Using Fixed-Point Iteration with an initial value of 4, find a value of x that will make the following function true. Stop iteration when the approximate error is less than 1%. When storing values of x in the intermediate steps (before the final answer), round-off the values to 6 decimal places. Then, round-off the final answer to the 4 decimal places. f(2) = - 2a? - 5 = 0 %3D Hint: First, isolate the "x" term. Then, solve for "x". So, the iterative formula will be x1 = cube root of a certain expression with x- O 2.7098 O 2.7292 nene of the choices O 2.6918 O 2.6930 O2.7001
Using Fixed-Point Iteration with an initial value of 4, find a value of x that will make the following function true. Stop iteration when the approximate error is less than 1%. When storing values of x in the intermediate steps (before the final answer), round-off the values to 6 decimal places. Then, round-off the final answer to the 4 decimal places. f(2) = - 2a? - 5 = 0 %3D Hint: First, isolate the "x" term. Then, solve for "x". So, the iterative formula will be x1 = cube root of a certain expression with x- O 2.7098 O 2.7292 nene of the choices O 2.6918 O 2.6930 O2.7001
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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Transcribed Image Text:Using Fixed-Point Iteration with an initial value of 4, find a value of x that will make the following
function true. Stop iteration when the approximate error is less than 1%. When storing values of x in the
intermediate steps (before the final answer), round-off the values to 6 decimal places. Then, round-off
the final answer to the 4 decimal places.
2.0 - 5 = 0
Hint: First, iselate the "x term. Then, solve for "x".
So, the iterative formula will be x1 = cube root of a certain expression with x.
O 2.7098
O 2.7292
O none of the choices
2.6918
O 2.6930
O2.7001
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