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通常而言,知识迁移就是指一种学习对另外一种学习所产生的影响,既包括以往学习经验对后续学生所产生的影响,也包括新的学习体验中所习得知识、方法和技能等对以往学习所产生的反思,迁移总是无时无刻不存在于学习之中.高中数学知识具有整体性,知识迁移的应用在解决数学问题以及知识的系统化方面作用突出.本文笔者便就高中数学中迁移的应用策略进行探讨.1.构建结构图,把握知识关系把握知识点间的相互关系是实现学习迁移的基础.结构图
In general, knowledge transfer refers to the impact of learning on another type of learning, including the impact of previous learning experiences on follow-up students, as well as the acquired knowledge, methods and skills in the new learning experience Reflection on the past learning, migration always always exist in learning.Mathematics knowledge in high school is holistic, the application of knowledge transfer plays a prominent role in solving mathematical problems and the systematization of knowledge.In this paper, I will be in high school mathematics The application strategy of migration will be discussed.1.Construction of the structure diagram, grasping the knowledge relation Grasping the interrelationship between the knowledge points is the basis of learning transfer.