This study explored the cognitive processes and representations involved in the numerical comparison of fractions. The fractions magnitude could be processed in an analytic way (based on the magnitude of their components) or in a holistic way. In this study, fractions had either a common denominator or a common numerator. To identify the representations involved in the comparison of each category of fractions, we analyzed: (1) the effect of the numerical distance between fractions and between their components and (2) the effect of comparing fractions on subsequent comparison of natural numbers
We investigated what strategies adults use to compare magnitudes of fractions, and how the strategie...
This study tested whether 10- and 12-year-old children who can correctly compare the magnitudes of f...
We investigated the development of the mental representation of the magnitude of fractions during th...
This study explored the cognitive processes and representations involved in the numerical comparison...
This study investigated whether the mental representation of the fraction magnitude was componential...
This study investigated processing/strategy complexity to activate magnitude representation for comm...
An important issue in understanding mathematical cognition involves the similarities and differences...
Although several studies have compared the representation of fractions and decimals, no study has in...
Numerical fractions are commonly used to express ratios and proportions (i.e., real numbers), but li...
Two experiments examined whether the processing of the magnitude of fractions is global or component...
Numerical fractions are commonly used to express ratios and proportions (i.e., real numbers), but li...
This study tested whether 10- and 12-year-olds who can correctly compare the magnitudes of fractions...
This study mainly investigated the specificity of the processing of fraction magnitudes. Adults perf...
When school students compare the numerical values of fractions, they have frequently been found to b...
In the field of numerical cognition, researches have mainly investigated the processing of the magni...
We investigated what strategies adults use to compare magnitudes of fractions, and how the strategie...
This study tested whether 10- and 12-year-old children who can correctly compare the magnitudes of f...
We investigated the development of the mental representation of the magnitude of fractions during th...
This study explored the cognitive processes and representations involved in the numerical comparison...
This study investigated whether the mental representation of the fraction magnitude was componential...
This study investigated processing/strategy complexity to activate magnitude representation for comm...
An important issue in understanding mathematical cognition involves the similarities and differences...
Although several studies have compared the representation of fractions and decimals, no study has in...
Numerical fractions are commonly used to express ratios and proportions (i.e., real numbers), but li...
Two experiments examined whether the processing of the magnitude of fractions is global or component...
Numerical fractions are commonly used to express ratios and proportions (i.e., real numbers), but li...
This study tested whether 10- and 12-year-olds who can correctly compare the magnitudes of fractions...
This study mainly investigated the specificity of the processing of fraction magnitudes. Adults perf...
When school students compare the numerical values of fractions, they have frequently been found to b...
In the field of numerical cognition, researches have mainly investigated the processing of the magni...
We investigated what strategies adults use to compare magnitudes of fractions, and how the strategie...
This study tested whether 10- and 12-year-old children who can correctly compare the magnitudes of f...
We investigated the development of the mental representation of the magnitude of fractions during th...