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geerky42
Find the \(\large 10^{-8}\) place of \(\sin (2)\).
What do you mean by place?
Value of a digit depends on its place.
Is this from taylor series?
Original question: \[f(x) = (x-2) - \dfrac{(x-2)^3}{3!} + \dfrac{(x-2)^5}{5!} - \dfrac{(x-2)^7}{7!} \cdots\] Find the \(10^{-8}\) place of \(f(4)\).
Yes it appears so. @incomplte