José María Gavilán-Izquierdo, Mercedes García, V. Martín-Molina
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引用次数: 0
Abstract
Abstract A current research problem in mathematics education is the characterization of the role of teachers in the processes of technology integration in mathematics classrooms. This article shows how two secondary mathematics teachers taught the concept of derivative of a function at a point and the concept of derivative function, one of them using digital technology and the other one without using it. Their teaching was characterized by describing their hypothetical learning trajectories (learning goals, learning activities and the hypothetical learning processes). APOS theory (which stands for Action, Process, Object and Schema) was used to describe the hypothetical learning processes. The results showed that the use of digital technology in class may promote reflection among students without excessive computations, thus helping them to construct the concept of derivative.
摘要当前数学教育研究的一个问题是数学课堂技术整合过程中教师角色的表征。本文介绍了两位中学数学教师是如何在教学中使用数字技术和不使用数字技术的情况下,对函数的一点导数概念和导数函数的概念进行教学的。他们的教学特点是描述他们假设的学习轨迹(学习目标、学习活动和假设的学习过程)。APOS理论(即Action, Process, Object and Schema)被用来描述假设的学习过程。结果表明,在课堂上使用数字技术可以促进学生的反思,而不需要过多的计算,从而帮助他们构建导数的概念。
期刊介绍:
Under the editorship of D. LaMont Johnson, PhD, a nationally recognized leader in the field of educational computing, Computers in the Schools is supported by an editorial review board of prominent specialists in the school and educational setting. Material presented in this highly acclaimed journal goes beyond the “how we did it” magazine article or handbook by offering a rich source of serious discussion for educators, administrators, computer center directors, and special service providers in the school setting. Articles emphasize the practical aspect of any application, but also tie theory to practice, relate present accomplishments to past efforts and future trends, identify conclusions and their implications.