This paper describes the development of an instrument aimed at measuring senior secondary students’ ways of using graphics calculators as part of a larger study investigating the students ’ learning styles and their ways of learning and using the graphics calculators. The instrument uses the framework of four metaphors of technology use (Geiger, 2005): Master, Servant, Partner and Extension of Self. Preliminary findings of a pilot study involving 178 senior secondary students from Singapore are discussed. Background In Australia and elsewhere, graphics calculators have become an integral part of th
ABSTRACT: Graphics calculators are powerful tools for learning mathematics and we want our students ...
It has long been accepted that the use of technology, in the form of computer packages, is beneficia...
In this paper we explore the extent and nature of students ’ calculator usage as determined from exa...
This thesis reports on the findings of four inter-related studies : a pilot study with three Post-gr...
Graphics calculators are powerful tools to support the learning and doing of mathematics. However, t...
Technology pervades current life and has influenced our educational institutions including the manne...
This paper reports on a case study which examined factors leading to the adoption of graphics calcul...
Graphics calculators are widely available in Australian schools, particularly as a tool for drawing ...
Since Victoria permitted the use of graphics calculators in final external examinations, their use h...
The PIGMI (Portable Information Technologies for supporting Graphical Mathematics Investigations) Pr...
This paper reports on a case study which examined factors leading to the adoption of graphics calcul...
Abstract: When students are working with hand held technology, such as graphic calculators, we usual...
This paper outlines some of the complex relationships between the curriculum and technology, with pa...
Thesis (M.Ed.)--University of Melbourne, 1994Graphics calculators are rapidly becoming more affordab...
For over a decade the graphic calculator has been promoted not only as a computational tool but also...
ABSTRACT: Graphics calculators are powerful tools for learning mathematics and we want our students ...
It has long been accepted that the use of technology, in the form of computer packages, is beneficia...
In this paper we explore the extent and nature of students ’ calculator usage as determined from exa...
This thesis reports on the findings of four inter-related studies : a pilot study with three Post-gr...
Graphics calculators are powerful tools to support the learning and doing of mathematics. However, t...
Technology pervades current life and has influenced our educational institutions including the manne...
This paper reports on a case study which examined factors leading to the adoption of graphics calcul...
Graphics calculators are widely available in Australian schools, particularly as a tool for drawing ...
Since Victoria permitted the use of graphics calculators in final external examinations, their use h...
The PIGMI (Portable Information Technologies for supporting Graphical Mathematics Investigations) Pr...
This paper reports on a case study which examined factors leading to the adoption of graphics calcul...
Abstract: When students are working with hand held technology, such as graphic calculators, we usual...
This paper outlines some of the complex relationships between the curriculum and technology, with pa...
Thesis (M.Ed.)--University of Melbourne, 1994Graphics calculators are rapidly becoming more affordab...
For over a decade the graphic calculator has been promoted not only as a computational tool but also...
ABSTRACT: Graphics calculators are powerful tools for learning mathematics and we want our students ...
It has long been accepted that the use of technology, in the form of computer packages, is beneficia...
In this paper we explore the extent and nature of students ’ calculator usage as determined from exa...