This article discusses evidence of 24 fifth graders’ (10-11 year olds’) ability to generalize when solving a problem which involves a linear function. Analyzed in the context of the functional approach of early algebra, the findings show that 3 students generalized both when solving specific instances and when asked to provide the general formula; while 15 students generalized only when asked to define the general formula. The results are described in terms of the functional relationship identified, the types of representation used to express them and the type of questions in which students generalized their answers. Most of the pupils who generalized did so based on the correspondence between pairs of values in the function at issue
This study is part of a broader study on algebraic reasoning in elementary education. The research o...
Student difficulties learning algebra are well documented. Many mathematics education researchers (e...
The ability to generalize and represent the generalization exhibited by eight fourth-grade students ...
This article discusses evidence of 24 fifth graders’ (10-11 year olds’) ability to generalize when s...
A previous version of this document was originally published as Pinto, E., & Cañadas, M. C. (2017). ...
We describe 24 third (8–9 years old) and 24 fifth (10–11 years old) graders’ generalization working ...
We conducted a descriptive exploratory study in which we analyzed 313 sixth to eighth grade students...
In the last decades studies about the early algebra proposal have provided evidences of elementary s...
Recent research has highlighted the role of functional relationships in introducing elementary schoo...
Against the backdrop of functional thinking to early algebra, this paper discusses an initial study ...
Recent research has highlighted the role of functional relationships in introducing elementary scho...
This study describes how 24 third-graders (8-9 years old) relate and represent the relationships bet...
The ability to generalize and represent the generalization exhibited by eight fourth-grade students ...
This paper describes the differences in the types of representations used by eight third-grade (8 to...
This paper focuses on functional thinking as an approximation to algebraic thinking in third-year pr...
This study is part of a broader study on algebraic reasoning in elementary education. The research o...
Student difficulties learning algebra are well documented. Many mathematics education researchers (e...
The ability to generalize and represent the generalization exhibited by eight fourth-grade students ...
This article discusses evidence of 24 fifth graders’ (10-11 year olds’) ability to generalize when s...
A previous version of this document was originally published as Pinto, E., & Cañadas, M. C. (2017). ...
We describe 24 third (8–9 years old) and 24 fifth (10–11 years old) graders’ generalization working ...
We conducted a descriptive exploratory study in which we analyzed 313 sixth to eighth grade students...
In the last decades studies about the early algebra proposal have provided evidences of elementary s...
Recent research has highlighted the role of functional relationships in introducing elementary schoo...
Against the backdrop of functional thinking to early algebra, this paper discusses an initial study ...
Recent research has highlighted the role of functional relationships in introducing elementary scho...
This study describes how 24 third-graders (8-9 years old) relate and represent the relationships bet...
The ability to generalize and represent the generalization exhibited by eight fourth-grade students ...
This paper describes the differences in the types of representations used by eight third-grade (8 to...
This paper focuses on functional thinking as an approximation to algebraic thinking in third-year pr...
This study is part of a broader study on algebraic reasoning in elementary education. The research o...
Student difficulties learning algebra are well documented. Many mathematics education researchers (e...
The ability to generalize and represent the generalization exhibited by eight fourth-grade students ...