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Continuity And Differentiability - Practice Questions & MCQ

Edited By admin | Updated on Sep 18, 2023 18:34 AM | #JEE Main

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  • 40 Questions around this concept.

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Number of points where \mathrm{f(x)=x^{2}-\left|x^{2}-1\right|+2|| x|-1|+2|x|-7}  is non-differentiable is

 If \mathrm{f(x)=x, x \leq 1}, and \mathrm{f(x)=x^2+b x+c, x>1}, and \mathrm{f^{\prime}(x)} exists finitely for all \mathrm{x \in R} then.
 

 \begin{aligned}\text{if } \mathrm{ f(x)}&=\mathrm{e^x, x<2}\\ &\mathrm{a+b x, x \geq 2} \end{aligned} is differentiable for all \mathrm{x \in R} then.
 

If \mathrm{f(x)=\cos ^{-1}(\cos x)}  then \mathrm{f(x)}  is.
 

Let \mathrm{f(x)=x |x| }. The set of points where \mathrm{f(x) } is twice differentiable, is:

\mathrm{ If \, \, f(x+y)=f(x)+f(y)+|x| y+x y^2 \forall x, y \in R\, \, and\, \, f(0)=0, then : }

The set of all points, where the function \mathrm{ f(x)=\frac{x}{1+|x|} } is differentiable is :

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The function given by  \mathrm{y=|| x|-1|}  is differentiable for all real numbers except the points :

The domain of the derivative of the function
\mathrm{f(x)=\left\{\begin{array}{c} \tan ^{-1} x ; \text { if }|x| \leq 1 \\ \frac{1}{2}(|x|-1) ; \text { if }|x|>1 \text { is } \end{array}\right.}

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Which of the following functions is not differentiable in the domain \mathrm{[-1,1]} ?

Concepts Covered - 1

Differentiability in an Interval and Theorems of Differentiability

Differentiability in an Interval

A) A function $f(x)$ is differentiable in an open interval $(a, b)$ if it is differentiable at every point on the open interval $(a, b)$.
B) A function $y=f(x)$ is said to be differentiable in the closed interval [a, b].
1. If $f(x)$ is differentiable at every point on the open interval $(a, b)$. And,
2. It is differentiable from the right at "a" and the left at "b". is said to be differentiable in [a, b].

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Differentiability in an Interval and Theorems of Differentiability

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Differentiability in an Interval and Theorems of Differentiability

Mathematics for Joint Entrance Examination JEE (Advanced) : Calculus

Page No. : 4.18

Line : 32

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