The Art of Logical Thinking; Or, The Laws of Reasoning — Themes and Context

(0 User reviews)   122
In Category - Logic
Atkinson, William Walker, 1862-1932 Project Gutenberg 2013 Not confirmed
Logic; Reasoning Readers of public-domain and historical texts
Project Gutenberg digital edition en

Edition facts

Words 37,300
Reading time 163 min
Text sections 4

For The Art of Logical Thinking; Or, The Laws of Reasoning — Themes and Context, the stored edition analysis reports 37,300 words, 2 hr 43 min estimated reading time, and 4 detected text sections.

The text analysis averages about 23.5 words per sentence, while the detected sections provide another way to judge how the source is divided.

Project Gutenberg metadata also associates the work with “Logic,” connecting these edition facts with the source record’s subject description.

Explore this collection

Compare your next read

These alternatives are selected using recorded categories and estimated reading time.

Search stored excerpts and compare books → Choose by your preferences →

How these choices and excerpts are prepared

Choices use stored catalog measurements. Estimates vary with reading speed. A shared category is a catalog label, not a claim that two books have the same argument or literary quality.

Search reads excerpt text stored with this catalog and links to its associated Gutenberg record. The connection is stored in the site database; this tool does not recheck that every excerpt is word-for-word identical to that external record. Excerpt search does not cover every chapter and does not verify historical publication dates.

Catalog snapshot checked: 2026-09-25. Coverage: 94 public books, 94 available source excerpts.

This editorial note examines how Atkinson's 1909 logic manual structures its exposition, using the opening definitions, the inductive reasoning example with magnets, and the closing discussion of induction's basis to guide a first reading.
Share

Read the complete public-domain text at its original source.

Read on Project Gutenberg

Atkinson opens The Art of Logical Thinking with a definition of reasoning as “the act, process or art of exercising the faculty of reason,” immediately distinguishing it from mere sense-knowledge. He quotes Brooks to frame reasoning as a “mental architect” that transforms sensory material into “temples of science and philosophy.” This architectural metaphor sets the tone for a methodical, step-by-step exposition.

The book’s structure is revealed in its table of contents: nineteen chapters moving from basic concepts (Reasoning, The Process of Reasoning) through Terms, Judgments, Propositions, and then to Inductive and Deductive Reasoning, Syllogisms, Analogy, and Fallacies. The excerpts show that Atkinson relies heavily on quoted authorities (Stewart, Brooks, Mill, Esser) and on worked examples—such as the magnet illustration—to clarify abstract principles.

Opening Definitions and the Architect Metaphor

The first chapter establishes reasoning as a faculty that “compares objects presented to the mind as percepts or concepts.” Atkinson borrows Brooks’s distinction between thought-knowledge and sense-knowledge, and the metaphor of a “mental architect” recurs in his language: reasoning “transforms the material furnished by the senses … into new products.” This framing is not merely decorative; it signals that the book will treat reasoning as a constructive, rule-governed activity. The reader should note how Atkinson layers definitions from multiple sources, building a composite picture rather than offering a single, original definition. This method—accumulating authoritative voices—is itself a demonstration of logical synthesis.

The Magnet Example as a Four-Step Model

In Chapter XI, Atkinson presents a concrete illustration of inductive reasoning using magnets. He breaks the process into four steps: Preliminary Observation (listing particular magnets that attract iron), Making of Hypotheses (inferring “All magnets attract iron”), Deductive Reasoning (applying the general rule to a new magnet via syllogism), and Verification (testing the hypothesis). This example is noteworthy because it explicitly shows how induction and deduction work together: induction generates the general law, deduction applies it, and verification checks the result. Atkinson also notes the axiom underlying induction: “What is true of the many, is true of the whole.” The magnet example is one of the few extended, concrete cases in the excerpts, making it a key touchstone for understanding his method.

The Role of Axioms and Authorities

Throughout the excerpts, Atkinson grounds his exposition in axioms and quotations from recognized logicians. For induction, he cites Esser’s formulation: “That which belongs or does not belong to many things of the same kind, belongs or does not belong to all things of the same kind.” He then ties the validity of induction to the assumption that “Nature’s laws and manifestations are regular, orderly and uniform.” This reliance on authority is a deliberate pedagogical strategy: the reader is introduced to the canonical statements of logical principles before seeing them applied. The book thus functions partly as a digest of nineteenth-century logical theory, with Atkinson as a synthesizer rather than an originator. Readers should pay attention to how each chapter begins with a definition or axiom before moving to explanation.

Contrasting Induction and Deduction

In the later excerpt, Atkinson distinguishes inductive from deductive reasoning by noting that deduction’s conclusion “is contained in the premises,” whereas induction “goes beyond the premises in so far as known facts are concerned.” He warns that a fallacy occurs when deduction “go beyond the premises as shown by the laws of the distribution of terms.” This contrast is central to the book’s structure: the early chapters on Terms, Judgments, and Propositions build the tools for deduction, while the middle chapters on Induction and Hypotheses develop the complementary process. The reader should observe how Atkinson repeatedly returns to the idea that both forms of reasoning are necessary, and that verification (the fourth step) bridges them. The book’s final chapters on Analogy and Fallacies likely extend this contrast by showing where reasoning can go wrong.

For a first reading, focus on Atkinson’s use of examples—especially the magnet—to see how he translates abstract axioms into procedure. Note that he rarely critiques the authorities he cites; his aim is to compile and clarify rather than to challenge. The book rewards readers who treat each chapter as a building block: the early definitions of “concept” and “term” are essential for following the later discussions of syllogisms and fallacies. Approach the text as a manual of logical mechanics, not a philosophical treatise.

I finished Atkinson’s little logic book last week, and the way he builds from simple observations to larger patterns kept coming back to me, almost like a quiet hum. It reminded me of something older and wilder in Early Greek Philosophy & Other Essays Collected Works, Volume Two — Reading Companion, where thinking itself feels like a first breath. That same slow unfolding, just more ancient and strange.

There are no reviews for this eBook.

0
0 out of 5 (0 User reviews )

Add a Review

Your Rating *
There are no comments for this eBook.

Reader reflection

Record your reading impressions

A brief reflection can help important ideas stay with you longer.

Your progress 0 / 10
1

What is your current status with this title?

2

Was reading this book enjoyable?

3

Is this a title you would suggest to others?

4

What was the reading difficulty like?

Related eBooks