THERELATIONSHIPBETWEENPHYSICSANDAPPLIEDMATHEMATICSINTHESYSTEMOFCREDITMODULES

Inthecontextofamodulareducationsystem,physicsandappliedmathematicsareoftentaughtasseparateandindependentfieldsofknowledge.However,thisapproachdoesnotfullyrevealtheinherentlogicalandmethodologicalconnectionsbetweenthesedisciplines.Thisarticleanalyzesthetheoreticalandpracticalaspectsoftherelationshipbetweenphysicsandappliedmathematicswithinamodulareducationsystemandsubstantiatestheircomplementarity.Whilephysicsaimstodeterminethelawsofnaturalphenomena,appliedmathematicsisameansofmodeling,calculating,andsolvingpracticalproblemsrelatedtotheselaws.Therefore,theroleofappliedmathematicsmethodsinadeepunderstandingofphysicalprocessesandtheirpracticalapplicationisimportant.Thearticleemphasizesthepotentialofamodulareducationsystemfordevelopingstudents'independentlearningskillsanddemonstratesthattheintegratedteachingofphysicsandappliedmathematicsimprovestheeffectivenessofeducation.Thisapproachcontributestostrengtheningthetheoreticalfoundationsofinterdisciplinaryintegrationinmodernengineeringandscienceeducation.在模块化教育系统（modular education system）的语境下，物理与应用数学常被作为彼此独立的知识领域开展教学。然而此种教学模式未能充分揭示两门学科间内在的逻辑与方法论关联。本文分析了模块化教育系统框架下物理与应用数学之间关系的理论与实践维度，并论证了二者的互补性。物理学旨在探明自然现象的运行规律，而应用数学则是针对这些规律开展建模、计算并解决相关实际问题的工具性手段。因此，应用数学方法对于深入理解物理过程及其实际应用具有重要意义。本文着重阐述了模块化教育系统在培养学生自主学习能力方面的潜力，并证明将物理与应用数学进行整合教学能够提升教育教学的实效性。此种教学模式有助于夯实现代工程与科学教育中跨学科融合的理论基础。