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(1 4) Use Newton's method to approximate a root of the equation 2³-2²-32-8-0. First state the iterative function f(x) g(x) = 1 - that you would use in Newton's method then beginning with zo = 5 complete the table below. Round each. 1'(0) answer to 5 decimal places, however, when calculating each iteration use as many decimal places as possible on your calculate

(1 4) Use Newton's method to approximate a root of the equation 2³-2²-32-8-0. First state the iterative function f(x) g(x) = 1 - that you would use in Newton's method then beginning with zo = 5 complete the table below. Round each. 1'(0) answer to 5 decimal places, however, when calculating each iteration use as many decimal places as possible on your calculate

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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(1 g(x) = 1 () Use Newton's method to approximate a root of the equation ³ - 2x²-3x -80. First state the iterative function f(x) that you would use in Newton's method then beginning with zo = 5 complete the table below. Round each 1'(c) answer to 5 decimal places, however, when calculating each iteration use as many decimal places as possible on your calculato -
Transcribed Image Text:(1 g(x) = 1 () Use Newton's method to approximate a root of the equation ³ - 2x²-3x -80. First state the iterative function f(x) that you would use in Newton's method then beginning with zo = 5 complete the table below. Round each 1'(c) answer to 5 decimal places, however, when calculating each iteration use as many decimal places as possible on your calculato -
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