Use False Position Method. • Compute Es according to 4 significant figures according to the formula E; = (0.5 * 102-") %. • The answer should have a relative approximate error less than Es • Round-off intermediate values to 7 decimal places, and the answer to 5 decimal places. Determine one real root of 2xcos2x – (x – 2) = 0 on the interval (2, 3). How many number of iterations were required to find the root? -
Use False Position Method. • Compute Es according to 4 significant figures according to the formula E; = (0.5 * 102-") %. • The answer should have a relative approximate error less than Es • Round-off intermediate values to 7 decimal places, and the answer to 5 decimal places. Determine one real root of 2xcos2x – (x – 2) = 0 on the interval (2, 3). How many number of iterations were required to find the root? -
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:Use False Position Method.
• Compute Es according to 4 significant figures according to the formula
E; = (0.5 * 102-") %.
• The answer should have a relative approximate error less than Es
• Round-off intermediate values to 7 decimal places, and the answer to 5 decimal places.
Determine one real root of 2xcos2x – (x – 2) = 0 on the interval (2, 3).
How many number of iterations were required to find the root?
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