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Examine for continuity and differntiabil...

Examine for continuity and differntiability, each of the following functions:
`f(x) = {:{(1+x,xle0),(1-x, x >0):} at x =0`

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PRADEEP PUBLICATION-CONTINUITY AND DIFFERENTIABILITY-EXERCISE
  1. Examine for continuity, each of the following functions: f(x) = {:{(...

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  2. Examine for continuity and differentiability, each of the following fu...

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  3. Examine for continuity and differntiability, each of the following fun...

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  4. Examine for continuity the following functions: f(x) = {:(x^2, if x ...

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  5. Let f(x) = x+ |x|. Show that f is continuous but not derivable at x = ...

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  6. Show that the function f(x) = {{:(-x^2, x le 0),(x^2 ,x gt 0):} is con...

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  7. The function 'f' defined as: f(x) = {:{(x^2+3x+a,ifxle1),(bx+2,ifx>1...

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  8. Find ainR so that f(x) = {:{(x^2, x ge0),(ax,x<0):} is continuous at 0...

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  9. Examine the differentiability of the function 'f' defined by: f(x) =...

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  10. Show that the function 'f' defined as follows, is continuous at x = 2,...

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  11. If f(x) = e^x, find f' (3) starting from defination

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  12. If f(x) = e^(sqrtx) find f' (x) .

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  13. A function f : R rarr R satisfies the equation f(x + y) = f(x).f(y) fo...

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  14. If f(x) = log (2x-1), find f'( c ) .

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  15. If f(x) = {{:(x((e^(1//x) - e^(-1//x))/(e^(1//x)+e^(-1//x)))",",x ne 0...

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  16. Find f'(X) using first prinicples when f(x) =e^(3x -2)

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  17. Find f'(X) using first prinicples when f(x) = log(2x +3)

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  18. Find derivative of each of the following functions: e^x + log x

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  19. Find derivative of each of the following functions: x^2 logx

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  20. Find derivative of each of the following functions: (logx)/x

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