While measurement may look simple, insights gained from research into young children's concepts of mass measurement lead us to believe that the learning of measurement can be complex for children. A teaching experiment, lasting one week, delivered five lessons that offered rich learning experiences regarding concepts of mass to 119 children of 6-8 years of age. Observational data collected during these lessons and clinical interview data collected before the lessons gave insights into the diversity of children's perspectives. The focus of this paper is children's understandings of the attribute of mass and comparison and ordering of masses
As the history of science has documented, there is an important role for thought experiments in scie...
Formal education is expected to develop children's understanding of the interrelationship between in...
This study was based on the premise that variation is the foundation of statistics and statistical i...
This article describes insights into young children's emerging understandings of the measurement of ...
This paper reports on a design experiment regarding young children’s concepts of mass measurement. 1...
In this paper, we discuss the use of a framework of “growth points” in early mathematics learning an...
In this paper, we explore the possible value of an open-ended assessment task, Impress Me, and follo...
Measuring with units requires underlying conceptual competences as well as practical and numerical a...
This article reports an innovative use of photographs in a pencil-and-paper test which was developed...
This paper shows a proposal research that tries to describe how five-year-old children can learn th...
Measurement occupies a unique position in the curriculum, for various reasons. As it is an essentia...
This paper reports the result of a pencil-and-paper test developed to assess young children's unders...
This study investigated the concurrent development of children’s understanding of length, area, and ...
Our investigation aims at finding and interpreting everyday ideas about weight as described by child...
The purpose of this brief article is to investigate four-year-olds’ interpretation of attributive me...
As the history of science has documented, there is an important role for thought experiments in scie...
Formal education is expected to develop children's understanding of the interrelationship between in...
This study was based on the premise that variation is the foundation of statistics and statistical i...
This article describes insights into young children's emerging understandings of the measurement of ...
This paper reports on a design experiment regarding young children’s concepts of mass measurement. 1...
In this paper, we discuss the use of a framework of “growth points” in early mathematics learning an...
In this paper, we explore the possible value of an open-ended assessment task, Impress Me, and follo...
Measuring with units requires underlying conceptual competences as well as practical and numerical a...
This article reports an innovative use of photographs in a pencil-and-paper test which was developed...
This paper shows a proposal research that tries to describe how five-year-old children can learn th...
Measurement occupies a unique position in the curriculum, for various reasons. As it is an essentia...
This paper reports the result of a pencil-and-paper test developed to assess young children's unders...
This study investigated the concurrent development of children’s understanding of length, area, and ...
Our investigation aims at finding and interpreting everyday ideas about weight as described by child...
The purpose of this brief article is to investigate four-year-olds’ interpretation of attributive me...
As the history of science has documented, there is an important role for thought experiments in scie...
Formal education is expected to develop children's understanding of the interrelationship between in...
This study was based on the premise that variation is the foundation of statistics and statistical i...