Unformatted text preview: this accuracy. 2. For each ﬁxed point r , use calculus to determine S =  g ( r )  . 3. For each ﬁxed point r , use your Matlab calculations to approximate the convergence rate lim i →∞ e i +1 e i of the Fixed Point Iteration, and match your approximations with the answers in part 2. One extra bonus point will be awarded to the student who ﬁnds the fastest convergence to a root, as measured by the smallest nonzero S . Begin your report by answering the three questions above. Print out the Matlab code used and your Matlab session, and include these with your report. Due: Thurs., Feb. 4...
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 Spring '08
 Staff
 Math, Numerical Analysis, one g, Sauer, fixed point iteration

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