Below are two Lagrange interpolating polynomials, L₁ and L2. Following these are interpolating poly- nomials obtained through Newton's Divided Difference, N₁ and N₂. L₁ = -(x - 5)(x-6) L₂ = x(x - 5)(x − 6) + x(x-2)(x − 6)-x(x-2)(x - 5)+(x-2)(x - 5)(x-6). 24 N₁ = 1-2(x-2) + 2(x-2)(x-5)-3(x-2)(x - 5)(x-6) N₂ = 1-2(x-2)-2(x-2)(x - 5) + 3(x-2)(x - 5)(x-6) a.) Match the correct pairs with at least one justification that is correct. b.) An incomplete Divided Difference Table is given for one of these. Complete all blank entries. 2 5 6 (x-8)(x-2)(x-6)(x-8)(x-2)(x - 5)(x-8)(x-2)(x - 5)(x-6) 36 5 15 195 60 1 -5 -10 30 -8
Below are two Lagrange interpolating polynomials, L₁ and L2. Following these are interpolating poly- nomials obtained through Newton's Divided Difference, N₁ and N₂. L₁ = -(x - 5)(x-6) L₂ = x(x - 5)(x − 6) + x(x-2)(x − 6)-x(x-2)(x - 5)+(x-2)(x - 5)(x-6). 24 N₁ = 1-2(x-2) + 2(x-2)(x-5)-3(x-2)(x - 5)(x-6) N₂ = 1-2(x-2)-2(x-2)(x - 5) + 3(x-2)(x - 5)(x-6) a.) Match the correct pairs with at least one justification that is correct. b.) An incomplete Divided Difference Table is given for one of these. Complete all blank entries. 2 5 6 (x-8)(x-2)(x-6)(x-8)(x-2)(x - 5)(x-8)(x-2)(x - 5)(x-6) 36 5 15 195 60 1 -5 -10 30 -8
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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