Numerical Methods Use a Taylor approximation of degree 6 about point c = 0.25 to approximateg(x) = sin(x).What is the absolute error of the approximation to g(0.3)?absolute error =number (3 significant figures)What is the relative error of the approximation to g(0.3)?number (3 significant figures)relative error =??What is the absolute error of the approximation to g(0.07) if the Taylor approximationis instead centered at c = 0?absolute error = number (3 significant figures)??What is the relative error of the approximation to g(0.07) if the Taylor approximation isinstead centered at c = 0?relative error = number (3 significant figures)

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Use a Taylor approximation of degree 6 about point c = 0.25 to approximate g(x)= sin(x). What is the absolute error of the approximation to g(0.3)? absolute error = number (3 significant figures) What is the relative relative error = error of the approximation to g(0.3)? number (3 significant figures) ? What is the absolute error of the approximation to g(0.07) if the Taylor approximation is instead centered at c = 0? absolute error = number (3 significant figures) What is the relative error of the approximation to g(0.07) if the Taylor approximation is instead centered at c = 0? relative error = number (3 significant figures)

Use a Taylor approximation of degree 6 about point c = 0.25 to approximate g(x)= sin(x). What is the absolute error of the approximation to g(0.3)? absolute error = number (3 significant figures) What is the relative relative error = error of the approximation to g(0.3)? number (3 significant figures) ? What is the absolute error of the approximation to g(0.07) if the Taylor approximation is instead centered at c = 0? absolute error = number (3 significant figures) What is the relative error of the approximation to g(0.07) if the Taylor approximation is instead centered at c = 0? relative error = number (3 significant figures)

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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