We longitudinally followed 201 upper elementary school learners in the crucial years of acquiring rational number understanding. Using latent transition analysis we investigated their conceptual change from an initial natural number based concept of a rational number towards a mathematically more correct one by characterizing the various intermediate states learners go through. Results showed that learners first develop an understanding of decimal numbers before they have an increased understanding of fractions. We also found that a first step in learners’ rational number understanding is an increased understanding of the numerical size of rational numbers.status: Published onlin
grantor: University of TorontoRational number, decimals, fractions and percent is the most...
To understand the development of mathematical cognition and to improve instructional practices, it i...
Fractions constitute a stumbling block in mathematics education. To improve children's understanding...
In this study we longitudinally followed 201 upper elementary school learners in the crucial years o...
This research, a component of a year long National Science Foundation funded study, traces and docum...
Many researchers have noted how children's whole number schemes can interfere with their effort...
Knowledge integration is a crucial part of learning as concepts are built over time and modality. In...
This paper combines data from two different international research studies that used problem posing ...
This paper combines data from two different international research studies that used problem posing ...
For more than three decades fractions have been considered critical and foundational, yet they repre...
Understanding rational numbers is a complex task for primary and secondary school students. Previous...
International audienceThis poster focus on an exploratory study which is part of a research study wh...
<p>Recent research on fractions has broadened and deepened theories of numerical development. Learni...
This study compares students’ understanding of fractions across quotient, part-whole and operator in...
To understand the development of mathematical cognition and to improve instructional practices, it i...
grantor: University of TorontoRational number, decimals, fractions and percent is the most...
To understand the development of mathematical cognition and to improve instructional practices, it i...
Fractions constitute a stumbling block in mathematics education. To improve children's understanding...
In this study we longitudinally followed 201 upper elementary school learners in the crucial years o...
This research, a component of a year long National Science Foundation funded study, traces and docum...
Many researchers have noted how children's whole number schemes can interfere with their effort...
Knowledge integration is a crucial part of learning as concepts are built over time and modality. In...
This paper combines data from two different international research studies that used problem posing ...
This paper combines data from two different international research studies that used problem posing ...
For more than three decades fractions have been considered critical and foundational, yet they repre...
Understanding rational numbers is a complex task for primary and secondary school students. Previous...
International audienceThis poster focus on an exploratory study which is part of a research study wh...
<p>Recent research on fractions has broadened and deepened theories of numerical development. Learni...
This study compares students’ understanding of fractions across quotient, part-whole and operator in...
To understand the development of mathematical cognition and to improve instructional practices, it i...
grantor: University of TorontoRational number, decimals, fractions and percent is the most...
To understand the development of mathematical cognition and to improve instructional practices, it i...
Fractions constitute a stumbling block in mathematics education. To improve children's understanding...