Forms of Mathematical Knowledge 1999
DOI: 10.1007/978-94-017-1584-3_6
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Knowledge Construction and Diverging Thinking in Elementary & Advanced Mathematics

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Cited by 52 publications
(52 citation statements)
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“…there are some key moments in mathematical concept development that learners find difficult, and these arise when there is a characteristic shift in perception of mathematical objects: these signal dangerous moments that challenge students' confidence, as well as their cognitive development (Gray et al 1999); ii. it is generally agreed that these key moments include at least the following: rational numbers/multiplicative field (at approximately 10 16 years old); variable/algebra (at approximately 13 16 years old); infinitesimals/calculus and proof (at approximately 16 20 years old), (Charalambous and PittaPantazi 2007;Malisani and Spagnolo 2009;Tall 1992).…”
Section: Difficulties In Progression With Mathematicsmentioning
confidence: 99%
“…there are some key moments in mathematical concept development that learners find difficult, and these arise when there is a characteristic shift in perception of mathematical objects: these signal dangerous moments that challenge students' confidence, as well as their cognitive development (Gray et al 1999); ii. it is generally agreed that these key moments include at least the following: rational numbers/multiplicative field (at approximately 10 16 years old); variable/algebra (at approximately 13 16 years old); infinitesimals/calculus and proof (at approximately 16 20 years old), (Charalambous and PittaPantazi 2007;Malisani and Spagnolo 2009;Tall 1992).…”
Section: Difficulties In Progression With Mathematicsmentioning
confidence: 99%
“…[...] pensamento é o "trabalho" efetuado pela reflexão do sujeito sobre um objeto, num movimento pelo qual a matéria-prima, que é a experiência, é transformada, de algo não-sabido, num saber produzido e compreendido. (JAPIASSU;MARCONDES, 2001, p. 209) No âmbito da Educação Matemática diversos autores (DREYFUS, 2002;TALL, 2002;SFARD, 1991SFARD, , 2007GRAY et al, 1999;DUBINSKY , 2002;DOMINGOS, 2003;COSTA, 2002, entre outros) têm se dedicado ao estudo do pensamento matemático. A nossa pesquisa fundamenta-se, essencialmente, nos trabalhos de Tall (1995;) e Dreyfus (2002 para tratar do pensamento matemático e dos processos cognitivos a ele relacionados.…”
Section: Sobre Pensamento Matemáticounclassified
“…Gray et al (1999), ao tratar de pensamento matemático de estudantes, argumentam que aprender a pensar matematicamente significa desenvolver um ponto de vista matemático, ser capaz de realizar abstrações e desenvolver certa competência para lidar com as estruturas matemáticas.…”
Section: Introductionunclassified
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“…Following Davis (1983, p. 257), who used the term 'procedure' to mean a specific sequence of steps and a process as the overall input-output relationship that may be implemented by different procedures, Gray, Pitta, Pinto & Tall (1999) represented the successive compression from procedure through multi-procedure, process and procept, expanded in figure 3 to correspond to the SOLO taxonomy sequence: unistructural, multistructural, relational, extended abstract, (Pegg & Tall, 2005). This models the way in which a procedure-as a sequence of steps performed in time-is steadily enriched by developing alternative procedures to allow an efficient choice.…”
Section: Compression Connection and Thinkable Conceptsmentioning
confidence: 99%