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学生具备数学知识能力的表现有许多,其中颇为重要的一个就是落实在准确高效的实际解题当中。从迎接高考的角度来讲,学生们在接触并掌握了知识方法之后,必须要将其转化为解决具体问题的能力,才能说是达到了高中数学的学习要求。因此,以解题能力为核心驱动与根本目标来开展教学研究,是高中阶段数学教学的一个有效选择。本文将要讨论的是围绕学生解题能力的培养来展开的对教学设计的建议。一、用好变式例题,提高应变能力
There are many students have the ability of mathematical knowledge, one of the most important is the implementation of accurate and efficient practical problem. From the perspective of college entrance examination, after students have acquired and mastered the methods of knowledge, students must translate them into the ability to solve specific problems before they can meet the learning requirements of high school mathematics. Therefore, to solve the problem-solving ability as the core driver and the fundamental goal to carry out teaching and research, is an effective choice for high school mathematics teaching. This article will discuss the teaching design that is based on the training of students’ problem solving skills. First, make good use of variant examples, improve adaptability