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math course description
Course Syllabus
课程名称Course Title
08N1120211-2-工科数学分析(上、下) Mathematical Analysis for Science and Technology Majors
课程描述Description of Courses
本课程系统介绍数学分析中的基本概念和基本方法:
一、函数:函数及其性质,复合函数,初等函数,集合。
二、极限与连续:极限定义,极限的性质与运算法则,极限存在的判别法则,无穷小与无穷大,函数的连续性。
三、导数与微分:导数的基本公式与四则运算法则,反函数与复合函数求导法则,隐函数与参数式函数求导法则,高阶导数,微分。
四、微分中值定理:微分中值定理,洛必达法则,泰勒公式。
五、不定积分:原函数与不定积分,换元积分法,分步积分法。
六、定积分:定积分的定义与性质,定积分存在的判别法则,微积分基本定理,定积分的换元积分法和分步积分法,反常积分。
七、导数与积分应用:函数的极值与最大(小)值,函数的分析作图法,曲线的弧长与弧微分,曲率,定积分的应用。
八、微分方程:一阶微分方程,几种可积的高阶微分方程,线性微分方程。
九、多元函数微分学:偏导数与高阶偏导数,全微分,复合函数求导法,隐函数求导法,偏导数的几何应用,多元函数的泰勒公式与极值,方向导数与梯度。
十、多元函数积分学:黎曼积分定义,二重积分,三重积分,第一型曲线积分,第一型曲面积分,黎曼积分的应用。
十一、第二型曲线积分与第二型曲面积分:向量场,第二型曲线积分,格林公式,第二型曲面积分,高斯公式,通量与散度,斯托克斯公式,环量与旋度。
十二、无穷级数:无穷级数及其性质,正项级数,任意项级数,函数项级数,幂级数,傅里叶级数。
十三、复变函数:复变函数的极限与连续,解析函数,复变函数的积分,解析函数的级数表示。
十四、微分几何:曲线论的基本知识,曲面论的第一基本形式,曲面论的第二基本形式。
This course is intended to introduce those methods and concepts in analysis of mathematics:
1. Functions: Functions and their properties, composite functions, elementary functions, set.
2. Limits and continuity: Definition of limit, limit properties and laws, criteria of existence of limits, infinities and infinitesimals, continuity.
3. Derivatives and differentials: Differentiation formulas and rules, chain rule, implicit differentiation, higher derivatives, differentials.
4. Mean value theorem: Mean value theorem of differentials, L`hospital rule, Taylor formula.
5. Infinite integrals: Antiderivatives and infinite integrals, substitution rule, integration by parts.
6. Definite integrals: Definition and properties of definite integral, criteria of existence of definite integrals, fundamental theorem of calculus, substitution rule, integration by parts, improper integrals.
7. Applications of differentiation and integration: Maximum and minimum values, curve sketching, arc length and differential of arc length, curvature, applications of integration.
8. Differential equations: First-order differential equations, some integrable



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