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Using Newton's Divided Difference, the interpolating polynomial of the points (xo.Yo) = (- 2,1), (x1,V1) = (- 1,3) , (x2.y2) = (0,2), (x3,Y3) = (1, – 2), and (x4.Y4) = (2,– 1), p(x) = co + C1P1(x)+ c2P2(x) + C3P3(x) + C4Pa(x). Now, compute P(3). can be represented by A 17.8 В 22.3 20.6 15.4

Using Newton's Divided Difference, the interpolating polynomial of the points (xo.Yo) = (- 2,1), (x1,V1) = (- 1,3) , (x2.y2) = (0,2), (x3,Y3) = (1, – 2), and (x4.Y4) = (2,– 1), p(x) = co + C1P1(x)+ c2P2(x) + C3P3(x) + C4Pa(x). Now, compute P(3). can be represented by A 17.8 В 22.3 20.6 15.4

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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Using Newton's Divided Difference, the interpolating polynomial of the points (xo,Yo) = (- 2,1),(x1,yı)=(-1,3), (x2,y2) = (0,2) , (x3,Y3) = (1, – 2) , and (x4,Y4) = (2, – 1) can be represented by p(x) = co + C1P1(x)+ c2P2(x)+ C3P3(x) + C4P4(x) . Now, compute P(3). A 17.8 22.3 c) 20.6 15.4
Transcribed Image Text:Using Newton's Divided Difference, the interpolating polynomial of the points (xo,Yo) = (- 2,1),(x1,yı)=(-1,3), (x2,y2) = (0,2) , (x3,Y3) = (1, – 2) , and (x4,Y4) = (2, – 1) can be represented by p(x) = co + C1P1(x)+ c2P2(x)+ C3P3(x) + C4P4(x) . Now, compute P(3). A 17.8 22.3 c) 20.6 15.4
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