Starting A Euclid Club
Jeremiah J. Brodkey
	A student-faculty group discusses the Elements.
	(889, 1996)  386 - 388

Mathematical Structures: Answering the "Why" Questions
Doug Jones and William S. Bush
	Axiomatic structures. Suggestions for teaching mathematical structure appropriate 
	for the secondary school.
	(889, 1996)  716 - 722

What Is a Quadrilateral?
Lionel Pereira-Mendoza
	An activity designed to develop an understanding of the role of 
	definitions in mathematics.  
	(86, 1993)   774 - 776

Formal Axiomatic Systems and Computer Generated Theorems
Michael T. Battista
	Using a microcomputer to develop an axiomatic system.
	75, (1982)  215 - 220.

Changing Postulates Can Provide Variety and Meaningful Learning
Donald Mahaffey
	Proving the uniqueness of parallel lines as a consequence of an
	S.A.S. similarity postulate.
	75, (1982)  677 - 679.

Developing Mathematics On A Pool Table
Thomas Ray Hamel and Ernest Woodward
	A mathematical system on a pool table, axioms, theorems and proofs.
	70, (1977)  154 - 163.

The Meaning Of Euclidean Geometry In School Mathematics
Edwin E. Moise
	Remarks by a geometry educator.
	68, (1975)  472 - 477.

Independence Of The Incidence Postulates
David C. Huffman
	A study of a set of incidence postulates.
	62, (1969)  269 - 277.

Mathematical Definition and Teaching
Henri Poincare
	A discussion of the role of definitions in mathematics.
	62, (1969)  295 - 304.

The "New Mathematics" In Historical Perspective
F. Lynwood Wren
	Definition 23 and postulates 1 - 5 of Book I of Euclid.
	62, (1969)  579 - 584.

A Proof Of The Space-Separation Postulate
Charles A. McComas
	Utilizing plane separation and plane intersection.
	61, (1968)  472 - 474.

Euclidean and Other Geometries
Bruce E. Meserve
	Euclidean, hyperbolic, spherical, and elliptic.
	60, (1967)  2 - 11.

On The Geometry Of Euclid
M. C. Gemignani
	Primarily concerned with Euclid's attempts to define point and line.
	60, (1967)  160 - 164.

Equivalent Forms Of The Parallel Postulate
Lucas N. H. Hunt
	Reprint from Euclides.  Equivalences and proofs.
	60, (1967)  641 - 652.

Aba Daba Daba
Betty Plunkett
	Independence of a postulate.
	59, (1966)  236 - 239.

Reflexive, Symmetric and Transitive Properties Of Relations
Dorothy H. Hoy
	Examples using lines in a plane.
	58, (1965)  201 - 210.

Mathematics From The Modern Viewpoint
Truman Botts and Leonard Pikaart
	Axiomatic development.
	54, (1961)  498 - 504.

Another View Of The Process Of Definition
Robert S. Fouch
	The importance of understanding definitions.
	48, (1955)  178, 186.

The Meaning Of Mathematics
C. E. Springer
	A discussion of the postulational method.
	48, (1955)  453 - 459.

Just What Is Mathematics
William  L. Schaff
	A bibliography of materials dealing with the nature and meaning
	of mathematics.
	46, (1953)  515 - 516.

Superposition
Philip S. Jones
	A letter discussing the problems involved in the use of superposition.
	45, (1952)  232 - 234.

An Interpretation and Comparison Of Three Schools Of Thought 
In The Foundations Of Mathematics
E. Russell Stabler
	Postulational, logical, and formalist approaches.
	28, (1935)  5 - 35.

To Postulate Or Not To Postulate
Nelson A. Jackson
	How many first principles (which could be proved) should 
	be postulated in a beginning course?
	23, (1930)  194 - 196.

Applications and Proofs
E. Russell Stabler
	Use of postulates.
	21, (1928)  46 - 48.

Geometry Notes
M. M. S. Moriarty
	Urges clearer statements of some postulates and 
	more consistent treatment of others.
	21, (1928)  280 - 291.

Rigor Versus Expediency In The Proof Of Locus Originals
Elmer B. Bowker
	Postulate freely and do not worry about redundancies.
	20, (1927)  82 - 90.

Postulates and Sequences In Euclid
George W. Evans
	Some analysis of the Elements.
	20, (1927)  310 - 320.

Certain Undefined Elements and Tacit Assumptions In The First Book Of Euclid's Elements
Harrison E. Webb
	Perceived aims in Euclid and a discussion of their attainment.
	12, (1919-1920)  41 - 60.

H.J.L.
07/15/97
email:  00hjludwig@bsu.edu
home page: http://www.cs.bsu.edu/~hjludwig/