2020
DOI: 10.1007/s10649-020-09987-8
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The challenge of proportion: does it require rethinking of the measurement paradigm?

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Cited by 7 publications
(5 citation statements)
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“…Davydov's curriculum, in relation to algebra and proportional reasoning, offers a conceptual continuity since children are introduced, from the very start, to a general formulation that gets specified in greater and greater detail but never needs to be rejected. Two articles from the special issue (Polotskaia & Savard, 2020;Vysotskaya, Lobanova, Rekhtman, & Yanishevskaya, 2020) consider questions of proportional or multiplicative reasoning (which I take to be synonymous).…”
Section: Transposing a Curriculummentioning
confidence: 99%
See 1 more Smart Citation
“…Davydov's curriculum, in relation to algebra and proportional reasoning, offers a conceptual continuity since children are introduced, from the very start, to a general formulation that gets specified in greater and greater detail but never needs to be rejected. Two articles from the special issue (Polotskaia & Savard, 2020;Vysotskaya, Lobanova, Rekhtman, & Yanishevskaya, 2020) consider questions of proportional or multiplicative reasoning (which I take to be synonymous).…”
Section: Transposing a Curriculummentioning
confidence: 99%
“…This aim reminds me of a challenge the UKbased mathematics educator, Dick Tahta, would sometimes talk about: what are the canonical images of mathematics, a minimal set, that might be sufficient for the entire secondary curriculum as well? Vysotskaya et al (2020) also consider the role of proportional reasoning, and they are concerned with the critique of Simon and Placa (2012) which is that while Davydov's curriculum introduces several important forms of proportional reasoning, it does not give children access to reasoning about intensive quantities (defined below). Vysotskaya et al (2020) agree with this critique and find, within Davydov's writings, suggestions for a consideration of intensive quantities which they take up and develop.…”
Section: Transposing a Curriculummentioning
confidence: 99%
“…Há já consenso de que para ensinar Matemática é essencial ao professor conhecer ampla e profundamente os tópicos a serem ensinados (Ma, 1999). No entanto, o foco das pesquisas sobre o ensino de matemática tem sido maioritário nos conhecimentos dos alunos (Barret et al, 2012;Hiebert, 1984;Vysotskaya et al, 2020), deixando para segundo plano o conhecimento do professor e suas especificidades para ensinar, em particular, Medidas (Policastro et al, 2020;Ribeiro et al, 2018;Subramaniam, 2014). Sendo o conhecimento do professor um dos elementos que impacta nas aprendizagens e capacidades matemáticas dos alunos (Boyd et al, 2009;Hill & Chin, 2018) e nas ações e decisões que ele emprega em sua prática letiva (Charalambous, 2015;Ribeiro et al, 2012), torna-se essencial explorar algumas das especificidades desse conhecimento como forma de ampliar os entendimentos sobre seu conteúdo e as propostas de programas de formação de professores (Caldatto et al, 2018).…”
Section: Introductionunclassified
“…The planning of the qualitative research is superior for uncovering individual experiences, beliefs, and use of the expression in the real world(Polotskaia & Savard, 2021;van Gerven, 2021;Vysotskaya et al, 2021). The supporters of interpretivism claim that time and contextual free generalization are the manifold constructed certainties that are neither wanted nor achievable(Frost, 2021;Hill & Knox, 2021).…”
mentioning
confidence: 99%