物理学之所以成为科学的基础,重要原因之一就是物理学在研究物质世界的运动规律时,不仅仅满足于定性的描述,更重要的是找出了各物理量之间的定量关系,因此,在物理学的研究和学习中,不论是观察实验,还是理论探讨;不论是从感性认识上升到理性认识,还是运用物理理论解决实际问题,数学方法的运用都是极为重要的环节。其作为研究物理学的一种重要工具,它提供了物理概念与物理规律简洁精确的表达方式;同 One of the important reasons why physics became the foundation of science was when physics was studying the laws of motion in the material world, not only satisfying qualitative descriptions, but more importantly finding out the quantitative relationships between physical quantities. Therefore, In the study and study of physics, whether it is observing experiments or theoretical discussions; whether it is from perceptual knowledge to rational knowledge or physical theory to solve practical problems, the use of mathematical methods is an extremely important part. As an important tool for studying physics, it provides a concise and accurate expression of physical and physical laws;