift für europäische Geistesgeschichte
Publishers
Boston College
Cornell University Press
Cambridge University Press
Concepts
Physics
Motion (physical)
Mechanics
Dynamics
Philosophy
Explanation; hypotheses; theories
People
Aristotle
Euclid
Hertz, Heinrich Rudolph
ibn Qurra, Thabit
Newton, Isaac
al-Isfizari, Abu Hamid
Time Periods
Ancient
18th century
19th century
17th century
Places
Greece
Rome (Italy)
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