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Work all your computations at an accuracy of 3 digits after the decimal point. Stop the iterations when a ≤ 0.1%, where: a = ³-i-1 × 100% Question 1 Using the method of fixed-point iteration, list two forms for g(x) for the following function f(x) and check their divergence when xo 2.43. Select one of these forms to find a root starting from xo. = f(x) = 4e + 16x0.3 - 40

Work all your computations at an accuracy of 3 digits after the decimal point. Stop the iterations when a ≤ 0.1%, where: a = ³-i-1 × 100% Question 1 Using the method of fixed-point iteration, list two forms for g(x) for the following function f(x) and check their divergence when xo 2.43. Select one of these forms to find a root starting from xo. = f(x) = 4e + 16x0.3 - 40

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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Work all your computations at an accuracy of 3 digits after the decimal point. Stop the iterations when ea < 0.1%, where: X; - Xi-1 Ea = x 100% Question 1 Using the method of fixed-point iteration, list two forms for g(x) for the following function f(x) and check their divergence when xo = 2.43. Select one of these forms to find a root starting from ro. f (x) = 4ev + 16a0.3 – 40
Transcribed Image Text:Work all your computations at an accuracy of 3 digits after the decimal point. Stop the iterations when ea < 0.1%, where: X; - Xi-1 Ea = x 100% Question 1 Using the method of fixed-point iteration, list two forms for g(x) for the following function f(x) and check their divergence when xo = 2.43. Select one of these forms to find a root starting from ro. f (x) = 4ev + 16a0.3 – 40
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