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时间:2018-04-08
《微元法在物理解题中的应用 毕业论文》由会员上传分享,免费在线阅读,更多相关内容在学术论文-天天文库。
1、微元法在物理解题中的应用TheApplyofElementmethodInSolvingPhysicsProblems摘 要微元法是分析连续过程积累的一种方法,故在普通物理学中应用广泛.在进入大学学习之初,常常因从中学的恒力问题过渡到变力问题,时而思路混乱,于是牛顿采用“微元”方法处理分析物理现象,创立微积分学.本文追随着大师的思想,介绍物理解题所采用的微元法在力学和电磁学方面的具体的应用.关键词:微元法,万有引力,牛顿运动定律,磁通量TheApplyofElementmethodInSolvingPhys
2、icsProblemsABSTRACTElementanalysisistheprocessofcontinuousaccumulationofamethod,Therefore,ingeneralphysicswidelyused.Atthebeginningofthestudytoenteruniversity,oftenbecauseoftheconstantforcefromthesecondaryissueofthetransitiontochange,sometimesconfusingidea
3、s,SoNewtonused“elementmethod”Dealingwiththephysicalphenomenaanalysis,thecreationofCalculus.ThispaperrecoverywithamasterofthinkingonsolvingphysicsproblemsbyusingtheElementmethodinmechanicsandelectromagneticfieldsofscience,thespecificapplication.KEYWORDS:Ele
4、mentmethod,UniversalGravitation,Newton’sLawsofMotion,Fluxi目录第一章绪论..............................................................................................................................1第二章微元法的定义及应用理论基础................................................
5、...............................1§2-1微元法的定义....................................................................................................................................1§2-2微元法的应用理论基础...................................................................
6、..................................................3第三章微元法在力学中的应用.............................................................................................4第四章微元法在电磁学中的应用....................................................................................
7、........6第五章总结........................................................................................................................................8.参考文献....................................................................................................
8、.............................................9致谢.....................................................................................................................................................10i第一章绪 论 “
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