Phil 2321 • Fall 2007
Logic II
Course Description
There are many logics (theories of valid reasoning). This course will provide an intermediate grounding in PL and QL (classical propositional logic and classical quantifier logic); it will examine some of the fundamental assumptions of classical logic (bivalence, truth-functionality, formalizability); and it will attend to the power and limitations of logic (the soundness, completeness, incompleteness, and undecidability theorems).
Students will learn, through lectures and practice, how to translate into formal logic and how to apply semantic, syntactic, and meta-logical methods to evaluating the validity of arguments.
Required Textbooks
John Nolt & alia. Schaum's Outline of Logic, 2/e. McGraw-Hill, 1998.
Dale Jacquette, ed. A Companion to Philosophical Logic. Blackwell, 2002/2006.Grading and Policies
Because the material in this course proceeds cumulatively, it is especially critical that you attend regularly and keep up with the work. Make-ups for exams will be permitted only in the most dire and documented cases. For undergraduates: there will be six exams. They will contribute to your final grade as follows: 15%, 15%, 15%, 15%, 20%, 20%. For grad students: same exams as for undergrads, plus a classroom presentation; see me.
Schedule
Date Topic Reading Notes Week of Aug 21 Introduction
Nolt ch 1, 2
Week of Aug 28 PL Tables
Nolt ch 3.1-3.6
Test 1 Thurs
Week of Sept 4 Functional Completeness
Jacquette ch 3
Week of Sept 11 PL Trees
Nolt ch 3.7
Week of Sept 18 PL Trees; Intuitionism
Jacquette ch 33, 32
Test 2 Thurs
Week of Sept 25 PL Proofs
Nolt ch 4
Week of Oct 2 PL Proofs
Nolt ch 4
Week of Oct 9 Multi-valued Logics
Jacquette ch 10
Test 3 Thurs
Week of Oct 16 Set Theory
Nolt ch 6
Week of Oct 23 QL Translations
Nolt ch 6
Week of Oct 30 QL Translations
Jacquette ch 40, 4
Test 4 Thurs
Week of Nov 6 QL Trees
Nolt ch 7
Week of Nov 13 QL Proofs
Nolt ch 11
Week of Nov 20 Formal Arithmetic
Nolt ch 11
No class Thurs.
Week of Nov 27 Decidability; Godel
Jacquette ch 24
Test 5 Tues
Dec 11, 2-5:00 Final Exam Syllabus subject to change.
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