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A Proof of Nominalism. An Exercise in Successful
A Proof of Nominalism. An Exercise in Successful

Propositional Logic
Propositional Logic

Proof and computation rules
Proof and computation rules

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overhead 7/conditional proof [ov]
overhead 7/conditional proof [ov]

Lecture 1: Elements of Mathematical Logic
Lecture 1: Elements of Mathematical Logic

Notes on `the contemporary conception of logic`
Notes on `the contemporary conception of logic`

Philosophy of Logic and Language
Philosophy of Logic and Language

... In one case, however, they can't: 'the largest even number'. In this case, the expression does not denote a natural number. ...
Completeness through Flatness in Two
Completeness through Flatness in Two

What is "formal logic"?
What is "formal logic"?

Handout for - Wilfrid Hodges
Handout for - Wilfrid Hodges

Curry`s Paradox. An Argument for Trivialism
Curry`s Paradox. An Argument for Trivialism

... by holding that (a) is both true and not true. More generally, he holds that the paradoxical sentences obtained from self-reference are dialetheiae. Priest’s dialetheism has been extensively criticized in the literature (for an overview of criticism see Berto 2007, part IV). In this paper we will no ...
Decidable fragments of first-order logic Decidable fragments of first
Decidable fragments of first-order logic Decidable fragments of first

... ψ[1, 1, i3 , . . . , il+2 ] is true in Text for not necessarily pairwise distinct numbers i3 , . . . , il+2 in {1, . . . , l + 2}. Then for any list of numbers b3 , . . . , bl+2 in Bn that are mutually distinct and differ from b, the table induced by b, b3 , . . . , bl+2 b n will be equal to Text wi ...
the theory of form logic - University College Freiburg
the theory of form logic - University College Freiburg

Analysis of the paraconsistency in some logics
Analysis of the paraconsistency in some logics

... satisfying, on this paper, Con1, Con2 and Con3 and a set of formulas. We will say that Γ is a theory of L if Γ ⊆ L. We will also say that Γ is closed if it contains all of its consequences (the converse of Con1.) For our purposes, F or is a numerable set of symbols from the language that contains ¬ ...
slides
slides

... A formula G is said to be a logical consequence of formulas F1 , F2 , . . . , Fn , notation F1 , . . . , Fn |= G , iff, for all interpretations I, if I |= F1 and . . . and I |= Fn then I |= G . Don’t get confused! The symbol |= is used in two different ways: I |= F F1 , . . . , Fn |= G In the first ...
Chapter 1
Chapter 1

Lectures on Laws of Supply and Demand, Simple and Compound
Lectures on Laws of Supply and Demand, Simple and Compound

Lesson 1 Contents - Headlee's Math Mansion
Lesson 1 Contents - Headlee's Math Mansion

... • Axiom – or a postulate, is a statement that describes a fundamental relationship between the basic terms of geometry ...
Philosophy of Language: Wittgenstein
Philosophy of Language: Wittgenstein

Chapter 7
Chapter 7

Logic and Resolution
Logic and Resolution

mathematical logic: constructive and non
mathematical logic: constructive and non

... However, if we agree here that a c proof ' of a sentence should be a finite linguistic construction, recognizable as being made in accordance with preassigned rules and whose existence assures the 'truth' of the sentence in the appropriate sense, we already have (II ), since the verification of (2) ...
Chapter 1 Logic and Set Theory
Chapter 1 Logic and Set Theory

... The relation between intuition and formal rigor is not a trivial matter. Intuition tells us what is important, what might be true, and what mathematical tools may be used to prove it. Rigorous proofs are used to verify that a given statement that appears intuitively true is indeed true. Ultimately, ...
Modus ponens
Modus ponens

< 1 ... 10 11 12 13 14 15 16 17 18 ... 23 >

Syllogism

A syllogism (Greek: συλλογισμός syllogismos, ""conclusion, inference"") is a kind of logical argument that applies deductive reasoning to arrive at a conclusion based on two or more propositions that are asserted or assumed to be true.In its earliest form, defined by Aristotle, from the combination of a general statement (the major premise) and a specific statement (the minor premise), a conclusion is deduced. For example, knowing that all men are mortal (major premise) and that Socrates is a man (minor premise), we may validly conclude that Socrates is mortal. Syllogistic arguments are usually represented in a three-line form (without sentence-terminating periods):All men are mortalSocrates is a manTherefore, Socrates is mortal
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