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欢迎光临丁云龙老师教学网页
: } @; i7 h& Z. yhttp://csm01.csu.edu.tw/0166/2007Ting/index.htm5 f- a7 U8 Q9 f/ ^, k- e4 u; s0 p# |
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2 t/ `/ z5 S* g9 i% x; l1 ?6 B% C0 [CHAPTER 1 LIMITS OF FUNCTIONS. |: s/ h; [2 n4 \4 `' g
Section 1-1 Limits+ u! w0 y4 |( Q5 i) c s! u8 y$ j
Section 1-2 One-Sided Limit
. L' j) F. S+ N# @5 V4 T# w3 HSection 1-3 Continuity0 }* n/ S% F% R: {
Section 1-4 A Limit at Infinity and Infinite Limit
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CHAPTER 2 DERIVATIVE) r. _6 }% \( K, e. I3 O9 D+ @
Section 2-1 Definition of Derivative: R9 |) D) j$ F0 t( E5 o- V5 ~
Section 2-2 The Rule of Differentiation
/ t, _- n3 j( }. FSection 2-3 Chain Rule and Implicit Differentiation
+ E% ^' Q& t! ?# F. b8 jSection 2-4 Derivatives of Exponential and Logarithmic F 7 I- {6 X: [, u# e) I2 t
Section 2-5 Numerical Approximate –Differentials" W0 w& z9 K/ A+ p# o5 s
Section 2-6 Derivatives of Trigonometric Functions! n+ r, @2 f4 p [. e) l
Section 2-7 Derivatives of Inverse Trigonometric F) C1 ^: X3 d' y( P0 a& X& v/ ]. ^) z
, g$ e U2 X5 HCHAPTER 3 APPLICATIONS OF DERIVATIVES
* F/ Y$ i" \& `2 `1 D: A6 cSection 3-1 The Mean Value Theorem and its Applications
& W8 D6 J6 k- b* \# P5 d8 [4 X9 eSection 3-2 Increasing and Decreasing Functions3 q7 R$ h5 Z8 e5 M0 L
Section 3-3 Maximum and Minimum Values
: }7 h- {5 M4 V$ M' U. t, xSection 3-4 The Max -Min Problems o2 G) z4 S$ N5 Z+ m9 B8 H- u$ L3 n
Section 3-5 Concavity and Points of Inflection 1 u8 k9 x. h- Y( @
Section 3-6 Asymptotes
. @7 l N- X; p# mSection 3-7 Sketching curve0 X" i% d, G9 C1 X5 B$ N
Section 3-8 L' Hopital's Rule% F/ U. Z7 H' R
Section 3-9 Taylor Series9 ?) q7 g ~' S& B
Section 3-10 Applications In Marginal Analysis
1 B( Y0 `- q0 C N, u5 wSection 3-11 Elasticity
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CHAPTER 4 THE INDEFINITE INTEGRALS" c4 m. m2 B8 c2 I
Section 4-1 Antiderivative and The Indefinite Integrals
2 i: P* A6 G& b, |Section 4-2 Integration by Changing Variables0 O; o. X5 T0 }* ?3 {# e3 u/ y
Section 4-3 Integration by Parts3 \9 H+ `1 t. S( h7 o8 \( l
Section 4-4 The Trigonometric Integrals/ |( Q' d& u- k! h: m
Section 4-5 The Integration by Partial Fractions
" Y( M) n7 }2 q5 j) N# `Section 4-6 Trigonometric and Half-Angle Substitution. ^' u3 f$ V/ s9 ]) B
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CHAPTER 5 THE DEFINITE INTEGRALS
+ o2 P) O' ?7 x* ] s, R/ C. H) SSection 5-1 Areas and the Definition of Definite Integral3 z4 F7 g( K$ }' D% z( k
Section 5-2 The Fundamental Theorem of Calculus. |# ] @/ h# A
Section 5-3 The Approximate Integration: W# i, |# S8 M8 c- z
Section 5-4 The Improper Integrals 8 U0 R8 a8 R; ?. B8 `
* j6 K5 ?& w% e- _2 jCHAPTER 6 APPLICATIONS OF INTEGRATION
) g8 n% u7 S# G: u( g& pSection 6-1 Areas between Curves
- w7 l# j2 V M1 C5 f% T* o- ?Section 6-2 Areas in Polar Coordinates
8 c( x& |# e9 ]+ K- @+ dSection 6-3 Arc Length
2 B c6 q# \8 u. f# i$ k! F- WSection 6-4 Volumes and The Volumes of Revolution
6 ]& r7 e5 P6 fSection 6-5 Area of a Surface of Revolution & S1 S3 T3 i+ G$ r6 h" d
Section 6-6 Centroid of A Plane Region
& m! F# g5 f. K& O- `Section 6-7 Work and The Problems of The Engineering
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CHAPTER 7 PARTIAL DERIVATIVES$ g7 g5 K5 a& w2 s$ r/ z
Section 7-1 Limits and Continuity
' {5 U) {2 W& S0 C9 ]: aSection 7-2 Partial Derivatives
3 P' p: p5 q+ ?/ @! LSection 7-3 The Differentials and Chain Rules
) W" L( _& d! _. i/ K D3 PSection 7-4 Extrema of Functions of Two Variables
: ~2 ^) ~& C& }/ eSection 7-5 Directional Derivatives, Gradient and Tangent Plane; p& M0 o1 R5 v4 G+ w8 n. {
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CHAPTER 8 MULTIPLE INTEGRALS% y4 Y8 U4 q; C
Section 8-1 Integrals over a Rectangle: \' ], u; k! r* Q/ i9 X/ R5 R Z
Section 8-2 Integrals over a Region" J) {( v9 u' e) D& T4 J
Section 8-3 Three-Dimensional Iterated Integrals8 m8 \4 a" e$ }/ H) P
Section 8-4 Multiple Integration in Polar, Cylindrical and Spherical Coordinates7 H# s& |) G3 f2 i' D
Section 8-5 Applications of Multiple Integrals' Y, L& Z# l6 n* U ]' n
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