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系统论作为继相对论和量子力学之后又一次“改变了世界的科学图景和当代科学家的思维方式”的新理论,被广泛应用在自然科学、人文科学和社会科学中,使人们思维的角度发生了很大变化.惯性定律与楞次定律作为高中物理中的两大定律,都是系统稳定性原理在物理学中的具体体现.本文基于系统论对惯性定律与楞次定律进行对比分析,以期对惯性定律与楞次定律的教学有所启示.一、系统论的基本观点系统论是指以系统为研究对象的科学理论.系统
As a new theory of systems theory that has changed the scientific picture of the world and the way of thinking of contemporary scientists once again after relativity and quantum mechanics, it is widely used in natural sciences, humanities and social sciences to make people think Has undergone great changes.The law of inertia and Lenz’s law as two laws in high school physics are the concrete manifestation of the principle of system stability in physics.In this paper, based on the system theory, the inertia law and Lenz’s law are compared and analyzed, In order to enlighten the teaching of inertia law and Lenz’s law.First, the basic view of system theorySystem theory refers to the system as the research object of the scientific theory.The system