# Prove differentiable at x0: f(X)=x^2+X?

• Prove differentiable at x0: f(X)=x^2+X?

Prove differentiable at x0: f(X)=x^2+X? Find answers now! No. 1 Questions & Answers Place. More questions about Science & Mathematics
Positive: 67 %
Example: is x 2 + 6x differentiable? ... So the function f(x) = |x| is not differentiable. A good way to picture this in your mind is to think: As I zoom ...
Positive: 64 %

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Thus we apply the fundamental lemma of diﬀerentiation, h = [f0(g)+η(∆g)]∆g, 1 ... x2 > 0 ⇔ f 0(x) > f(x) x. ... Prove that f (x 0) ...
Positive: 67 %
Solution for Midterm Review Problems1 (1) ... Solution. Let f(x) = 1/x2. By the deﬁnition of derivatives, f0(2) = lim h→0 f(2+h)−f(2) h = lim
Positive: 62 %
f(x)−f(y) x−y ... diﬀerentiable at x. Now, prove that, for every value of m, we have |g0 m+1(x) ... (x). (2) Notice that g m(x) ...