


Mathematics Competitions
This Journal is published by AMT Publishing (with significant
assistance from the UK Mathematics Trust) on behalf of the
World Federation of National Mathematics Competitions.
It contains articles of interest to academics and teachers around the world who
run mathematics competitions, including articles on
actual competitions, results from competitions,
and mathematical and historical articals which
may be of interest to those associated with
competitions. See below for a list of past refereed papers.
Submissions
The best way to submit a paper is to do so electronically to the editor, see header above.
Subscription
Email AMT Publishing
Refereed Papers
 Alexander Soifer (USA), Beyond Lăozĭ: The Goals and Means of Mathematics Instruction I, pp. 730.
 Valery Zhuraviev (Russia) and Peter Samovol (Israel), A New List of Triangle Construction Problems
or Supplementing Wernick, pp. 3164.
 Robert Bosch (USA), Regular Lattice Polygons, pp. 6569.
 Pavel Calábek and Jaroslav Švrček (Czech Republic): First Five Years of the CzechPolishSlovak Junior
Mathematical Olympiad, pp. 7074
 Andy Liu (Canada), Tournament of Towns, Selected Problems from Fall 2015, pp. 7581.
 Kiril Bankov (Bulgaria), Numbers on a Circle, pp. 715.
 Robert Geretschläger (Austria), Problems on Numbers with Interesting Digits, pp. 1625.
 Gyula Nagy (Hungary), Developing Problem Solving Skills, pp. 2641.
 Iliana Tsvetkova (Bulgaria): Preparation of 57 grade students for mathematics competitions: area problems, pp. 7074
 Andy Liu (Canada), Tournament of Towns, Selected Problems from Spring 2016, pp. 5966.
 YenKang Fu and TeCheng Liu (Taiwan), The Martian Citizenship Quiz, pp. 6770.
 Peter Taylor (Australia), Classifying Methods of Problem Solving  and my Favourites, pp. 727.
Note that unfortunately this was printed without the preamble explaining the purpose and methodolgy of the paper,
and this has been added to the following edition.
 Pavel Tlusty (Czech Republic), About a Paradoxical Drawing, pp. 2833.
 Romualdas Kasuba (Lithuania), The 25th Baltic Way Team Contest: 610 November 2014, Vilnius, Lithuania,
pp. 3441.
 Maria Falk de Losada (Colombia), Further remarks on a research agenda for WFNMC: Research into
the nature and chacterization of geometric thinking based on students' solutions of competition
problems, pp. 4256.
 YuCheng Daniel Chiu and Wei Ting Kelvin Shih (China): Rook Paths, pp. 5763
 Andy Liu (Canada), Tournament of Towns, Selected Problems, Fall 2015, pp. 6471.
 Alexander Soifer (USA), DIAGONAL: Etude in Six Movements, pp. 915.
 Robert Bosch (USA), Regular polygons and polynomial curves, pp. 1624
 Pavel Tlusty and Jaroslav Svrcek (Czech Republic), Domain and range of functional equations
and inequalities, pp. 2536
 Dennis Situ and Steven Xia (Canada), The Powers of Two, pp. 3741.
 Andy Liu (Canada), A Problem from an Unorthodox Mathematics Competition, pp. 715
 Alexander Soifer (USA), Predicting the Future: Four Classic Conjectures of Mathematics, pp. 1639.
 WenHsien Sun (Taiwan) and Huan Zheng and Huawei Zhu (China), An Innovative Contest, pp. 4057.
 Hans HungHsun Yu (Taiwan), Polyominoes on a Multicoloured Infinite Grid, pp. 5968.
 Andy Liu (Canada), Tournament of Towns, pp. 6773
 Book Review by Peter Taylor (Australia): Classical Geometry: Euclidean, Transformational, Inversive and
Projective, by IE Leonard, JE Lewis, ACF Liu, GW Tolarsky, pub. John Wylie and Son, Inc, Hoboken NJ, 2014, pp. 7475
 Robert Geretschläger (Austria), A Paper about Pentagon Problems, pp. 733.
 Valery Zhuravlev (Russia) and Peter Samovol (Israel), On one cyclic system and it geometric
interpretation, pp. 3449
 Arthur Holshouser and Harold Reiter (USA), 28,800 Extremely Magic 5 x 5 Squares, pp. 5066.
 Alexander Soifer (USA), What "Problem Solving" ought to mean and how Combinatorial
Geometry answers this Question, pp. 822.
 Mark Applebaum (Israel), Margo Kondratieva (Canada) and Viktor Freiman (Canada),
Mathematics Competitions and Gender Issues: A Case of the Virtual Marathon, pp. 2340
 Siu Man Keung (Hong Kong), The Good, the Bad and the Pleasure (not Pressure!)
of Mathematics Competitions, pp. 4158.
 Jack Chen, Richard Mah and Steven Xia (Canada), The Twin Towers of Hanoi, pp. 5968.
 Sergei Abramovich and Eun Kyeong Cho (USA), Technology and the Creation of Challenging
Problems, pp. 1020.
 Valery Zhuravlev (Russia) and Peter Samovol (Israel), Counterexamples for Cevian Triangles, pp. 2133
 Ali Rejali and Neda Hematipour (Iran), Challenging Mathematics through the Improvement of
Education, pp. 3441.
 Yahya Tabesh, Mohammadhosein G Andjedani and Farzan Masrour Shalmani (Iran), PitGame, pp. 4247.
 Yunhao Fu (China) and Ryan Morrill (Canada), Black or White, pp. 4853.
 Alexander Soifer (USA), Mathematical Olympiads for Secondary Students, What is their effect
on successful contestants? A conversation in five parts, pp. 1324.
 Borislav Lazarov (Bulgaria), Competition Aftermath (a Case Study), pp. 2537
 Andy Liu (Canada), To Be Continued, pp. 3849.
 Andy Liu (Canada), Heaven and Earth, pp. 834.
 Jaromir Šimša (Czech Republic), Isosceles Triangles on Vertices of a Regular Polygon, pp 3539.
 Yahya Tabesh and Abbas Mousavi (Iran), Algorithms and Problem Solving Lab
(How to ISolve it?), pp. 4046
 Alexander Soifer (USA), The Goal of Mathematics Education, including Competitions,
is to let Student touch "Real" Mathematics: We Ought to Build that Bridge, pp. 4767.
 Alexander Domoschnitsky and Roman Yavich (Israel), The Internet Mathematical Olympiad for University Students and Some
Thoughts on the Role of Competitions in the General Context of Mathematical Education, pp. 1121.
 Francisco BellotRosado (Spain), Some Problems from the
Training for a Junior Olympiad, pp. 2227.
 Alexander Soifer (USA), In Order to Form a More Perfect Union ..., pp. 2832.
 G. W. Indika Shameera Amarasighe (Sri Lanka), A Prominent Correlation on the Extended Angle Bisector, pp. 3336
 Peter Samovol (Israel) and Valery Zhuravlev (Russia), Faster than the Fastest, or Can the Binary Algorithm be
Overhauled, pp. 3758.
 Giuseppe Rosolini (Italy), The Italian Team Competition, pp. 1422.
 Maria Losada (Colombia), The Iberoamerican Mathematics Competition for University Students, pp. 2328.
 G. W. Indika Shameera Amarasighe (Sri Lanka), A A New Theorem on any Rightangled Cevian Triangle, pp. 2937
 Pavel Calábek and Jaroslav Švrček (Czech Republic), The Problem from a Mathematical Camp, pp. 3845.
 Peter Samovol (Israel), Valery Zhuravlev (Russia) and Tal
Kagalovsky (Israel), The Difficulties in the Search of Solutions of Functional Inequalities, pp. 4661.
 Maria Falk de Losada (Colombia), Notes on an Agenda for Research and Action for WFNMC, pp. 922.
 Kiril Bankov (Bulgaria), Partition of a Polygon into Triangles, pp. 2329.
 Alexander Soifer (USA), Between the Line and the Plane: Chromatic Étude in Six Movements, pp. 3045.
 Vince Matsko (USA), Grammars and Finite State Automata, pp. 4654.
 Iliana Tsvetkova (Bulgaria), Applications of SemiInvariants in Solving
Math Competition Problems, pp. 5563.
 Angelo Di Pasquale (Australia), 51st International Mathematical Olympiad, Astana, Kazakhstan 2010, pp. 6472.
 Peter Taylor (Australia), WFNMC 25 years on:
some experiences, pp. 1018.
 José H. Nieto Said and Rafael Sánchez Lamoneda (Venezuela), Ten Years of
the Mathematical Olympiad of Central America and the Caribbean, pp. 1937.
 Arthur Holshouser and Harold Reiter (USA), On a Problem of Arthur Engel, pp. 3858.
 Alexander Soifer (USA), Building a Bridge II: from Problems of Mathematical
Olympiads to Open Problems of Mathematics, pp. 5966.
 Svetoslav Jordanov Bilchev (Bulgaria), About a Chain of Geometric
Inequalities and its Crucial Role for Activating Gifted Students to Work
with Mathematics, pp. 6776.
 Alexander Soifer (USA), Building a Bridge 1: from Problems of Mathematical Olympiads
to Open Problems of Mathematics, pp. 1119.
 Suely Druck (Brazil) and Michael Spira (USA), Math Olympiads for the Public Schools
in Brazil, pp. 2030.
 Ivaylo Kortezov (Bulgaria), Second Mathematical Competition "30 Questions in 30 Languages", pp. 3144.
 Dimitar Pavlov, Emil Kelevedjiev and Jordan Tabov (Bulgaria), Risktaking Behavior in Math
Competitions, pp. 4560.
 Andy Edwards (Australia), Reach Problems, pp. 6171.
 Ed Barbeau (Canada) and Peter Taylor (Australia), ICMI Study: Mathematical Challenges, pp. 8186.
 Jacek Dymel and Michal Niedzwiedz (Poland),
Polish Mathematical Olympiad for Teenagers (1316), pp. 818.
 David Patrick (USA), The Art of Problem Solving, pp. 1924.
 Inese Berzina, Dace Bonka and Gunta Lace (Latvia),
The Mathematical Content of Junior Contests: Latvian Approach, pp. 2535.
 Mark Applebaum and Peter Samovol (Israel),
Auxiliary Constructions in Algebra: Learning to Think Creatively, pp. 3653.
 Maria Falk de Losada (Colombia), Creating an Olympiad Tradition in
Colombia: What Went Right, pp. 828.
 Benjamin A. Burton (Australia), Informatics olympiads:
Approaching mathematics through code, pp. 2951.
 Fatmir Hoxha and Artur Baxhaku (Albania), Mathematical Olympiads in Albania, pp. 5259.
 Angelo Di Pasquale (Australia), 48th International Mathematical Olympiad 1931 July 2007 Hanoi, Vietnam, pp. 6069.
 Jaroslev Švrcek (Czech Republic),
1st Middle European Mathematical Olympiad 2026 September 2007 Eisenstadt, Austria, pp 7076.
 Jozef Kalinowski, On a Problem from the LXVI Polish Mathematical Olympiad, pp. 816.
 Francisco Bellot Rosado, Problems from the Iberoamerican Olympiads 2003, 2004 and 2005, with Comments
and some Solutions, pp. 1728.
 Peter Samovol, Mark Applebaum and Valery Zhuravlev, On One Property of an Integral Function, pp. 2942.
 Alexander Soifer, Imagining the Real, Realizing the Imaginary: The Choice in Mathematics, pp. 829.
 Alexander Soifer, Teacher, p. 30.
 Agnis Andzans, Dace Bonka and Inese Berzina, The "Baltic Way" Contest, pp. 3141.
 Harold B Reiter and Arthur Holshouser, Michigan Autumn Take Home Challenge, pp. 4259.
 Tatiana Shubin, Math Circles for Students and Teachers, pp. 6067.
 Finbarr Holland, An Elementary Method for Treating Constrained Optimisation Problems, pp. 615.
 José H Nieto Said and Rafael Sánchez Lamoneda, The Mathematical Olympiad of Central America and the Caribbean, pp. 1638.
 Robert Geretschläger and Jaroslev Švrcek, A Local International Mathematics Competition (Special Edition), pp. 3951.
 Nairi M Sedrakyan, An Interesting Inequality, pp. 5261.
 Peter Bailey, The UK Primary Mathematics Challenge, pp. 6268.
 Nairi M Sedrakyan, Around an Inequality from the 46th IMO, pp. 1521.
 Vasile Berinde, An "Inverse" Pascal's Triangle Rule, pp. 816.
 David Clark and Graham Pollard, A Measure of the Effectiveness of Multiple Choice Tests
in the Presence of Guessing: Part 1, Crisp Knowledge, pp. 1733.
 David Clark and Graham Pollard, A Measure of the Effectiveness of Multiple Choice Tests
in the Presence of Guessing: Part 2, Partial Knowledge, pp. 3447.
 PakHong Cheung, KinYin Li and Andy Liu, Concyclic Points and Concurrent Circles, pp. 4859.
 W Ramasinghe, Competitions and Concepts, pp. 6271.
 Alexander Soifer, A Journey from Ramsey Theory to Mathematical Olympiad to Finite Projective Planes, pp. 8 16.
 Svetoslav Jordanov Bilchev, About an Unexpected Transition from Algebra to Geometry, pp. 1727.
 Dace Bonka and Andrejs Cibulis, Mathematical Competitions in Latvia: E Pluribus Unum, pp. 2835.
 Peter Taylor, Frédéric Gourdeau and Petar Kenderov, ICME10 Discussion Group 16 Proceedings, pp. 3640.
 Andy Liu, Mathematics Competitions and Mathematics Education, pp. 4142.
 Alexander Soifer, The 50th Anniversary of One Problem: The Chromatic Number of the Plane and its Relatives, pp. 941.
 David Coulson, Colourings of 3Space using Lattice/Sublattice Schemes  Part 2, pp. 4256.
 Andy Liu, Math Fairs, pp. 5767.
 Anne Penfold Street, Pigeonholes and Twoway Counting, pp. 7091.
 Ali Rejali, Mathematics Competitions, Mathematics Teachers and Mathematics Education
in Iran, pp. 9296.
 Kaye Stacey, What is there about Problem Solving that can be taught?, pp. 824.
 Krongthong, Khairiee, Tran Vui and Derek Holton, SEAMO 2001: The Second SEAMO Mathematics Olympiad, pp. 2540.
 David Clark, Using CrossNumber Puzzles to teach Computing Students, pp. 4149.
 Jordan Tabov, Emil Kelevedzhiev and Borislav Lazarov,
Multiple Choice Style Informatics, pp. 6069.
 Jaroslv Svrcek, On Some Types of Systems of Cyclic Equations in the Czech and Slovak Maths Competitions, pp. 7083.
 Li Jinghua and Zhang Junda, The Transformation of Mutual Reciprocal Roots and its Applications, pp. 1527.
 Fred Bishop, The Hunter Primary Mathematics Competition  21 Years On, pp. 2837.
 Tom Griffiths, Mathematics Challenge at the University of Western
Ontario: A Programme of Mathematics Enrichment for Students from Grades 5 to School
Leaving, pp. 3843.
 Alexander Soifer, Ten Years of Geombinatorics, pp. 4449.
 W Ramasinghe, Is it Possible a Problem Posed in an IMO Appears in a William Lowell Putnam Competition Later?, pp. 5053.
 Robert Geretschläger, Numerical Polyhedron Problems, pp. 1557.
 Zhu Huawei, Abilities tested by Mathematical Olympiads, pp. 6682.
 Graham Pollard and Ken Noble, Dynamic Assessment Methods with Substantially Enhanced
Reliability and Efficiency, pp. 8599.
2001 Vol 14 No 1
 János Surányi, The Influence of Mathematics
Competitions on Teaching: Benefits and Dangers, pp. 2329.
 Hojoo Lee, Ten Different Proofs of an Inequality, pp. 3036.
 David Pederson, Effects of SelfSelection of Entrants on Group Means in the Australian
Mathematics Competition, pp. 3747.
 Kiril Bankov, The Junior Balkan Mathematical Olympiad, pp. 4852.
 W Ramasinghe, Popularising Mathematics Competitions in Sri Lanka, pp. 5364.
 Gilah C Leder and Peter J Taylor, Mathematical Talent, Careers and Hobbies  A Summary, pp. 6574.
 Ljubomir Ljubenov, Ingenious Solutions to Competition Problems, pp. 7585.
2001 Vol 14 No 2
 Graham Pollard and Ken Noble, The Increased Reliability and Efficiency of Dynamic Assessment Methods, pp. 2234.
 Xin Li and Andy Liu, Some Properties of Functions of the Form [Rational Quadratic], pp. 3541.
 NM Sedrakyan, Remark on Problem 2 of the XLII IMO and Generalization, pp. 4244.
 Stephen B. Maurer, Harold B. Reiter, and Leo J. Schneider, The American
High School Mathematics Examination:A 50 year Retrospective, pp. 4566.
2000 Vol 13 No 1
 Hidetoshi Fukagawa, Problems of Japanese Geometry for High School Geometry and Mathematics Competitions, pp. 1019.
 Fusang Leng and Andy Liu, How Many Edges of a Polyhedron Can a Plane Cut? (dedicated to NB Vasiliev), pp. 1029.
 John Webb, The Tenth PanAfrican Mathematics Olympiad, pp. 8089.
2000 Vol 13 No 2
 Alexander Soifer, From Squares in a Square to Triangles in a Triangle: A Ride
on a Mathematical Train of Thought, pp. 1633.
 John Dowsey and Bruce Henry, Some Unsolved Problems Inspired by the Mathematics Challenge for Young
Australians, pp. 3952.
 Liga Ramana and Agnis Andžans, Interaction Between Mathematical Competitions and the Internet in Latvia, pp. 6269.
 Izidor Hafner, Space Visualisation Problems, pp. 7079.
 Peter Taylor, What Ever Happened to Those Bridges?, pp. 8797.
1999 Vol 12 No 1
 Peter Taylor, The Australian Experience and
the Role of the WFNMC, pp. 819.
 David Hinch, Lotsane Maths Day, pp. 2026.
 Robert Geretschläger, Deriving Some Problems in Inequalities from an Accidental Generalization, pp. 2737.
 Maria de Losada, The First Iberoamerican Math Olympiad for University Students, pp. 3841.
 Hand Lausch, The Asian Pacific Mathematics Olympiad: Entering its Second Decade, pp. 4249.
 Zhang Junda and Wang Bei, An Initial Study of the Meshed Model in Mathematics Problem Solving, pp. 5059.
 Ali Rejali and Ali Hamadani, Statistical Analysis on a GREtype Competition, pp. 6064.
 Boris Lazarov, Ivan Ganchev and Dimitar Dimitrov, Geometry in and Outside the Classroom, pp. 6570.
 Gordon Hookings, Mathematics Competitions in New Zealand, pp. 7176.
1999 Vol 12 No 2
 Hidetoshi Fukagawa, Problems of Japanese Geometry for High School Geometry
and Mathematics Competitions, pp. 835.
 Željko Hanjš, Mediterranean Mathematics Competition MMC (Peter O'Halloran Memorial), pp. 3741.
 Robert Geretschläger, Domesticating the Kangaroo at BRG Keplerstrasse, pp. 4254.
 Patricia Kasongo, Some Experiences Teaching Geometry, pp. 6373.
 Harold Reiter and Douglas Faires, The American Mathematics Competitions (to year) 10, pp. 7482.
 Steve Thornton, Bridging the Gap: Theory and Practice in Geometry, pp. 8393.
1998 Vol 11 No 1
 Llubomir Ljubenov, Mathematics Competitions under the Aegis of a Newspaper, pp. 2035.
 Vasile Berinde, Two Solutions of a Competition Problem, pp. 3645.
 David Clark and Janet Hunt, One That Got Away: A Rejected Problem, pp. 4552.
1998 Vol 11 No 2
 Li Yashao, Undertaking regional Mathematics Competition Activities, pp. 1519.
 Alexander Soifer, Competitions, Mathematics, Life, pp. 2041.
 Marcin E Kuczma, On the 1997 IMO Problem 6, pp. 4557.
 Nairi M SEdrakyan, Some Applications of Fibonacci Numbers, pp. 6671.
 Ali Rejali and Assadolah Razavi, The Ups and Downs of Teaching Geometry in Iran, pp. 7784.
1997 Vol 10 No 1
 Andy Liu, The Smart Club, pp. 1319.
 Alexander Soifer, Map Colouring in Victorian Age: Problems and History, pp. 2031.
 Harold Reiter, American Mathematics Competitions: Report of the Task Force, pp. 3243.
 Zonghu Qiu and PakHong Cheung, Mathematics Competitions in China: Success and Deficiency, pp. 4460.
 Robert Chan, Andy Liu and Andrei Storozhev, Induction in Geometry, pp. 6168.
 Ákos Csásár, A Mathematical Competition of a Hundred Years, pp. 6973.
 George Berzsenyi, The International Mathematical Talent Search, pp. 7478.
 Robert Geretschläger, Thomas Mühlgassner and Gottfried Perz, 25 Years (and more) of the Austrian Mathematical
Olympiad, pp. 7996.
1997 Vol 10 No 2
 Marie Kubínová and Jarmila Novotná, Students' Independent Work in Mathematics out of School, pp. 1428.
 GH Pollard, PJ Taylor and WJ Atkins, Standards of Mathematics in Secondary Schools:
An Insight via Competition Data, pp. 2937.
 Zhang Junda, Ni Sijie and Lang Ying, Development of Mathematical Creative Thinking, pp. 5263.
 Peter Taylor, The Australian Mathematics Competition in 1997, pp. 6465.
 Bruce Henry, Mathematics Challenge for Young Australians, pp. 6679.
 Steve Thornton, Professional Development to Develop School Mathematics, pp. 8087.
1996 Vol 9 No 1
 D Holton and Z Shong, A Unique Competition: The ShanghaiDunedin Friendship Mathematics Competition, pp. 613.
 E Wagner and P Fauring, The IX Iberoamerican Mathematical Olympiad, pp. 1415.
 J Izquierdo and R Lorenzo, Project Euclides for Identification and Development of Mathematical
Talent in the Province of Pinar del Rio, Republic of Cuba, pp. 2428.
 D Dimitrov and B Lazarov, Motivating Permanent SelfTraining in Mathematics via Mathematics Competitions, pp. 2939.
 A Tolpygo, How to Transform One Problem into Another, pp. 4859.
 H Lausch, The AsianPacific Mathematics Olympiad, pp. 6067.
1996 Vol 9 No 2
 Obituary: Paul Erdös (19131996), pp. 1520.
 Svetoslav Bilchev and Emilia Velikova, On Some Asymmetric Trigonometric Inequalities 
Another Way of Competition, pp. 3039.
 George Berzsenyi, The USA Mathematical Talent Search, pp. 4045.
 Nairi M Sedrakyan, The Story of Creation of a 1996 IMO Problem, pp. 5357.
 Paula Toni, Is Playing with Mathematics a Waste of Time?, pp. 5863.
 Boris Pritsker, Some Properties of the Orthic Triangle, pp. 6881.
 Ron Dunkley, Report to ICMI on Activities of the World Federation of National
Mathematics Competitions 19921996, pp. 8486.
1995 Vol 8 No 1
 Paul Erdös, Child Prodigies, pp. 716.
 Blagovest Sendov, N Points on the Plane, pp. 1735.
 G. Hookings and I. Reilly, Mathematics Enhancement by Correspondence, pp. 3646.
 K. Wu and A. Liu, The Rearrangement Inequality, pp. 5360.
 ManKeung Siu, Some Reflections of a Coordinator on the IMO, pp. 7377.
 Hidetoshi Fukagawa, Traditional Japanese Mathematics and Sangaku, pp. 7888.
1995 Vol 8 No 2
 R Geretschläger and G Perz, Mathematics Competitions for the Under 15s in Austria, pp. 1031.
 E Kelevedzhiev and B Lazarov, Organizing a Tournament for Students with Different Levels of
Mathematical Knowledge, pp. 3247.
 J Curran, Gender Differences in Primary School Problem Solving, pp. 4859.
 A Soifer, A Few Brushstrokes of Mathematical Coloring, pp. 6776.
 K Bankov, A Disjoint Set of Figures Having Large Area, pp. 7779.
1994 Vol 7 No 1
 D Aitkin, Why Should a University Support Mathematics Competitions and Challenge Activities?, pp. 1321.
 MS Brooks and DI Clark, Crossnumber Puzzles for Maths Days, pp. 2237.
 KS Sastry, This Too is a Mathematics Competition, pp. 3842.
 J Snider, East Middle School Maths Contest, pp. 6065.
 FE Jaime and M de Losada, The Concurso Futuros Olimpicos in Colombia, pp. 6679.
 D Piele and H Reiter, Fifth International Olympiad in Informatics, pp. 8096.
1994 Vol 7 No 2
 Obituary and Reflections: Peter Joseph O'Halloran (19311994), pp. 1238.
 M Klamkin, Mathematical Creativity in Problem Solving and Problem Proposing, pp. 3966.
 J Anderson, Mathematics Number Chases  A lesson to us all, pp. 6778.
 M Koman and V Drizal, Put Your Heads Together and Solve Problems, pp. 7995.
1993 Vol 6 No 1
 V Burjan, A Plea for nonOlympiad Type Competitions, pp. 1014.
 P O'Halloran, ICMI Notes, pp. 1516.
 J Webb, Search for Mathematical Talent in South Africa, pp. 1719.
 B Shawyer, Competitions, Calculators and Order of Operations, pp. 2025.
 P O'Halloran and H Lausch, Asian Pacific Mathematics Olympiad, 1993, pp. 2633.
 V Vavilov, Pearls of Elementary Mathematics, pp. 3437.
 B Lazarov, A New Tournament in Bulgaria, pp. 4755.
 J Suranyi, Some Problems Memorable to Me, pp. 5659.
 A Soifer, Creating a New Generation of Problems for Mathematical Olympiads, pp. 6073.
 G Lenchner, Mathematical Olympoads for Elementary Schools, pp. 7479.
 B Henry and P O'Halloran, Mathematics Challenge for Young Australians, pp. 8089.
1993 Vol 6 No 2
 IC Brown, Analysis of Motivation amongst Mathematical Competition Candidates, pp. 1328.
 Z Junda and W Jianping, Principles and Methods of Proposing Mathematical Olympiad Questions, pp. 2944.
 S Bilchev and E Velikova, The Teaching of Transformations for Solving Competition
Problems as a Route towards Higher Mathematics, pp. 4552.
 D Fomin, Soviet Experience in Mathematical Education: Breakthrough or Failure?, pp. 5363.
 T Harman, B Reiter, H Reiter and N Schoeps, Measuring Difficulty and Diagnosticity
in the AHSME Multiple Choice Exam, pp. 6485.
1992 Vol 5 No 1
 PJ O'Halloran, Paul Erdös, pp. 2125.
 M Niss, ICMI and its Relatives, pp. 2640.
 A Soifer, Mathcounts USA, pp. 4144.
 M Saul, Problems Plain and Fancy, pp. 4550.
 PO Legrande, Running a Competition in a Small Country, pp. 5157.
 A Gardiner, Creating Elementary Problems to Stimulate Thinking, pp. 5867.
 R Laumen, Mathematical Competitions and Mathematical Education, pp. 6872.
 D Fomin and A Kiritchenko, The Leningrad Mathematical Olympiad, pp. 7382.
 J Dalmasso, P Fauring, F Gutiérrez, The Mathematical Olympiad of the Southern Cone, pp. 8385.
 J Pleado, Mathematical Competitions in Portugal, pp. 8691.
 FN Reyes, The Philippines Mathematical Olympiad, pp. 9297.
1992 Vol 5 No 2
 M de Guzmán, Solidarity in Mathematical Education, pp. 1925.
 D Hinch, Mathematics Competitions in Botswana, pp. 2941.
 D Fomin, Three Examples of NonStandard Mathematics Competitons, pp. 4252.
 W Engel and H Gronau, The Effect of the IMO in the Former GDR, pp. 5355.
 P Hiddleston, The Malawi Mathematics Olympiad, pp. 5659.
 F Holland, On a Mixed Arithmetic MeanGeometric Mean Inequality, pp. 6064.
 K Velsker, Mathematical Telequiz for Schoolchildren in Estonia, pp. 6569.
 L Doolan, Training and Practice for an IMO, pp. 7078.
 E Barbeau, Mathematics Competitons "Crossfire", pp. 7984.
1991 Vol 4 No 1
 H Lausch, Five Regional Mathematics Competitions, pp. 1435.
 SJ Bilchev and PI Rashkov, Specialized Groups of Advanced Growth in Rousse, pp. 3446.
 H Lausch and PJ O'Halloran, A Healthy Growth  The Asian Pacific Mathematics Olympiad in its Third Year, pp. 4755.
 B Reiter and H Reiter, Calculators in Mathematics Competitions, pp. 5662.
 A Soifer, From Problems of Mathematical Olympiads to Open Problems of Mathematics, pp. 6369.
 Z Junda and G Chunyan, The Analysis and Evaluation of the 31st IMO, pp. 7083.
1991 Vol 4 No 2
 Kiril Bankov, Mathematics Competitions for Junior Secondary Schools in Bulgaria, pp. 1215.
 Anne Hawkins, Stimulating Statistical Project Work, pp. 1621.
 Garnik Tonojan, Mathematical Olymiads in Armenia, pp. 2227.
 NN Konstantinov, JB Tabov and PJ Taylor, Birth of the Tournament of Towns, pp. 2841.
 Vladimir Burjan, Mathematical Competitions in Changing CzechoSlovakia, pp. 4257.
 Helen Forgasz and Gilah Leder, To Guess or Not to Guess: A Question of Risk, pp. 5869.
 Laurentiu Panaitopol and Doru Stefanescu, Contest Problems and Mathematical Creation, pp. 7076.
 Erica Keogh, Relation Between Competition Results and School Results, pp. 7783.
 Ali Rejali, Impact of Iran's Participation in the IMO on Mathematical Education, and National
Competitions: A New Proposal, pp. 8490.
1990 Vol 3 No 1
 P Fauring and JC Dalmasso, Argentine Mathematics Olympiad, pp. 69.
 H Englisch, Recursive Sequences in Olympiads and Research, pp. 1012.
 IC Brown, Making Competition Questions More Appealing, pp. 1316.
 D Holton, More from New Zealand, pp. 1723.
 J Gilks, "Snap Quiz" Response Times, pp. 2429.
 HB Reiter, The North Carolina Mathematics Contest, pp. 3033.
 C Annice, WJ Atkins, GH Pollard, PJ Taylor, Gender Differences in the Australian Mathematics Competition, pp. 3441.
 WG Patching and IJ Putt, Quantitative Problem Solving: A Comparitive Study of Quantitatively Gifted and Average Students'
Mediating Responses, pp. 4248.
 BR Lichtenberg and PJ Drummond, Enriching the Curriculum Through Mathematics Clubs in the Secondary Schools, pp. 4952.
 F Grandsard and A Schatteman, Can a Local Problem Solving Contest Help to Develop Problem Solving Skills?, pp. 5356.
 P Kenderov and J Tabov, Mathematics Competitions: Giving Marks and Comparisons of the Results, pp. 5760.
 GC Leder, Do Teachers Favour High Achievers in Mathematics?, pp. 6164.
 W Engel, Some Problems of the Olympiad of Young Mathematicians in the German Democratic Republic, pp. 7273.
 D Vathis, Problems from the 1987 Annual High School Competition of the Greek Mathematical Society, p. 74.
 S Gueron, Questions from the Israel Mathematical Olympiad, p. 75.
 PJ O'Halloran, The 1990 Asian Pacific Mathematics Olympiad, pp. 7680.
1990 Vol 3 No 2
 LT Lyubenov, "Drouzhba" Mathematical Contest, pp. 1014.
 NR Justin, We Need a Mathematics Competition in Cameroon, pp. 1517.
 PJ O'Halloran, A Brief Report on the 1990 IMO, pp. 1827.
 MA Jimenez, LJ Davidson, R Ordaz, J Miranda, International Mathematical Olympiads: Its Influence in the
Development of the Cuban Participants, pp. 2834.
 I Hafner, Smullyan's Competition in Logic, pp. 3537.
 ME Kuczma, The Delta Problem Contest Club 44, pp. 3840.
 R Mitkov, High School Mathematical and Computational Linguistics Activities in Bulgaria, pp. 4152.
 CB Giral and AI Mejia, The Mexican Mathematical Olympiad, pp. 5355.
 T Gardiner, High Ability and Technical Proficiency: How Are They Related?, pp. 5658.
 V Burjan and A Vrba, Mathematical Classes in Czechoslovakia, pp. 5962.
 E Keogh, Zimbabwe Mathematics Competitions, pp. 6367.
 J Webb, Identifying and Stimulating Students of High Ability, pp. 6871.
 IC Brown, The Discovery of Mathematical Talent in an Inner City Area, pp. 7276.
 CM DeRidder, A Study of Selected Factors to Identify Sixth Grade Students Gifted in Mathematics, pp. 7782.
 ME Saul, Three Programs for Elementary School Students with Mathematical Talent, pp. 8390.
1989 Vol 2 No 1
 In Memoriam: Frantisek Zitek, p. 8.
 Darka Zubrinic, The Sixth Balkan Mathematical Olympiad, pp. 1113.
 Peter O'Halloran, The Asian Pacific Mathematical Olympiad, Procedures and Regulations, Yearly Timetable, pp. 1421.
 Glenn Rowley and Gilah Leder, Mathematics Competitions and the Problems of Not Guessing, pp. 2226.
 Graham Pollard, Further Scoring Systems to Remove Guessing in Multiple Choice Examinations, pp. 2743.
 Alfred Kalfus, The American Regions Mathematics League, pp. 4649.
 David Robinson, The New Zealand BNZ Mathematical Competition, pp. 5055.
 Henry Alder, Awards to Teachers of Top Teams, pp. 5659.
 Pavel Azalov, Bulgarian Competitions on Informatics, pp. 6066.
 Kiril Bankov and Jordan Tabov, We Challenge Your City!, pp. 6773.
1989 Vol 2 No 2
 Luis Davidson, The IV Iberoamerican Mathematical Olympiad, pp. 1013.
 Le Hai Chau, Vietnamese Mathematical Competitions, pp. 1416.
 JM Notenboom, Some Remarks on the Mathematical Model Made of 200 Plastic Cups, pp. 1718.
 Peter O'Halloran, A Retrospective View of the 1989 IMO, pp. 1932.
 DI Clark and GH Pollard, An Optimal Scoring System for Mutiple Choice Competitions, pp. 3336.
 SO Ale and AA Sambo, Issues and Problems of Mathematical Competition in Developing Countries, pp. 3741.
 John Webb, Mathematical Competitions in South Africa, pp. 4243.
 E Stojanova and L Stojanov, Winter Mathematical Holidays in Bulgaria, pp. 4445.
 Wolfgang Engel, Mathematical Competitions and the Detection of Gifted Pupils, pp. 4649.
 Ed Barbeau, Mathematical Contests: Time to take Stock, pp. 5052.
 Bernd Zimmermann, Mathematical Investigation, pp. 5356.
 Horst Sewerin, Mathematically Talented Children in the FRG, pp. 5759.
 Juan Manual Conde, Spanish High School Program for Mathematics, pp. 6063.
 Antonin Vrba and Vladimir Burjan, Mathematical Competitions in Czechoslovakia, pp. 6465.
1988 Vol 1 No 1
 PierreOlivier Legrand, Olympiades Polynesiennes De Mathematiques (in English), pp. 89.
 Darko Zubrinic, Secondary School Mathematics Competitions in Yugoslavia, pp. 1012.
 Babiah Naidu, First Indian Mathematical Olympiad, pp. 1316.
 Murray Klamkin, The William Lowell Putnam Mathematical Competition, pp. 1721.
 Hilda Lea, Mathematical Competitions in Botswana, pp. 2224.
 Francisco Bellot Rosada, Some Reflections and an Anthology, pp. 2528.
 In Memoriam: Samuel L Greitzer (19051988), p. 29.
1988 Vol 1 No 2
 Peter Taylor, Notes from the General Meeting of the World Federation of National Mathematics Competitions, pp. 78.
 Tibor Nemetz, Report on Two Hungarian Contests for School Children (Age 1014), pp. 912.
 Fred Bishop, Establishing a Regional Mathematics Competition for Primary Schools, pp. 1317.
 Peter O'Halloran, A Report on the 29th IMO (921 July 1988), pp. 1828.
 John Campbell, A Solution to 1988 IMO Question 6, pp. 2932.
 Vladimir Masek, Problem Creation  An Experience, pp. 3344.
Between 1984 to 1987 there were 6 editions of a predecessor Newsletter of the WFNMC.
Of these the following contained papers are recognised as having the status of refereed papers.
No 6 August 1987
 E.R. Bicknell, The Problem Contest  Swaziland, pp. 45.
 Rahim ZaareNahandi, Mathematics Competitions in Iran, pp. 68.
 Lucien Kieffer, Mathematics Competitions in a Small Country, pp. 911.
 Michael Stueben, Confessions of a Puzzlesmith, pp. 1221.
 M.S. Klamkin, Problem Posing and Mathematical Creativity, pp. 2241.
 Graham H. Pollard, Two Methods of Reducing Guessing in Multiple Choice Examinations, pp. 4752.
 Rene Laumen, The Art of Borrowing Problems, pp. 5361.
No 5 February 1987
 Peter O'Halloran, An Asian/West Pacific Mathematical Olympiad, pp. 46.
 Samuel Greitzer, A Curriculum for Mathematical Contests, pp. 78.
 Ian Brown, Mathematical Problem Solving in Inner London, pp. 910.
 Wolfgang Engel, The Olympiads of Young Mathematicians in the German Democratic Republic, pp. 1214.
 George Philippou, The Mathematical Association of Cyprus and Some of its Activities, p. 15.
 Arthur Engel, The Creation of Mathematical Olympiad Problems, pp. 1828.
No 4 August 1986
 Peter Kenderov and Jordan Tabov, The Mathematics Competition Scene in Bulgaria, pp. 79.
 Maria de Losada, The First Iberoamerican Mathematical Olympiad, pp. 1012.
 Andy Liu, Questions Inspired by Martin Gardner, pp. 1617.
 George Szekeres, The Creation of Questions for Mathematics Competitions, pp. 1819.
No 3 January 1986
 Ed Barbeau, The Origin of Two Problems, pp. 79.
 Maria de Losada, The First Iberoamerican Mathematical Olympiad, pp. 1011.
 HannsHeinrich Langmann, The Bundesbettbewerb Mathematik, pp. 1214.
 Matti Lehtinen, An IMO Reform, pp. 1517.
No 2 August 1985
 Andrzej Makowski, Mathematical Olympiads in Poland, pp. 67.
 Peter Taylor, Creating the Question Papers in the Australian Mathematics Competition, pp. 1113.
No 1 December 1984
General news, no refereed articles.

