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数学作为一门重要的学科,对思维创新具有十分重要的作用。但是数学学科本身理论性强,需要学生具备较强的逻辑思维才能更高效地完成学习。数学解题方法和技巧对不同类型的数学习题的作答效率和正确率有非常大的影响。基于此,本文分别从如何构建数学整体、如何使用数学技巧加减同一个量、如何利用反面假设论证原命题三种数学解题实例分析高中数学解题方法及技巧,打开高中同学遇到类似数学问题时的思路,为数学实际解题提供一定的借鉴,因此具有实践参考价值。
As an important discipline, mathematics plays a very important role in thinking innovation. However, the mathematical discipline itself is theoretically strong, requiring students to have strong logical thinking to complete learning more efficiently. Mathematical problem solving methods and techniques have a very big impact on the efficiency and correctness of different types of mathematical exercises. Based on this, this article respectively from how to build mathematics, how to use the mathematical skills to add and subtract the same amount, how to use the negative hypothesis to prove the original proposition three mathematical problem solving examples of high school mathematics problem solving method and skills, open high school classmates encounter similar mathematics The train of thought at the time of problem, offer some reference for mathematics problem solving, so it has practical reference value.