3 resultados para perspectives of teaching

em Repositorio Académico de la Universidad Nacional de Costa Rica


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Costa Rica is a small country located in Central America, with an area of 51,100 square kilometers and a population of 2,192,410 inhabitants. The highest percentage of national budget, 26.73%, is dedicated to education. There are currently 360 kindergarten, schools and 317 colleges 3001, considering the different modes: academic, technical, agricultural, industrial, craft and art. These figures mean a huge effort for Costa Rican society is worth now the question what the country looks so large an investment? and what role school libraries are doing in achieving the goals of Education of Costa Rica? I believe unequivocally that those who lead us today reciprocated school libraries, we encourage the same spirit that is well expressed in the famous document UNESCO1. "Learning to Be".

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This paper provides theoretical perspectives and the corresponding epistemological approaches on the study of disabilities.  It explains diverse focuses to see disabilities from their different points of view; it also includes debates between those focuses. This paper contributes to a conceptual-theoretical clarification for the study and research on disabilities.

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The purpose of this article is to present the results obtained from a questionnaire applied to Costa Rican high school students, in order to know their perspectives about geometry teaching and learning. The results show that geometry classes in high school education have been based on a traditional system of teaching, where the teacher presents the theory; he presents examples and exercises that should be solved by students, which emphasize in the application and memorization of formulas. As a consequence, visualization processes, argumentation and justification don’t have a preponderant role. Geometry is presented to students like a group of definitions, formulas, and theorems completely far from their reality and, where the examples and exercises don’t possess any relationship with their context. As a result, it is considered not important, because it is not applicable to real life situations. Also, the students consider that, to be successful in geometry, it is necessary to know how to use the calculator, to carry out calculations, to have capacity to memorize definitions, formulas and theorems, to possess capacity to understand the geometric drawings and to carry out clever exercises to develop a practical ability.