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Consider a differentiable functionf having

Consider a differentiable functionf having domain all positive real numbers, and for which it is known that f'(x)=(4-x)^-3 for
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2. asked by bill
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Consider a differentiable functionf having domain all positive real numbers, and for which it is known that f'(x)=(4-x)^-3 for
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2. asked by cher
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On a graph what ways can it not be differentiable? I know at cusps it's not differentiable but are there other instances where
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2. asked by Anonymous
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Where are the functions f1(x)=|sin(x)| and f2(x) = sin(|x|) differentiable? Use n as an arbitrary integer constant.)f1(x) =
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2. asked by Amka
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Where are the functions f1(x)=|sin(x)| and f2(x) = sin(|x|) differentiable? Use n as an arbitrary integer constant.)f1(x) =
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2. asked by Selma
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Assuming that f and g are functions differentiable at a (though we do not know their formulas). Prove that f +g is
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2. asked by Marissa
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Determine whether the function is differentiable at x=2x^2+1 for x<(or equal to) 2 4x-3 for x>2 I did the math for the limits of
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2. asked by Ray
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Decide if the following function f(x) is differentiable at x=0. Try zooming in on a graphing calculator, or calculating the
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2. asked by Abigail
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Determine whether y is differentiable at x=0 . If it is differentiable, find the derivative at x=0 .y = {x if x<= 0, x+1 if x>0}
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2. asked by Anonymous
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Suppose f is a one-to-one, differentiable function and its inverse function f−1 is also differentiable. One can show, using
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2. asked by James Bond
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