Educação ambiental no ensino de Química: propostas curriculares brasileiras

Pós-graduação em Educação - IBRC

Informática e ensino de química: investigando a experiência de um grupo de professores

Coordenação de Aperfeiçoamento de Pessoal de Nível Superior (CAPES)

As investigações de Ernest Rutherford sobre a estrutura da matéria: contribuições para o ensino de química

Coordenação de Aperfeiçoamento de Pessoal de Nível Superior (CAPES)

Dificuldades e possibilidades da utilização da história da ciência no ensino de química: um estudo de caso com professores em formação inicial

Coordenação de Aperfeiçoamento de Pessoal de Nível Superior (CAPES)

Ensino de ciências e matemática, VI: ensino de química

Organizado por João José Caluzi e Silvia Regina Quijadas Aro Zuliani, este livro traz uma série de estudos nos quais os autores procuram discutir o ensino da Química à luz da História da Ciência e das metodologias científicas consagradas pelas instituições de ensino brasileiras na disseminação dos conhecimentos sobre a matéria, sempre com um viés analítico e por vezes bastante crítico. A coletânea aborda desde uma proposta de integração da Filosofia da Química no currículo e na didática da matéria até a prevenção de acidentes na execução de experimentos de Química no ensino médio, passando por um balanço crítico sobre as obras de Química adotadas no Programa Nacional do Livro Didático para o Ensino Médio e da utilização e avaliação dos objetos de aprendizagem por professores de Química nas salas de aula brasileiras. A obra também fala do ensino da Química do ponto de vista mais específico, como nos artigos que discutem os pressupostos históricos e filosóficos sobre o princípio da incerteza, a tentativa de uma leitura kuhniana do conceito de substância e o estudo do termo densidade como obstáculo verbal à compreensão dos conceitos.

As dificuldades de implantação de atividades experimentais investigativas no ensino de Química

Dissatisfaction with certain aspects of the educational processes of the traditional teaching has always existed, and new teaching methods have been routinely studied. The experimental investigative activity is one of those alternative practices. In this type of activity the experimentation is inserted with an investigative approach, in which the student must build the concept, with proposals that represent solutions to the excited problems. In the teaching of chemistry, specifically, the need and importance of experimentation is evident, beyond motivate students, aid in the understanding of chemical concepts relating them to reality. Realizing the contributions of this methodology for teaching and learning, through this research was conducted to understand the difficulties encountered by teachers for planning and implementation of these activities in the teaching of chemistry and therefore the reasons for the dominance of traditional teaching method. The subjects were undergraduate students of chemistry course that developed and implemented differentiated learning activities for teaching and teachers who accompanied the high school students who participated in the university extension project Inclusion Science and University students and teachers from public: Teaching and Learning Chemistry focuses on research and practice”. Through the data it was possible to identify some factors that affect and hinder the implementation of experimental activities in general, not only the investigative. However, despite the difficulties experienced by undergraduates, the majority considered the activity as an alternative teaching method interesting and innovative, able to produce interest, motivation and participation of students with subsequent learning. As well as the teachers, what with all the difficulties that they had declared facing when applying experimental activities, they admitted the pedagogical... (Complete abstract click electronic access belo)

Considerações sobre a presença e características do tema água nas Propostas Curriculares para o ensino de Química/2009, do Estado de São Paulo

This study sought to raise the water issue is addressed in the teaching of chemistry in public schools through the notebooks Curricular Proposal of the State of Sao Paulo. First we tried to do a survey of knowledge related to construction of the concept of historical perspective, the physical and chemical properties, their importance to man and the particulars of the national curriculum for this subject. The methodology used was qualitative, descriptive and documentary. We analyzed the books for the first, second and third marking periods and the three series (the 4th book had not yet been distributed). As expected the first scenario, the proposed curriculum addresses the topic in greater depth in only one of the notebooks of the second year of high school. The approaches are no longer linked to health issues and the environment, cross-cutting issues considered by the NCP and important for students to make associations between the chemical content and their daily lives. We conclude that the contract should be evaluated by teachers and that their use should be involved in drawing up a plan that takes into account the aspects that seem incomplete. We also emphasize that although the proposal is interesting from the standpoint of teaching, teachers need training to its full use in the classroom

Tecnologia da informação e comunicação no ensino de Química: o projeto Rived como estudo de caso

Modern society is characterized by being in evolution finds, technology strides and every day becomes the setting in which we live. At school, however, we found no features of these changes, the years pass and the methodological tools remain unchanged. In this paper we analyze an object produced by the Learning Network Interactive Virtual Education - RIVED to discuss whether it covers the content and answers to the questions proposed by the National Curricular and Curricular Proposal of the State of Sao Paulo, and may be inserted in the educational environment, both to perform a qualitative analysis, focusing on information retrieval. The results showed that the Learning Objects: Abundance, has most of the proposals relating to the subject of study, prepared by the NCP and the Proposed Structure for the State of Sao Paulo, so it is valid for teachers to use this tool trying that with a new approach, we can give students a better understanding of chemical concepts

O uso do youtube como ferramenta no ensino da química: análise de vídeo

Contemporary society is going through a cultural revolution evidenced by the area of information technology, and this has led to a transformation in social relations and in the classroom. trying to adjust to these changes and also to curricular high school, the teacher can use as teaching materials, some visual aids: the videos. for this he can use the youtube site to select this educational material. however, given the vast amount of videos available on the site requires a careful selection of them. this work of completion then you want to make a qualitative analysis about the videos available free on the youtube site

Quais relações estabelecidas entre ensino de química, educação ambiental e o enfoque CTS?: um estado da arte de alguns periódicos nacionais

This work presents results of art state that searched articles to bring in its wake the relationship between Teaching of Chemistry (TC), Environmental Education (EE) and the Teaching of Chemistry directed from the Science Technology and Society (STS) standpoint. The research was carried by articles surveying in major magazines Brazilian Environmental Education and a reference in the research magazine of Science Education, being performed a qualitative analysis of those items that were identified. It was noted that little is produced on the subject of interest within this field, in mid-1998 to June 2012. In the articles analyzed did not find a perspective that allied relationship STS and EE, or EE, STS and TC. Nine articles were found in relation EE and TC, and TC and three articles STS, constituting two thematic axes: Relationship between Environmental Education and the Teaching of Chemistry and Relationship between Science and Technology Society and Chemistry Teaching, The discussion was given from the contents that comprised the categories created. The first axis involved: a) Teacher of Chemistry and EA b) Contents of Chemistry and EE, and c) Concepts and practices of EE Chemistry teachers. The second axis of the categories are: a) formative processes and conceptions of chemistry teachers in STS: b) Analysis of TC practice focusing STS. There were works produced by the same authors, who mostly used the same theme in different magazines for publication only changing the perspective of analyzing the results. Finally, a scenario indicates that restricted thematic research and the need to advance with future work

Os efeitos do Game Design no processo de criação de jogos digitais utilizados no ensino de Química e Ciências: o que devemos considerar?

Pós-graduação em Educação para a Ciência - FC

Pressupostos epistemológicos e a experimentação no ensino de Química: o caso de Lavoisier

Coordenação de Aperfeiçoamento de Pessoal de Nível Superior (CAPES)

Corrosão do aço-carbono: uma abordagem do cotidiano no ensino de química

In this paper, two simple ways of evaluating carbon steel sheet corrosion in a hydrochloric acid solution were presented as an experimental proposal for corrosion teaching. The first method is based on direct measurements of mass before and after corrosion tests. The second approach follows the principle of visual colorimetry by which soluble corrosion products are transformed into red complexes allowing monitoring of the products'concentration according to increases in solution color intensity. Both methods proved able to determine the corrosion rate.

Experimentação no ensino de química: propostas de realização em busca da aprendizagem significativa

The Experimentation in Science Education is used since the beginning of 19th century and has it origins linked to the laboratory classes realized in the universities. This classes used, and in many cases, still using the Scientific Method initially purposed by Descartes in 18th century for the construction of scientific knowledge. One of the allegations is that the method would be the fast stand the cheapest to generating scientific information, although, it is based on the empiricism-positivism, which considers that all people have the same learning skill and they can start from the same spot. Through this paper, is not intended to contest the scientific methodology, or even its importance in science history, but just try to identify and describe other possibilities in using of the teaching laboratory, which can make the learning easier for a much higher number of students, contemplating different cognitive capabilities and generating a better scientific knowledge learning and its transfer to practical situations in life, besides, they can provide more significant learnings. Over the text, four different purposes will be presented, which depart from the laboratory use for theory evidence, incapable to make students use the learned knowledge outside the school, until that which develops in the students capabilities to scientifically argue about their day to day themes