A function f(x) passes through the points (15,24), (18,37), and (22,25). Use Newton's Divided Difference Method to interpolate a quadratic polynomial approximation of f(x).19[ F(x)dx.15Use this to approximate the value of the definite integral133.4576142.4088O 142.9792O none of the choices

Using the given points of intersection make a table of values. x fx 15 24 18 37 22 25

Answered: A function f(x) passes through the…

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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A function f(x) passes through the points (15,24), (18,37), and (22,25). Use Newton's Divided Difference Method to interpolate a quadratic polynomial approximation of f(x). 19 ["s 15 Use this to approximate the value of the definite integral O 133.4576 O 142.9792 O none of the choices O 142.4088 f (x) dx.
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A function f(x) passes through the points (15,24), (18,37), and (22,25). Use Newton's Divided Difference Method to interpolate a quadratic polynomial approximation of f(x), .19 Use this to approximate the value of the definite integral f(x)dx. O 133,4576 O 142.4088 O 142.9792 O none of the choices