Proposta de sequência didática com o software Geogebra para o ensino do Movimento Uniforme Variado
The product of the dissertation "The Teacher Training and New Technologies in the Uniformly Varied Movement Education: a didactic sequence with GeoGebra software" has the theme "Proposal for a didactic sequence with GeoGebra software for the teaching Uniformly Varied Movement ". The general objectiv...
| Autor principal: | Silva, Jando Abraão de Miranda |
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| Grau: | Outro |
| Idioma: | por |
| Publicado em: |
Brasil
2020
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| Assuntos: | |
| Acesso em linha: |
http://repositorio.ifam.edu.br/jspui/handle/4321/398 |
| Resumo: |
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The product of the dissertation "The Teacher Training and New Technologies in the Uniformly Varied Movement Education: a didactic sequence with GeoGebra software" has the theme "Proposal for a didactic sequence with GeoGebra software for the teaching Uniformly Varied Movement ". The general objective was the teaching guide for curriculum component of physics, in order to develop skills with
GeoGebra educational software applied to the Uniformly Varied Movement. The specific objectives were to offer continuing education in school locus, teachers of the curricular component of Physics; contribute to the improvement of the teachinglearning features and graphical representation of the process of Uniformly Varied Movement and finally enable the construction of graphics through the GeoGebra software, based on an aligned instructional sequence to a lesson plan to show the applicability of GeoGebra before realized and planned activities during the pedagogical work time (HTP) of physics teachers. The result of the work was guided in literature and field research that contributed to better clarification on the subject; the approach was descriptive, with the approach contemplated by the preparation of the proposed didactic sequence for Uniformly Varied Movement (MUV). The teaching guide prepared to describe the MUV with the use of GeoGebra software demonstrated that properly used and planned, can awaken the teachers to use educational software and new technologies and consequently learning the characteristics and graphic representation of the diagrams the MUV. The study showed that it is possible to organize a class that include different tools and methodologies for teaching kinematics at school and to collaborate in the effective learning and resourcefulness of the students. Therefore, teacher training school task locus is undoubtedly essential for the improvement of the teaching process and to cope with different situations involving the task of educating for citizenship. |