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For which of the following g(x) is r = v3 a fixed point? Use x, = 1. Stop your cakculation at the loop when there are three rows repeating the value of the root. (Hint: You may use excel to compute the values on the iteration table. However, for your solutions to be submitted, follow Illustrative Example 3 on the handout, specifically the input of solutions for x,,×2, Xg, using 8 decimal places. 1. g(x) = #+:

For which of the following g(x) is r = v3 a fixed point? Use x, = 1. Stop your cakculation at the loop when there are three rows repeating the value of the root. (Hint: You may use excel to compute the values on the iteration table. However, for your solutions to be submitted, follow Illustrative Example 3 on the handout, specifically the input of solutions for x,,×2, Xg, using 8 decimal places. 1. g(x) = #+:

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Fixed Point Iteration

Fixed Point Iteration For which of the following g(x) is r = V3 a fixed point? Use x, = 1. Stop your calculation at the loop when there are three rows repeating the value of the root. (Hint: You may use excel to compute the values on the iteration table. However, for your solutions to be submitted, follow Illustrative Example 3 on the handout, specifically the input of solutions for x,,x2, Xa, using 8 decimal places. 1. g(x) =+! 2x 3 2. g(x) = x² – x
Transcribed Image Text:Fixed Point Iteration For which of the following g(x) is r = V3 a fixed point? Use x, = 1. Stop your calculation at the loop when there are three rows repeating the value of the root. (Hint: You may use excel to compute the values on the iteration table. However, for your solutions to be submitted, follow Illustrative Example 3 on the handout, specifically the input of solutions for x,,x2, Xa, using 8 decimal places. 1. g(x) =+! 2x 3 2. g(x) = x² – x
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