This study attempts to analyse why pupils find it difficult to assimilate concepts in physics, and in particular, to learn how electrical circuits work. The study combines overviews of research into teaching electrical concepts, research into why learning science is difficult, and research into theories of learning, with a description and analysis of attempts to teach simple circuits to forty-four twelve-year-old pupils in small groups, using different methods. The pupils' progress was assessed by using a video record of the teaching sessions, and by analysing pupils' written answers to questions. Pupils' preferred learning style was recorded using the VARK questionnaire. Pupils' academic ability in science was estimated from their predicte...
Abstract: The study examined the effect of inquiry based learning on secondary schools students’ mis...
It is often the case that middle-school students have difficulties in understanding concepts in elec...
This paper looks at the learning of the topic of electric circuits by 17-year-old students covering ...
Many students in secondary schools consider the sciences difficult and unattractive. This applies to...
Many students in secondary schools consider the sciences difficult and unattractive. This applies to...
ISBN: 978-9963-700-44-8 - Interactive Posters: Strand 1. Learning science - conceptual understanding...
MEd (Natural Sciences Education), North-West University, Potchefstroom Campus, 2014Poor academic per...
The aim of this action research project is to develop and teach a series of electricity lessons, usi...
With this work we aim at presenting a research on high school students’ (ages 16-17, Greece 2015-201...
Changes in pupils ’ views concerning natural phenomena, some of which are related to electricity, we...
In the context of growing awareness of young children?s capabilities, and debates about the nature o...
Electricity is one of the key topics in school science, but it is on the other hand a very demanding...
Pupils\u27 ideas about electric current in a simple circuit composed of a battery, a bulb and wires ...
Alternative conceptions are the ideas which children and adults use to explain various scientific co...
It is well known that the science is one of the difficult subjects for many students. An examination...
Abstract: The study examined the effect of inquiry based learning on secondary schools students’ mis...
It is often the case that middle-school students have difficulties in understanding concepts in elec...
This paper looks at the learning of the topic of electric circuits by 17-year-old students covering ...
Many students in secondary schools consider the sciences difficult and unattractive. This applies to...
Many students in secondary schools consider the sciences difficult and unattractive. This applies to...
ISBN: 978-9963-700-44-8 - Interactive Posters: Strand 1. Learning science - conceptual understanding...
MEd (Natural Sciences Education), North-West University, Potchefstroom Campus, 2014Poor academic per...
The aim of this action research project is to develop and teach a series of electricity lessons, usi...
With this work we aim at presenting a research on high school students’ (ages 16-17, Greece 2015-201...
Changes in pupils ’ views concerning natural phenomena, some of which are related to electricity, we...
In the context of growing awareness of young children?s capabilities, and debates about the nature o...
Electricity is one of the key topics in school science, but it is on the other hand a very demanding...
Pupils\u27 ideas about electric current in a simple circuit composed of a battery, a bulb and wires ...
Alternative conceptions are the ideas which children and adults use to explain various scientific co...
It is well known that the science is one of the difficult subjects for many students. An examination...
Abstract: The study examined the effect of inquiry based learning on secondary schools students’ mis...
It is often the case that middle-school students have difficulties in understanding concepts in elec...
This paper looks at the learning of the topic of electric circuits by 17-year-old students covering ...