Linear (proportional) functions are undoubtedly one of the most common models for representing and solving both pure and applied problems in elementary mathematics education. But according to several authors, different aspects of the current culture and practice of school mathematics develop in students a tendency to use these linear models also in situations in which they are not applicable. This article reports two closely related studies about this phenomenon in 12–13 and 15–16year old students working on word problems involving lengths and areas of similar plane figures of different kinds of shapes, as well as about the influence of drawings in breaking this improper use of linearity. Generally speaking, the results provide a convincing...
The overreliance on linear methods in students' reasoning and problem solving has been documented an...
In this study, 23 seventh- and eighth-grade students were interviewed as they solved problems relate...
no issnThis paper has two main components: educational practice and research. We start with a discus...
Several recent ascertaining studies revealed a deep-rooted and almost irresistible tendency among 12...
This investigation focuses on the overgeneralization of the linear model — the so-called illusion of...
Linear (or proportional) relations receive a lot of attention in elementary and secondary mathematic...
A vast amount of research in mathematics education has shown that students of different ages have a ...
IF most recent: 1.09.In mathematics education, a vast amount of research has shown that students of ...
Previous research showed students ’ tendency to improperly apply the linear model when solving non-l...
Background. From upper elementary education on, children develop a tendency to over-use linearity. P...
Already at a very young age, children experience the wide applicability and intrinsic simplicity of ...
Previous research has shown that many secondary school students improperly apply linear models when ...
Building on previous research on the tendency in students of diverse ages to overrely on proportiona...
This study examines the illusion of linearity in high-school students’ solving of geometrical proble...
abstract: The focus of the study was to identify secondary school students' difficulties with aspect...
The overreliance on linear methods in students' reasoning and problem solving has been documented an...
In this study, 23 seventh- and eighth-grade students were interviewed as they solved problems relate...
no issnThis paper has two main components: educational practice and research. We start with a discus...
Several recent ascertaining studies revealed a deep-rooted and almost irresistible tendency among 12...
This investigation focuses on the overgeneralization of the linear model — the so-called illusion of...
Linear (or proportional) relations receive a lot of attention in elementary and secondary mathematic...
A vast amount of research in mathematics education has shown that students of different ages have a ...
IF most recent: 1.09.In mathematics education, a vast amount of research has shown that students of ...
Previous research showed students ’ tendency to improperly apply the linear model when solving non-l...
Background. From upper elementary education on, children develop a tendency to over-use linearity. P...
Already at a very young age, children experience the wide applicability and intrinsic simplicity of ...
Previous research has shown that many secondary school students improperly apply linear models when ...
Building on previous research on the tendency in students of diverse ages to overrely on proportiona...
This study examines the illusion of linearity in high-school students’ solving of geometrical proble...
abstract: The focus of the study was to identify secondary school students' difficulties with aspect...
The overreliance on linear methods in students' reasoning and problem solving has been documented an...
In this study, 23 seventh- and eighth-grade students were interviewed as they solved problems relate...
no issnThis paper has two main components: educational practice and research. We start with a discus...