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数学技能的训练和能力的培养离不开解题。解题是使学生牢固掌握数学基础知识和基本技能的必要途径,也是检验知识、运用知识的基本形式。有效地培养数学解题能力,有助于独立的有创造性的认识活动,也可以促进数学能力的发展。数学解题过程大致包括审题、解题计划的制定、解题结构的优化和解题后的反思等环节。高中数学高效解题的主要步骤也就可以根据这些环节进行。下面就此谈谈自己的一些见解和看法。
The training of mathematics skills and the development of abilities are inseparable from problem solving. Solving problems is a necessary way for students to firmly master the basic knowledge of mathematics and basic skills, and it is also a basic form of testing knowledge and applying knowledge. Effectively cultivating the ability to solve problems in mathematics is conducive to independent and creative cognitive activities and can also promote the development of mathematical ability. The mathematics problem-solving process roughly includes the following aspects: questioning, the formulation of the problem-solving plan, the optimization of the problem-solving structure, and the reflection after the problem-solving. The main steps of high school mathematics problem-solving can also be based on these links. Here I will talk about some of my own opinions and opinions.