differentiability criteria
可微性標準
differentiability theorem
可微性定理
differentiability conditions
可微性條件
point of differentiability
可微性點
differentiability analysis
可微性分析
class of differentiability
可微性階
differentiability in calculus
微積分中的可微性
global differentiability
全局可微性
local differentiability
局部可微性
differentiability properties
可微性屬性
the concept of differentiability is essential in calculus.
可微性概念在微積分中至關重要。
to determine differentiability, we analyze the function's behavior.
爲了確定可微性，我們分析函數的行爲。
differentiability implies continuity, but continuity does not imply differentiability.
可微性意味着連續性，但連續性並不意味着可微性。
we studied the differentiability of various functions in class.
我們在課堂上研究了各種函數的可微性。
graphing the function helps us visualize its differentiability.
繪製函數圖形有助於我們可視化其可微性。
in higher mathematics, differentiability plays a crucial role.
在高等數學中，可微性發揮着至關重要的作用。
we must check for differentiability before applying optimization techniques.
在應用優化技術之前，我們必須檢查可微性。
understanding differentiability is key to mastering differential equations.
理解可微性是掌握微分方程的關鍵。
many real-world problems require an understanding of differentiability.
許多現實問題需要理解可微性。
differentiability criteria
可微性標準
differentiability theorem
可微性定理
differentiability conditions
可微性條件
point of differentiability
可微性點
differentiability analysis
可微性分析
class of differentiability
可微性階
differentiability in calculus
微積分中的可微性
global differentiability
全局可微性
local differentiability
局部可微性
differentiability properties
可微性屬性
the concept of differentiability is essential in calculus.
可微性概念在微積分中至關重要。
to determine differentiability, we analyze the function's behavior.
爲了確定可微性，我們分析函數的行爲。
differentiability implies continuity, but continuity does not imply differentiability.
可微性意味着連續性，但連續性並不意味着可微性。
we studied the differentiability of various functions in class.
我們在課堂上研究了各種函數的可微性。
graphing the function helps us visualize its differentiability.
繪製函數圖形有助於我們可視化其可微性。
in higher mathematics, differentiability plays a crucial role.
在高等數學中，可微性發揮着至關重要的作用。
we must check for differentiability before applying optimization techniques.
在應用優化技術之前，我們必須檢查可微性。
understanding differentiability is key to mastering differential equations.
理解可微性是掌握微分方程的關鍵。
many real-world problems require an understanding of differentiability.
許多現實問題需要理解可微性。
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