Report copyright - Dept. of maths, MJ . · PDF fileAt x = x 0, that is, at s = 0, we obtain the approximation to the derivative f ″(x) as f ″(x 0) = 111 12 5 6 137 2 180 2 0 3 0 4 0 5 0 6 h 0 ∆∆
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