264 resultados para Ensino de física e química
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The teaching of modern and contemporary Physics subjects in high school is indispensable and it was already justified by several researchers. Among the subjects which must be taught, there is, for instance, Bohr atomics model. However, as it was noticed in literature review, many didactic materials do not deal with this model adequately, since that they do not take into account Bohr ideas, which involved Planck studies on black-body radiation, Einsten theory for photoelectric effect, Rutherford experiences and atomics model and the empiric results upon the spectrums of chemical elements emission. From that, it is extremely important teaching through approaches which potentialize the learning of the model proposed by Niels Bohr. On the other hand, teachers from high schools cannot have clearness about which approaches can be applied for teaching the mentioned model. Thus, it is presented some possibilities for teaching Bohr atomics model, with examples and justifications for the use of each one. Special treatment was attributed to the teaching from Science History and Philosophy, from the reading of scientific diffusion and original scientific texts, from analogies, from comic strips and from computer simulations.
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Em nosso estudo, investigamos as contribuições das pesquisas sobre o Ensino da Teoria da Relatividade Especial e Geral (TREG) e suas implicações para a prática docente. Para tanto, revisamos atas de 03 congressos científicos realizados no Brasil. Mapeamos 44 estudos, os quais foram categorizados de acordo com seus propósitos. Identificamos uma grande quantidade de produções, com foco na análise de conteúdos em livros, na formação de conceitos e na implementação de propostas didáticas, o que permite-nos inferir que, a procura por alternativas para que o ensino da TREG seja realmente efetivado se faz necessária e o aumento de investigações no ambiente escolar parece o caminho mais acertado. Há, também, uma necessidade de investirmos esforços na formação inicial dos professores, para que eles sintam-se seguros para abordar a TREG, quando estiverem em atividade docente.
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Este artigo descreve um conjunto de atividades educativas desenvolvidas no âmbito do projeto “Lab InCognITA – Laboratório de Inovação em Cognição, Informação, Tecnologia e Aprendizagem”, que objetiva promover o desenvolvimento de um conjunto de atividades e projetos com escolas públicas de nível médio, vinculadas à Diretoria de Ensino de Guaratinguetá, buscando despertar o interesse dos alunos para as áreas tecnológicas e engenharias. Destaca-se a importância dos recursos didáticos, em especial os baseados em experimentação, para promover uma melhoria no interesse dos estudantes pelas ciências exatas. A operacionalização do projeto é descrita por meio da apresentação das atividades previstas para o seu desenvolvimento, e de como estas são realizadas durante eventos denominados “Visita à UNESP”, em que alunos das escolas vêm até o Campus da UNESP – Guaratinguetá. Os resultados parciais obtidos sugerem que as atividades desenvolvidas durante as visitas têm contribuído para despertar o interesse dos estudantes para as áreas de Exatas e Engenharias.
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Conselho Nacional de Desenvolvimento Científico e Tecnológico (CNPq)
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Pós-graduação em Educação para a Ciência - FC
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Pós-graduação em Ensino de Física (mestrado profissional) - FCT
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We report here a study about the application of a formal teaching strategy about heat and temperature concepts applied among high school students. The strategy belongs to a research trend which deals with epistemological analogies and has an innovative character related to the students’ preparation for rational debates between conceptions and/or rival theories, using didactical rational reconstruction (DRR) which aims to help scientific concepts rational learning. We investigate the outcomes of this preparation and students’ conceptual development, analyzed through a qualitative-interpretative methodological approach.
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This article is part of a study that seeks to understand the main barriers to the inclusion of visually impaired students in learning Physics. Analyzing modern physics classes, we examine the difficulties in communication between teachers and visually impaired students. Our study emphasizes the analyses of empiricalsensory and semantic structures of speech, indicating factors that may hamper students’ understanding in the classroom. We recommend alternative procedures that aim to facilitate the effective participation of students with visual impairment in the communication process, such as: elimination of the interdependent audiovisual structure and the exploration of the communicational potentialities of a speech based on empirical structures whose accessibility does not depend on visual skills.
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Conselho Nacional de Desenvolvimento Científico e Tecnológico (CNPq)
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This work is intended to promote a reflection about the forms of work in groups for continuous training of teachers. Based on the hypothesis that the groups of study / discussion of specific topics in physics can have very effects significant and recommended by the literature, we based on the propositions of the educator José Contreras Domingo about autonomy of teachers and we does a report of an experience with group of continuing education in which they succeeded in developing the characteristics of autonomy of teachers in a job with physics teachers who participate in a group of study / discussion of topics of Modern and Contemporary Physics. In this way presents arguments relating the autonomy of teachers with the teacher continuing education and presents the report of a group of training teachers of physics who works along these lines.
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In this paper, we aim to understand the discourses of public school teachers who were former students of an Undergraduate Physics Education course, when they are perceived as actors speakers a public sphere concerned about teacher eduaction. So, we focused virtual dialogues occurred between these former students and a professor of the same course during the organization of the First Meeting of Ex-students inserted in an annual event called Meeting of the Teaching Practice in Physics of Ilha Solteira (ENPEFIS). Thus, we analyze these dialogues according to concepts of public sphere, communicative action and teachers as intellectuals according to elements of the content analysis of these virtual dialogues. Therefore, we envision in this work an important discussion for science teaching , since it reflects briefly on Physics Education committed to discussing science teaching in order to overcome the dogmatic and instrumental science education.
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The aim of this paper is to discuss the problematization in Physics Teaching subsidized by a methodology based on the steps of the process of psychoanalysis proposed by Santos (1998) and based in Bachelard’s epistemology. The work was developed and applied in extracurricular course and it was investigated at conceptions of students of the degree in Physics from Unesp-Bauru about the topics of the electromagnetism. The data were categorized into level of complexity and showed in tables and graphs. The results allowed us to infer the conceptual or epistemological profiles of the sample investigated.
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In this paper, we analyze the educational importance of teaching Physics in the early grades of elementary school from a teaching experience with students of 5th grade, using five experiments on electricity and magnetism. The theoretical framework used was the socio-historical psychology, especially Vigotski's studies on concept formation. It can be stated that the teaching of Physics and the use of experimental activities in the early grades cannot be simply associated to the teaching of certain scientific concepts, but should be explored bearing in mind the child's development.