Diagrams (4169 to 4193 of 5537)

Source	Date (min⁠–⁠max)	Aristotelian Family	B.C. (min⁠–⁠max)	Geometric Shape
Is There a Formula to Express the Disparatae Medieval Sentences? A Positive Answer, p. 333, by Campos Benítez, Juan Manuel	2017	Buridan Sigma-4	5–6	Octagon
Is There a Formula to Express the Disparatae Medieval Sentences? A Positive Answer, p. 333, by Campos Benítez, Juan Manuel	2017	Buridan Sigma-4	5–6	Hexagon
Is There a Formula to Express the Disparatae Medieval Sentences? A Positive Answer, p. 334 , by Campos Benítez, Juan Manuel	2017	Buridan Sigma-4	5–6	Octagon
Is There a Formula to Express the Disparatae Medieval Sentences? A Positive Answer, p. 334, by Campos Benítez, Juan Manuel	2017	Buridan Sigma-4	5–6	Octagon
Is There a Formula to Express the Disparatae Medieval Sentences? A Positive Answer, p. 335, by Campos Benítez, Juan Manuel	2017	Buridan Sigma-4	5–6	Octagon
Is There a Formula to Express the Disparatae Medieval Sentences? A Positive Answer, p. 336, by Campos Benítez, Juan Manuel	2017	Degenerate Sigma-2 with Unconnectedness 4	4	Rectangle
Is There a Formula to Express the Disparatae Medieval Sentences? A Positive Answer, p. 337, by Campos Benítez, Juan Manuel	2017	Degenerate Sigma-2 with Unconnectedness 4	4	Rectangle
The Logical Burdens of Proof. Assertion and Hypothesis, p. 527, by Chiffi, Daniele; Schang, Fabien	2017	Sherwood-Czeżowski Sigma-3	4	Hexagon
The Logical Burdens of Proof. Assertion and Hypothesis, p. 528, by Chiffi, Daniele; Schang, Fabien	2017	Sherwood-Czeżowski Sigma-3	4	Hexagon
The Open Future Square of Opposition: a Defense, p. 575, by Hess, Elijah	2017	Classical Sigma-2	3	Rectangle
Assertions and hypotheses: A logical framework for their opposition relations, p. 135, by Carrarra, Massimiliano; Chiffi, Daniele; De Florio, Ciro	2017	Classical Sigma-2	3	Rectangle
Assertions and hypotheses: A logical framework for their opposition relations, p. 141, by Carrarra, Massimiliano; Chiffi, Daniele; De Florio, Ciro	2017	Sherwood-Czeżowski Sigma-3	4	Hexagon
Assertions and hypotheses: A logical framework for their opposition relations, p. 143, by Carrarra, Massimiliano; Chiffi, Daniele; De Florio, Ciro	2017	Sherwood-Czeżowski Sigma-3	4	Hexagon
The Singular Square: Contrariety and Double Negation from Aristotle to Homer, p. 144, by Horn, Laurence	2017	Classical Sigma-2	3	Rectangle
The Singular Square: Contrariety and Double Negation from Aristotle to Homer, p. 170, by Horn, Laurence	2017	Classical Sigma-2	3	Rectangle
The Singular Square: Contrariety and Double Negation from Aristotle to Homer, p. 170, by Horn, Laurence	2017	Classical Sigma-2	3	Rectangle
The Singular Square: Contrariety and Double Negation from Aristotle to Homer, p. 171, by Horn, Laurence	2017	Classical Sigma-2	3	Rectangle
The Singular Square: Contrariety and Double Negation from Aristotle to Homer, p. 171, by Horn, Laurence	2017	Classical Sigma-2	3	Rectangle
The Singular Square: Contrariety and Double Negation from Aristotle to Homer, p. 172, by Horn, Laurence	2017	Classical Sigma-2	3	Rectangle
The Singular Square: Contrariety and Double Negation from Aristotle to Homer, p. 173, by Horn, Laurence	2017	Classical Sigma-2	3	Rectangle
The Singular Square: Contrariety and Double Negation from Aristotle to Homer, p. 173, by Horn, Laurence	2017	Classical Sigma-2	3	Rectangle
The Singular Square: Contrariety and Double Negation from Aristotle to Homer, p. 173, by Horn, Laurence	2017	Classical Sigma-2	3	Rectangle
The Singular Square: Contrariety and Double Negation from Aristotle to Homer, p. 176, by Horn, Laurence	2017	Classical Sigma-2	3	Rectangle
Lie-toe-tease: double negatives and unexcluded middles, p. 94, by Horn, Laurence	2017	Classical Sigma-2	3	Rectangle
Lie-toe-tease: double negatives and unexcluded middles, p. 95, by Horn, Laurence	2017	Classical Sigma-2	3	Rectangle