【正文】
(1)是連續(xù)函數(shù)。(2)是x的可導函數(shù)。 中值點在幾年的研究比較多,雖然在題目分析的時候不許要對中值點進行詳細的討論,但這些總激勵著科學家不斷地探索問題。這篇論文主要為了讓大家對微分中值定理有能夠深入的了解。能夠熟練的掌握微分中值定理在不同方面的應(yīng)用?!緟⒖嘉墨I】[1]華東師范大學數(shù)學系編 數(shù)學分析第四版 北京高等教育出版社 2010[2]天京師范大學數(shù)學學院 楊雪婷 淺談微分中值定理的應(yīng)用 2011[3]淮陰師范學院數(shù)學系 程希旺 微分中值定理漸進性研究新進展 2009[4]同濟大學應(yīng)用數(shù)學 高等數(shù)學學 北京師范大學學出版社 2002[5]瀟樹鐵 微積分 上冊(1)版:清華大學出版社 2002[6]Sun with Related Topics 西北工業(yè)大學出版社 1988[7]王志平 高等數(shù)學大講堂 大連 ,大連理工出版社。 2004 [8]錢昌本 高等數(shù)學范例分析 西安 西安交通大學出版 2004 [9]數(shù)學分析選講 陳新亞 同濟大學出版 2008 [10]Crabriel Klambauer Aspects of Galculus 1986The Different Mean—Value Theorem and Its ApplicationJia Sunpeng(Department of Mathematics and Information Science, Mathematics and Applied Mathematics ,11290056)Abatract: The different mean value theorem is not an important tool to research the plex. It also a important content of mathematical can solve thedifferential mean value theorem by constructing auxiliary functions to solve problemThis paper mainly studies the relationship between the differential mean value theorem and different research its promotion. This article summarizes the differentialmeantial mean value theorem of limit in the book,root existence,application of series and so the end of the mid point of the problem are discussed.Key words: The different mean value theorem Applications Auxiliary function 20