数学对物理科学而言不仅仅是计算工具,也是物理科学的思维工具,是物理学发展的根基,并且很多物理问题的解决是数学方法和物理思想巧妙结合的产物.不能够灵活运用数学知识和方法往往成为学习物理和物理解题的一大障碍.因此应该重视数理结合,努力提高 Mathematics is not only a computational tool for physical sciences, but also a tool for physics thinking. It is the foundation of the development of physics, and the solution to many physical problems is the result of the ingenious combination of mathematical methods and physical thoughts. It is not possible to use mathematical knowledge flexibly. Methods often become a major obstacle to learning physical and physical understanding problems. Therefore, we should pay attention to the combination of mathematics and theory, and strive to improve