Book contents
- Frontmatter
- Foreword
- Acknowledgments
- Contents
- The Mystery of the Four-leaf Clovers
- A Fugue
- Tombstone Inscriptions
- The Two Lights
- MMM
- Acquiring Some Personal Items for MMM
- Difficulty in Explaining Relativity Theory in a Few Words
- Difficulty in Obtaining a Cup of Hot Tea
- Hail to Thee, Blithe Spirit
- C. D.
- Cupid's Problem
- The Lighter Life of an Editor
- The Two Kellys
- Some Debts
- Hypnotic Powers
- Founding the Echols Mathematics Club
- Meeting Maurice Fréchet
- Mathematizing the New Mathematics Building
- Finding Some Lost Property Corners
- The Tennessee Valley Authority
- How I First Met Dr. Einstein
- Catching Vibes, and Kindred Matters
- A Pair of Unusual Walking Sticks
- A New Definition
- Dr. Einstein's First Public Address at Princeton
- Parting Advice
- Two Newspaper Items and a Phone Call
- Wherein the Author Is Beasted
- The Scholar's Creed
- The Perfect Game of Solitaire
- The Most Seductive Book Ever Written
- The Master Geometer
- Sandy
- The Perfect Parabola
- Three Coolidge Remarks
- Professor Coolidge during Examinations
- Professor Coolidge's Test
- Borrowing Lecture Techniques from Admired Professors
- My Teaching Assistant Appointment
- A Night in the Widener Memorial Library
- The Slit in the Wall
- Nathan Altshiller Court
- An Editorial Comment
- Intimations of the Future
- A Rival Field
- A Chinese Lesson
- The Bookbag
- Running a Mile in Twenty-one Seconds
- Winning the 1992 Pólya Award
- A Love Story
- Eves' Photo Album
- A Condensed Biography of Howard Eves
- An Abridged Bibliography of Howard Eves' Work
The Perfect Game of Solitaire
- Frontmatter
- Foreword
- Acknowledgments
- Contents
- The Mystery of the Four-leaf Clovers
- A Fugue
- Tombstone Inscriptions
- The Two Lights
- MMM
- Acquiring Some Personal Items for MMM
- Difficulty in Explaining Relativity Theory in a Few Words
- Difficulty in Obtaining a Cup of Hot Tea
- Hail to Thee, Blithe Spirit
- C. D.
- Cupid's Problem
- The Lighter Life of an Editor
- The Two Kellys
- Some Debts
- Hypnotic Powers
- Founding the Echols Mathematics Club
- Meeting Maurice Fréchet
- Mathematizing the New Mathematics Building
- Finding Some Lost Property Corners
- The Tennessee Valley Authority
- How I First Met Dr. Einstein
- Catching Vibes, and Kindred Matters
- A Pair of Unusual Walking Sticks
- A New Definition
- Dr. Einstein's First Public Address at Princeton
- Parting Advice
- Two Newspaper Items and a Phone Call
- Wherein the Author Is Beasted
- The Scholar's Creed
- The Perfect Game of Solitaire
- The Most Seductive Book Ever Written
- The Master Geometer
- Sandy
- The Perfect Parabola
- Three Coolidge Remarks
- Professor Coolidge during Examinations
- Professor Coolidge's Test
- Borrowing Lecture Techniques from Admired Professors
- My Teaching Assistant Appointment
- A Night in the Widener Memorial Library
- The Slit in the Wall
- Nathan Altshiller Court
- An Editorial Comment
- Intimations of the Future
- A Rival Field
- A Chinese Lesson
- The Bookbag
- Running a Mile in Twenty-one Seconds
- Winning the 1992 Pólya Award
- A Love Story
- Eves' Photo Album
- A Condensed Biography of Howard Eves
- An Abridged Bibliography of Howard Eves' Work
Summary
A list of some of the principal requirements for a good game of solitaire would surely include:
I. The rules of the game should be few and simple.
II. The game should not require highly specialized equipment, so that it can be played almost anywhere and at almost any time.
III. It should be truly challenging.
IV. It should possess a number of interesting variations.
Judged by the above requirements, the Greeks of over 2000 years ago devised what can perhaps be considered a perfect game of solitaire—it might now be called the game of Euclidean constructions.
The rules of the game are given in the first three postulates of Euclid's Elements. These postulates read:
1. A straight line can be drawn from any point to any point.
2. A finite straight line can be produced continuously in a straight line.
3. A circle may be described with any center and distance.
These postulates are the primitive constructions from which all other constructions in the Elements are to be compounded. Since they restrict constructions to only those that can be made in a permissible way with straightedge and compass, these two instruments, so limited, are known as the Euclidean tools.
The first two postulates tell us what we can do with a Euclidean straightedge; we are permitted to draw as much as may be desired of the straight line determined by any two given points.
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- Mathematical Reminiscences , pp. 119 - 124Publisher: Mathematical Association of AmericaPrint publication year: 2001