Origami arquitetônico como recurso pedagógico para a compreensão da geometria espacial de moléculas

In this research, architectural origami clipboards were elaborated and constructed as a didactic resource, with the objective of evaluating its potential as an educational tool in the teaching of Molecular Geometry. The research was based on some theoretical references: Vygotsky's Socio-Inte...

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Autor principal: Maia, Nilton Cláudio
Outros Autores: Pontes, Daniel de Lima
Formato: Dissertação
Idioma:pt_BR
Publicado em: Brasil
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Endereço do item:https://repositorio.ufrn.br/jspui/handle/123456789/27707
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Resumo:In this research, architectural origami clipboards were elaborated and constructed as a didactic resource, with the objective of evaluating its potential as an educational tool in the teaching of Molecular Geometry. The research was based on some theoretical references: Vygotsky's Socio-Interactionist Theory, General Theory of Signs of Charles Peirce and the contributions of researchers of Chemical Education. It was chosen methodologically by a qualitative and participative research. The data were collected from the accompanying pedagogical proposal, which included the application of questionnaires, initial and final, to the whole class, observation of proposed activities in the drawing boards, realization of experimental activity with origami, field notes, satisfaction questionnaire of the material and a test performed two weeks later for long term memory verification. The results showed that, when applying a methodology with this didactic material in a 3rd year high school class of a state public school in the municipality of Morada Nova - CE, it was possible to verify from the previous knowledge of the students that they advanced in their learning. Most of them have consistently assimilated information about the subject, developing spatial abilities such as mentally rotating a molecule in space, transposing or translating a representation of 2D to 3D molecules, and vice versa, in addition to perceiving some relationships between properties and molecular geometry. The students enthusiastically participated in the activities and presented good cooperation when working in groups, sharing doubts and experiences with their peers. The presence of the teacher as mediator in this process was of fundamental importance for the adequate use of didactic material and deepening of the theme developed.