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1·The function is continuously differentiable.

函数是连续可微分的。

2·Not all continuous functions are differentiable.

函数是连续可微分的。

3·OK, so most of the functions we'll see are differentiable.

因此大多数我们会遇到的函数都是可微的。

4·You will see why. It is defined and differentiable in r.

你们会明白为什么的，它在R上有定义，且是可微的。

5·The results for differentiable homeomorphism are extended.

并推广了微分同胚的有关结果。

6·Every polynomial is differentiable, and so is every rational.

每个多项式都是可微的，而每个有理函数也是如此。

7·And, we say that a function is differentiable if these things exist.

我们说一个函数是可微的，如果这些偏导数存在。

8·Theorem 1 if is differentiable at, and is a local extreme value of, then.

定理1设函数在处可导，且在处取得极值，那么。

9·There is a nodus to design an observer for nonlinear bounded continuous differentiable system.

对于非线性有界连续可导系统的观察器设计是观察器设计的难点之一。

10·This article was to offer the method about the complex function's differentiable and holomorphic.

文章针对被积函数是连续函数、可导函数的定积分不等式提出了几种有效的证明方法。

可微

1·OK, so most of the functions we'll see are differentiable.

因此大多数我们会遇到的函数都是可微的。

2·The uniqueness theorem of generalized quasi-analyticity of the infinitely differentiable functions in some closed angular domain is extehded to the functions of several complex variables.

摘要把无穷可微函数类在角形闭区域上的唯一性结果推广到了多维情形。

3·Some Suggestions for executing this method are presented, graphical results of nowhere differentiable continuous function are shown.

对此，阐明了一些有效的建议，并给出了无处可微连续函数的图示结果。

4·The approximation of differentiable functions by a kind of interpolatory rational functions is discussed, and the corresponding order of approximation is obtained.

讨论了一类插值有理函数对可微函数的逼近，得到了相应的逼近阶。