354 resultados para Geometria espacial. Áreas. Volumes. Esfera. Ensino médio


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A proposta de Denis Richter neste livro - fruto de pesquisa de campo realizada com alunos da 3.a série do ensino médio de Presidente Prudente (SP) - é investigar o raciocínio geográfico desenvolvido pelos estudantes a partir do ensino da Geografia em unidades de ensino públicas e privadas. Partindo da construção de mapas mentais da cidade, Richter analisou e interpretou o raciocínio geográfico formado ao longo da educação básica, identificou e avaliou os conteúdos que os alunos possuíam de Geografia e levantou como eles utilizavam a linguagem espacial para expressar seus conceitos espontâneos e científicos. A produção desses mapas mentais revelou ainda os conceitos que os alunos desenvolvem sobre a organização e a estrutura da cidade, bem como sobre os processos que, no entender deles, determinam os diferentes contextos do espaço urbano. O objetivo de fundo do livro de Richter é oferecer subsídios para que o ensino da Geografia proporcione um novo olhar sobre seu contexto sócio-cultural. Citando Milton Santos, o autor afirma que esse olhar está relacionado ao estudo do espaço, ou seja, ao estabelecimento de relações com os objetos e arranjos espaciais que compõem a sociedade - a totalidade.

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In this article we aim to broaden the discussion about mathematical education of students of Middle Level Professional Education in Brazil (EPTNM), focusing on the issue of interdisciplinarity, emphasized in official documents as one of the organizing axes of the curriculum for this type of education. Studies in this field are justified by the growth of this modality in the Brazilian educational system, as well as the lack of specific investigations in the field of Mathematics Education about it. Our research is guided by the questions: Can the adoption of an interdisciplinary approach to organizing the curriculum contribute to building links between technical professional education and the more academic education characteristic of Middle Level education? What are its potentialities for promoting more meaningful learning of mathematical content in this type of education? We conclude that the superficiality with which the theme of interdisciplinarity has been handled, and the lack of contextualization in other research related to it in mathematics education, are some of the reasons for not implementing the idea successfully. In this article, we discuss the contribution of different authors who research the theme and include proposals to explore Ethnomathematics and Modeling as possibilities for curriculum enrichment of the EPTNM, linking different areas of knowledge and contextualizing math in the reality of the world of work.

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This study aimed to review the publications in the area of Education Physics that has contributed to Scientific Literacy and STS - Science , Technology and Society , with students of elementary school in Basic Education , looking for understand the importance of an education that aims the formation of critical citizens, in opposition to passive recipients of technological influences of a modern society , but which are able to understand and reflect the importance and influence of science and technology in political, social and environmental to society . In this context , the Physics, is one of the areas of natural sciences with direct implications in daily life , we believe in the importance of introducing physical concepts in science education since the early years of basic education , either as a approach playful , experiment, study of books , magazines , papers , etc. . , so that the knowledge about physics can be built through experience and the analysis of daily phenomena, instead of only being addressed in the last three years of teaching average basic education

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This study presents the results of a study on the development of the concept of force and their possible applications in physics teaching. The historical study has focused on Aristotelian natural philosophy, medieval theories of strength in impressed and on classical Newtonian mechanics. The Newtonian concept of force was also an object lesson of physics analyzed in this study. In this lesson, conducted in a preuniversity course, spontaneous conceptions or alternative conceptions of students about the concept of force proved very entrenched, resulting in studies on the Model Change on Conceptual and epistemological obstacles in view Bachelardian. The theoretical frameworks adopted led us to trace parallels between spontaneous conceptions revealed by the students and some views about the concept of force found in the study of history. The results show that while some old conceptions have been replaced by scientifically Newtonian concept of force, they are still present in the students' ideas and resist to changes even after the study of Newton's laws. Like main result shows that the history of science can be a great ally for the deconstruction of alternative conceptions, particularly when these concepts were previously presented and overcome the course of history of the development of a concept

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The Gymnastic as a manifestation of the Body Culture Movement should be part of the contents worked in scholar Physical Education, throughout the process of Basic teaching. However, according to studies conducted by researchers from academic Gymnastics school knowledge involving the gymnastics have been tentatively taught in school by numerous factors. For this, the objective of this research was to understand and analyze the opinion of students in middle and high school about gymnastics classes developed with the involvement of graduation scholarship holder and the coordination of the project Gymnastics Goes to School from the UNESP/Campus Rio Claro “Núcleos de Ensino”, in 2012. This research used a questionnaire with topics about the Gymnastic with options: Never Practiced, Like a Lot, Like, Am Indifferent, Dislike, Hate with a space for writing and drawing, relevant to the research objectives. The research was performed with 79 students in middle and high school. With data analysis, it was observed that the students identified themselves more with the Artistic Gymnastic, followed by Rhythmic and Acrobatic Gymnastic and, at last, the General Gymnastic, both through the questionnaire and trough the drawings, which goes against the results from the article published in 2010 by Pereira et al, entitled The students detest the contents gymnastic in physical education classes: motives and alternatives, where the students understand the gymnastics activities only as support, abdominal and stretching. Therefore, to have a real understanding of gymnastics in school, there is a need for teachers to explain and develop the contents gimmicks, so the students could understand the difference among Gymnastics activities and, at the same time, discovering the pleasures of this body practice

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Here we present an exploratory study on the use of laboratory teaching in four schools of Basic Education in Rio Claro, SP, three of them high school and one of the second cycle of basic education, developed in the years 2011 and 2012, under activities of the course Prática de Ensino e Estágio Supervisionado, the Degree in Physics - UNESP, Rio Claro campus and work with Pibid (Projeto Institucional de Bolsa de Iniciação à Docência) in agreement UNESP CAPES Notice 2009. Initially, we diagnose the situation and identify the laboratories using them for Teaching Physics, from direct observation and contact with teachers. Based on the experimental realization of educational activities in such schools, we discuss different teaching strategies, and using experiments built with inexpensive materials (Ferreira and Ramos, 2008). We analyzed the role of the teaching laboratory in the development of skills and abilities of students, related to the teaching and learning of Physics, as well as aspects concerning the use of instructional laboratories

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Conselho Nacional de Desenvolvimento Científico e Tecnológico (CNPq)

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Fundação de Amparo à Pesquisa do Estado de São Paulo (FAPESP)

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Content belonging to the movement's body culture and inserted in Official Documents such as National Curriculum Parameters and Curriculum of the state of Sao Paulo, Gymnastics, was object of this Course Conclusion Paper. After the reality of more then 20 years of researches pointing to a distancing of Gymnastics content in School Physical Education, this study aims to understand and analyze the experience with Gymnastics contents during the middle and High School in Physical Education classes, having as perspective the view of students in the third year of high school from state schools in the city of Rio Claro-SP. Participated in this study 97 students from eleven state schools in the city. It was presented the previous experiences with gymnastics contens developed in Physical Education classes, as well as the materials, the most developed content and the pleasure aroused by these classes

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Coordenação de Aperfeiçoamento de Pessoal de Nível Superior (CAPES)

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Apresentamos neste trabalho experiências obtidas na aplicação de um dos jogos desenvolvidos como parte do projeto de Extensão “Ensinado Matemática através de Jogos, Modelos Geométricos e Informática”, o qual tem como objetivo desenvolver entre os alunos do ensino fundamental e médio o estímulo pelo interesse em Matemática e o aprimoramento de seus conhecimentos nesta área, o que é propiciado através do contato com problemas desafiantes e da interação com outros colegas e docentes, despertando o gosto e interesse pela investigação matemática, através dos jogos, modelos geométricos e softwares. O “Ensinando Matemática através de jogos, modelos geométricos e informática” conta com a colaboração de 3 docentes do departamento de Matemática da UNESP-Bauru e envolve a cidade de Bauru com várias escolas públicas de ensino médio, participando as três séries deste nível. Um dos objetivos dos departamentos de Matemática das universidades brasileiras é estimular o interesse dos graduandos ingressantes pelo raciocínio lógico. Outro ângulo é buscar meios de incentivo para alunos e professores, na tentativa de colaborar para a melhoria do quadro brasileiro que se coloca. Com este projeto estamos estimulando o gosto pela Matemática, propiciando uma maior interação professor / aluno, e promovendo uma aproximação comunidade / universidade, fazendo com que o aluno tenha uma nova visão da Matemática através dos jogos. Assim, de forma lúdica, estamos fazendo com que este aluno pense nos conceitos aprendidos na sala de aula, questione a lógica usada para fazer o pensamento, fazendo com que este estudante crie conexões entre as várias áreas da matemática. Dentre os jogos aplicados, o “fecha a caixa” tem nos proporcionado atingir este objetivo, como apresentamos no decorrer do nosso texto.

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Coordenação de Aperfeiçoamento de Pessoal de Nível Superior (CAPES)

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Neste artigo são discutidas possibilidades de uso das relações entre a física e a pintura no Ensino Médio. A partir das propostas de ensino oficiais, que já incorporam a necessidade de rever a abordagem usual dos conceitos da física, e de propostas de outros autores que afirmam a necessidade de dar outros sentidos aos conceitos físicos, mostramos como o desenvolvimento da física e da pintura indicam aproximações, e de como estas podem contribuir para a compreensão de conceitos dessa e de outras disciplinas, bem como para a compreensão da realidade em seu sentido mais amplo.

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O presente trabalho de pesquisa consistiu em duas etapas: (i) produção de um Guia de Estudos em que a história das pesquisas sobre a febre amarela (1881-1903) foi usada como subsídio para a discussão de alguns importantes aspectos do processo de produção de conhecimentos na ciência; (ii) realização de experiência pedagógica em que o Guia de Estudos foi aplicado junto a alunos do ensino médio. Os resultados obtidos forneceram evidência da viabilidade do uso da História da Ciência no Ensino de Ciências.