Identifying and Fostering Higher Levels of Geometric Thinking [PDF]
Pierre M. Van Hiele created five levels of geometric thinking. We decided to identify the level of geometric thinking in the students in Slovenia, aged 9 to 11 years. The majority of students (60.7 %) are at the transition between the zero (visual) level and the first (descriptive) level of geometric thinking.
Škrbec, Maja, Hodnik, Tatjana
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Research on the impact of different teaching methods on students’ spatial ability and three-dimensional geometric thinking [PDF]
Spatial ability is a fundamental cognitive skill that is a strong predictor of success in STEM education. Three-dimensional geometric thinking is the formalized expression of spatial ability when solving three-dimensional geometric problems.
Tanjun Ma, Wenlan Zhang
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Analysis of the Geometric Thinking Stage of Madrasah Tsanawiyah Students Based on Van Hiele's Theory
In the process of learning mathematics, especially geometry, teachers must pay attention to the level of ability possessed by students. Van Hiele suggests that there are five stages of thinking that students will go through in learning geometry: the ...
Nasifah +2 more
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Gifted students have potential to improve countries and this potential can be revealed and developed in schools where they spend most of their times with other regular students.
Bilal ÖZÇAKIR +2 more
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Geometric Thinking of Malaysian Elementary School Students
Geometry is one of the basic skills to be mastered in Malaysian mathematics education. However, there is not much information on geometry attainment of the elementary school students based on van Hiele's levels. The purpose of this study was to determine the van Hiele's levels of geometric thinking among the elementary school learners.
Md. Yunus, Aida Suraya +2 more
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Geometric thinking program to enhance problem-solving skills of primary school teacher candidates
Geometry is a mathematics subject that has been widely considered hard. Several problems in learning geometry lead to geometric problem-solving skills.
T. Trimurtini +3 more
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Planimetric warm-ups for developing geometric thinking [PDF]
Solving problems in geometry, whether planar or spatial, is for students generally more difficult than solving problems in other branches of mathematics, e.g. in arithmetic or in algebra. Therefore, it is necessary to consider how students’ geometric thinking and spatial imagination can be practised and developed.
Daniela Bímová, Markéta Jeřábková
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STUDENTS’ GEOMETRIC THINKING BASED ON VAN HIELE’S THEORY
The current study aims to identify the development level of students’ geometric thinking in mathematics education department, Universitas Ahmad Dahlan based on van Hiele’s theory. This is a descriptive qualitative research with the respondents as many as
Harina Fitriyani +2 more
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Ranking and serial thinking: A geometric solution
Abstract A general mathematical description of the way the brain encodes ordinal knowledge of sequences is still lacking. Coherently with the well-established idea of mixed selectivity in high-dimensional state spaces, we conjectured the existence of a linear solution for serial learning tasks.
Gabriele Di Antonio +2 more
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فاعلية برنامج قائم على استراتيجية الألعاب التعليمية المصورة لتنمية بعض مهارات التفکير الهندسي لدى أطفال الروضة بمدينة المنيا The Effectivness of a Program in illustrated Educational Games to Develop Some Geometric Thinking skills of Kindergarten Children at Minia City [PDF]
The research aims to identify the effectiveness of a program based on the strategy of illustrated Educational Games to develop Some Geometric Thinking skills among kindergarten children in Minya city, and the research group consisted of(47) children ...
أ.د /حنان محمد صفوت +2 more
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