2003 |
|
|
 |
Weber K.(2003)
Students' Difficulties with Proof Research Sampler 8 Editors: A.
& J. Selden |
|
Durand-Guerrier,
V. (2003) Which notion of implication is the right one? From logical
considerations to a didactic perspective Educational Studies in Mathematics
53(1), 5-34 |
|
Wim Van Dooren,
Dirk De Bock, Fien Depaepe, Dirk Janssens, Lieven Verschaffel
(2003) The Illusion of Linearity: Expanding the evidence towards
probabilistic reasoning Educational Studies in Mathematics 53(2),
113-138 |
|
Housman D., Porter
M. (2003) Proof schemes and learning strategies of above-average
mathematics students Educational Studies in Mathematics 53(2),
139-158 |
|
Grenier D.
(2003) Activité. Jeux et raisonnement mathématiques. Petit
x 62 |
|
|
|
The following references are taken
from :
Pateman, Neil A., Dougherty Barbara J., Zilliox Joseph T. (ed.) Proceedings
of the 27th conference of the International group for the Psychology of
Mathematics Education held jointly with the 25th Conference of PME-NA Honolulu,
13-18 July 2003
ISSN 0771-100X |
|
Short Oral Communications |
 |
C. Alacaci, A. Pasztor Effects
of semantic content on logical reasoning with negation (Vol. 1, p. 199) |
 |
L. Alcock, A. Simpson
Logical consequences of procedural reasoning (Vol. 1, p. 200)
|
 |
P. Herbst Enabling students'
intercation with diagrams while making and proving reasoned conjectures
(Vol. 1, p. 229) |
 |
M. Park, S. Kwon A historic-genetic
approach to teaching the meaning of proof (Vol. 1, p. 241) |
 |
T. Martin
& S. Soucy McCrone The teaching and learning of geometric proof:
an emerging theory (Vol. 1, p. 244) |
 |
C. Tirosh Prospective teachers'
knowledge of proofs and refutations (Vol. 1, p. 256) |
 |
O. Yevdokimov Intuitive proofs
as a tool for development of student's creative abilities while solving
and proving (Vol. 1, p. 264) |
|
Posters |
 |
J. Mi-Kyung, P. Jung-Sook, O. Kwon,
S. Kyung-Hee & C. Kyoung-Hee Gesture in the context of mathematical
argumentation (Vol. 1, p. 296) |
 |
K. Piatek-Jimena Undergraduate
students'beliefs and misconceptions about proof (Vol. 1, p. 317) |
|
Research Reports |
 |
Antonini S.
Non-examples and proof by contradiction (Vol. 2, p. 49-56) R |
 |
Blanton The
nature of scaffolding in undergraduate students'transition to mathematical
proof (Vol. 2, p. 113-120) |
 |
Boero P., Douek N., Garuti R. Children's
conceptions of infinity of numbers in a fifth grade classroom discussion
context (Vol. 2, p. 121-136) |
 |
Cerulli M., Mariotti M. A.
Building theories: working in a microworld and writing the mathematical
notebook (Vol. 2, p. 181-188) |
 |
Chin E. Mathematical proof
as formal procept in advanced mathematical thinking (Vol. 2, p. 213-220)
|
 |
Douek N. & Pichat M. From
oral to written texts in grade 1 and the approach to mathematical argumentation
(Vol. 2, p. 341-348) |
 |
Furinghetti F. & D. Paola.
To produce conjectures and to prove them within a dynamic geometry environment:
a case study (Vol. 2, p. 397-404) |
 |
Garuti R., Dapueto P. Boero P.
Evolution of forms of representation in a modelling activity: a case study
(Vol. 2, p. 413-420) |
 |
Gholamazad S., Liljedahl P. &
Zazkis R. One line proof: what can go wrong? (Vol. 2, p. 437-444)
|
 |
Hoyos V. Mental functioning
of instruments in the learning of geometrical transformations (Vol. 3,
p. 95-102) |
 |
Olivero F. Cabri as a shared
workspace within the proving process (Vol. 3, p. 429-436) |
 |
Sanchez E. & Sacristan A. Influential
aspects of dynamic geometry activities in the construction of proofs (Vol.
4, p. 111-118) |
 |
Simon M. Logico-mathematical
activity versus empirical activity: examining a pedagogical distinction
(Vol. 4, p. 183-190) |
 |
Weber K. A procedural
route toward understanding the concept of proof
(Vol. 4, p. 395-401) |
 |
Williams G. Empirical
generalisation as an inadequate cognitive scaffold to theoretical generalisation
of a more complex concept (Vol.
4, p. 419-426) |
 |
Wu Yu J., Lin F. Lee Y. Students'
understanding of proof by contradiction (Vol. 4, p. 443-450)
|