Let $f(x) = x^3-2$. Define a recursive sequence that converges to the root and prove that it converges to that root for all initial values within $[1,2]$.
I can define a recursive sequence but i don't know how to prove convergence.
Let $f(x) = x^3-2$. Define a recursive sequence that converges to the root and prove that it converges to that root for all initial values within $[1,2]$.
I can define a recursive sequence but i don't know how to prove convergence.
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