Two experiments examined whether the processing of the magnitude of fractions is global or componential. Previously, some authors concluded that adults process the numerators and denominators of fractions separately and do not access the global magnitude of fractions. Conversely, others reported evidence suggesting that the global magnitude of fractions is accessed. We hypothesized that in a fraction matching task, participants automatically extract the magnitude of the components but that the activation of the global magnitude of the whole fraction is only optional or strategic. Participants carried out same/different judgment tasks. Two different tasks were used: a physical matching task and a numerical matching task. Pairs of fractions w...
Recent studies have indicated that people have a strong tendency to compare fractions based on const...
This study investigated processing/strategy complexity to activate magnitude representation for comm...
Although several studies have compared the representation of fractions and decimals, no study has in...
This study mainly investigated the specificity of the processing of fraction magnitudes. Adults perf...
We investigated the development of the mental representation of the magnitude of fractions during th...
This study investigated whether the mental representation of the fraction magnitude was componential...
<div><p>We investigated the development of the mental representation of the magnitude of fractions d...
Numerical fractions are commonly used to express ratios and proportions (i.e., real numbers), but li...
Numerical fractions are commonly used to express ratios and proportions (i.e., real numbers), but li...
This study explored the cognitive processes and representations involved in the numerical comparison...
Fractions are very hard to learn. As the joke goes, “Three out of two people have trouble with fract...
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...
Understanding fraction magnitudes is important for achievement and in daily life. However, adults\u2...
Fraction notation conveys both part-whole (3/4 is 3 out of 4) and magnitude (3/4 = 0.75) information...
Recent studies have indicated that people have a strong tendency to compare fractions based on const...
This study investigated processing/strategy complexity to activate magnitude representation for comm...
Although several studies have compared the representation of fractions and decimals, no study has in...
This study mainly investigated the specificity of the processing of fraction magnitudes. Adults perf...
We investigated the development of the mental representation of the magnitude of fractions during th...
This study investigated whether the mental representation of the fraction magnitude was componential...
<div><p>We investigated the development of the mental representation of the magnitude of fractions d...
Numerical fractions are commonly used to express ratios and proportions (i.e., real numbers), but li...
Numerical fractions are commonly used to express ratios and proportions (i.e., real numbers), but li...
This study explored the cognitive processes and representations involved in the numerical comparison...
Fractions are very hard to learn. As the joke goes, “Three out of two people have trouble with fract...
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...
Understanding fraction magnitudes is important for achievement and in daily life. However, adults\u2...
Fraction notation conveys both part-whole (3/4 is 3 out of 4) and magnitude (3/4 = 0.75) information...
Recent studies have indicated that people have a strong tendency to compare fractions based on const...
This study investigated processing/strategy complexity to activate magnitude representation for comm...
Although several studies have compared the representation of fractions and decimals, no study has in...