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联想是从一个问题想到另一个问题的心理过程.它是人脑思维的一种属性.众所周知,数学知识之间存在着密切的联系,这种内在的关联构成了整个数学知识的体系. 知识的内联又决定了数学命题之间有着诸如因果,从属,相似,相反,特殊等各种不同的关系.下面举列说明对数学问题如何产生联想,探索解题规律,从而提高分析问题、解决问题的能力. 一、联想已学过的定义、定理、公式和法则 面对一个新的数学命题,你应该首先审
Lenovo is the psychological process from one issue to another. It is a property of human brain thinking. As we all know, there is a close connection between mathematical knowledge. This internal connection constitutes the entire system of mathematical knowledge. Inlining also determines that there are various relations between mathematical propositions such as causality, subordination, similarity, contrast, and speciality. The following shows how to associate mathematical problems and explore the law of solving problems, thereby improving the analysis of problems and solving problems. Ability. First, the definitions, theorems, formulas, and rules that Lenovo has learned to face a new mathematical proposition, you should first review