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2-6复合函数的导数(Derivatives of composite functions)
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复合函数求导十分重要,其求导法则是链式法则,或者用剥笋法,从外到内,一层一层剥开。对于含有根式或多个因式相乘或相除的函数,可先有理化,或取对数之后再求导,会使运算简化。
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2-5导数的四则运算法则(Four operation rules of derivatives)
2-9函数的微分(Differential)
2-2单侧导数(One-sided derivatives)
2-8函数的线性化(Linearization of a function)
2-4函数可导与连续的关系(Relationship between derivability and continuity)
1-16函数图形的渐近线(Asymptotes of graphs)
1-25函数的间断点(Discontinuous points of functions)
1-27闭区间上连续函数的性质(Properties of continuous functions on a closed interval)
5-2黎曼和(Riemann sum)
1-3初等函数(Elementary functions)
2-11隐函数的导数(Implicit differentiation)
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1-5认识极限(Understanding of limit)
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1-6数列有限极限的精确(Precise definitions of sequences)
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2-7高阶导数(Higher-order derivatives)
1-28函数的极限与连续全章总结(1)(Summary of Chapter One (1))
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2-3对导数的解释(Interpretations of derivative)
1-28函数的极限与连续全章总结(2)(Summary of Chapter One (2))
3-13最值与优化问题(Global extrema and optimization)
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3-6求泰勒展开式举例(Examples for finding Taylor's expansions)
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3-5泰勒中值定理(Taylor's mean value theorem)
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4-3凑微积分法(Integration by patchwork differential)
3-3柯西中值定理(Cauchy's mean value theorem)
3-12函数的极值(Extreme value of functions)
1-10x→±∞时函数极限的精确定义(The precise definition of limf(x)=A as x approaches infinity)
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