Principles of direct current have long been recognised in the literature as presenting difficulties for learners. Most of these difficulties have been reported in the context of the traditional electron flow model. In this paper, an alternative approach for high school students using a field model is explored. Findings from a range of short pilot trials using this approach are described. These preliminary findings indicate that the field model, as an alternative approach to teaching about direct current, may be more successful than the traditional electron flow model for students in high school
Electricity and magnetism are known as an important topics in the physics and scientific curriculum ...
Electromagnetic interactions play a central role in explaining the natural world and they provide th...
Data collected in this study indicated significantly greater pre-to-post test score gains, confidenc...
With this work we aim at presenting a research on high school students’ (ages 16-17, Greece 2015-201...
This work is part of a larger research, conducted in Greece, about the students' difficulties in und...
A teaching sequence based on the use of microscopic models to link electrostatic phenomena with dire...
Research has shown that both high school and university students' reasoning patterns regarding direc...
Aiming at a deep understanding of some basic concepts of electric circuits in lower secondary school...
Pupils\u27 ideas about electric current in a simple circuit composed of a battery, a bulb and wires ...
This paper presents some preliminary results of a research aimed at portraying individual models of ...
This paper presents some preliminary results of a research aimed at portraying individual models of ...
With this work we aim at presenting a research on high school students’ (ages 16-17, Greece 2015-201...
This work is part of a larger research, conducted in Greece, about the students' difficulties in und...
This study attempts to analyse why pupils find it difficult to assimilate concepts in physics, and i...
Nature of the conception of electric current held by junior-high-school students and teacher\u27s-co...
Electricity and magnetism are known as an important topics in the physics and scientific curriculum ...
Electromagnetic interactions play a central role in explaining the natural world and they provide th...
Data collected in this study indicated significantly greater pre-to-post test score gains, confidenc...
With this work we aim at presenting a research on high school students’ (ages 16-17, Greece 2015-201...
This work is part of a larger research, conducted in Greece, about the students' difficulties in und...
A teaching sequence based on the use of microscopic models to link electrostatic phenomena with dire...
Research has shown that both high school and university students' reasoning patterns regarding direc...
Aiming at a deep understanding of some basic concepts of electric circuits in lower secondary school...
Pupils\u27 ideas about electric current in a simple circuit composed of a battery, a bulb and wires ...
This paper presents some preliminary results of a research aimed at portraying individual models of ...
This paper presents some preliminary results of a research aimed at portraying individual models of ...
With this work we aim at presenting a research on high school students’ (ages 16-17, Greece 2015-201...
This work is part of a larger research, conducted in Greece, about the students' difficulties in und...
This study attempts to analyse why pupils find it difficult to assimilate concepts in physics, and i...
Nature of the conception of electric current held by junior-high-school students and teacher\u27s-co...
Electricity and magnetism are known as an important topics in the physics and scientific curriculum ...
Electromagnetic interactions play a central role in explaining the natural world and they provide th...
Data collected in this study indicated significantly greater pre-to-post test score gains, confidenc...