Logo

Logic: Deductive and Inductive

Large book cover: Logic: Deductive and Inductive

Logic: Deductive and Inductive
by

Publisher: Project Gutenberg
ISBN/ASIN: B00264GNEA
Number of pages: 417

Description:
Logic is the science that explains what conditions must be fulfilled in order that a proposition may be proved, if it admits of proof. When propositions are expressed with the universality and definiteness that belong to scientific statements, they are called laws; and laws, so far as they are not laws of quantity, are tested by the principles of Logic, if they at all admit of proof.

Home page url

Download or read it online for free here:
Download link
(multiple formats)

Similar books

Book cover: A Second Course in LogicA Second Course in Logic
by - University of Cincinnati
This book is for anyone who has had a solid introductory logic course and wants more. Topics covered include soundness and completeness for first-order logic, Tarski's theorem on the undefinability of truth, Godel's incompleteness theorems, etc.
(11911 views)
Book cover: The Art of Logical ThinkingThe Art of Logical Thinking
by - The Progress company
By the employment of the reasoning faculties of the mind we compare objects presented to the mind as percepts or concepts, taking up the raw materials of thought and weaving them into complex mental fabrics which we call abstract ideas of truth.
(11984 views)
Book cover: Studies and Exercises in Formal LogicStudies and Exercises in Formal Logic
by - The Macmillan Company
In addition to a detailed exposition of certain portions of Formal Logic, the following pages contain a number of problems worked out in detail and unsolved problems, by means of which the student may test his command over logical processes.
(4084 views)
Book cover: forall x: An Introduction to Formal Logicforall x: An Introduction to Formal Logic
by
An introduction to sentential logic and first-order predicate logic with identity, logical systems that influenced twentieth-century analytic philosophy. The book should help students understand quantified expressions in their philosophical reading.
(17291 views)