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I. INTRODUCTION
I. INTRODUCTION
*[[Elements of Symbolic Logic/§ 1. Logic and language| § 1. Logic and language]]
* [[Elements of Symbolic Logic/1. Logic and language| § 1. Logic and language]]
* § 2. Language
* [[Elements of Symbolic Logic/2. Language|§ 2. Language]]
* § 3. Different levels of language
* § 3. Different levels of language
* § 4. Instrumental usage of language
* § 4. Instrumental usage of language

Revision as of 09:44, 27 August 2010

Elements of Symbolic Logic
written by Hans Reichenbach
1946.



PREFACE

I. INTRODUCTION

II. THE CALCULUS OF PROPOSITIONS

  • § 6. Propositional operations
  • § 7. Truth tables
  • § 8. Survey of possible operations. Tautologies
  • § 9. Interpretation of tautological operations as connective operations
  • § 10. Reduction of operations to other operations
  • § 11. Derivations
  • § 12. The rule of substitution
  • § 13. The rule of replacement
  • § 14. The rule of inference
  • § 15. Secondary rules of inference
  • § 16. Remarks on the method of derivation

III. THE SIMPLE CALCULUS OF FUNCTIONS

  • § 17. Propositional functions
  • § 18. Binding of variables
  • § 19. Negation of operators
  • § 20. The scope of an operator and the order of operators
  • § 21. Synthetic assertions containing free argument variables
  • § 22. Some concepts referring to functions
  • § 23. Truth characters of one-place functions
  • § 24. Definition of tautologies containing functions
  • § 25. The use of case analysis for the construction of tautologies in propositional functions
  • § 26. The rules of substitution and inference in the calculus of functions
  • § 27. The rule for free variables
  • § 28. Derivation of tautologies
  • § 29. Secondary rules
  • § 30. Derivations from synthetic premises
  • § 31. The formal and the material conception of language
  • § 32. The proof of consistency
  • § 33. Two objections against the proof of consistency
  • § 34. Logical evidence

V. THE CALCULUS OF CLASSES

  • § 35. Classes
  • § 36. The syllogism
  • § 37. The principle of abstraction
  • § 38. Classes of couples, triplets, and so on

VI. THE HIGHER CALCULUS OF FUNCTIONS

  • § 39. Functions of higher types
  • § 40. The antinomies and the theory of types
  • § 41. The technique of the higher calculus
  • § 42. The treatment of indefinite expressions
  • § 43. The relation of identity
  • § 44. The definition of number

VII. ANALYSIS OF CONVERSATIONAL LANGUAGE

  • § 45. The deficiencies of traditional grammar
  • § 46. Proper names
  • § 47. Descriptions
  • § 48. The problem of individuals
  • § 49. Fictitious existence
  • § 50. Token-reflexive words
  • § 51. The tenses of verbs
  • § 52. Classification of functions
  • § 53. Functions of higher types
  • § 54. Descriptional functions
  • § 55. Logical terms in a syntactical capacity
  • § 56. Logical terms in a semantical capacity
  • § 57. Logical terms in a pragmatic capacity
  • § 58. Extraneous terms
  • § 59. Classification of the parts of speech

VIII. CONNECTIVE OPERATIONS AND MODALITIES

  • § 60. Practical reasons for the introduction of connective operations
  • § 61. Formal characterization of connective operations
  • § 62. The logical nature of connective operations
  • § 63. Relative nomological statements
  • § 64. The semi-adjunctive implication
  • § 65. Modalities
  • § 66. Modal interpretation of connective operations


  • Exercises
  • Solutions
  • Index

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