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从本期起,本刊将推出一个新栏目“数学实验室”.在学习和研究自然科学时,我们常常动手做实验,通过实验操作,观察现象,分析数据,发现现象背后的规律,获取科学知识.在数学中,同样需要做实验,事实上,许多数学定理和结论就是首先通过数学实验进行观察、分析、归纳、猜想而得到,然后再加以证明的. 数学实验的对象常常是数式或图形(含模型、实物等),实验的目的是获得数学体验,增加我们对数式或图形的了解,并通过观察和思考揭示其中的规律. 近年来,电子计算机由于其拥有的强大运算功能和图形处理功能,已成为数学实验室的强有力工具,也使得数学实验在数学学习和研究中的重要性日益凸显. 让我们一起动手做数学实验吧!本刊欢迎您提供实验课题和实验过程,别忘了将您的发现告诉编辑部哟!
From this issue, the journal will launch a new column “Mathematics Lab.” When studying and researching natural sciences, we often conduct hands-on experiments by experimenting, observing phenomena, analyzing data, discovering the laws behind phenomena, and acquiring science. Knowledge. In mathematics, it is also necessary to do experiments. In fact, many mathematical theorems and conclusions are first obtained through observation, analysis, induction, and conjecture through mathematical experiments, and then they are proved. Mathematical experiments are usually objects of numbers or figures. (Including models, objects, etc.) The purpose of the experiment is to gain a mathematical experience, increase our knowledge of numerical formulas or graphs, and reveal the rules through observation and reflection. In recent years, electronic computers have had powerful computing functions and graphic processing due to their own Functionality has become a powerful tool for mathematics labs, and it has also made the importance of mathematical experiments in mathematics learning and research increasingly prominent. Let’s do hands-on mathematics experiments! The Journal welcomes you to provide experimental topics and experimental procedures. Don’t forget Tell your editor about your findings!