Let p2 (x) be the interpolating polynomial of f(x) at xo = 4, x1 = 4.5, and x2 = 5. Ther the error term in approximating f(x) by p2(x) is Select one: Оа. Е-(«) — (z — 4)(ӕ — 4.5)(ӕ — 5)о, сЕ (4,5). ), c € (4, 5). O a. | 3! P2 (c) 3! Ob. O b. E2(x) = (x – 4)(x – 4.5)(æ – 5) , ce (4, 5). - O C. E2(x) = (x – 4)(x – 4.5)(x - 5)L(e) 2, с € (4,5). f(?)(c) O d. e (4, 5). E (x) = (x – 4)(æ – 4.5)(x – 5)º, ce - 2! f( (c) O e. E2 (r) = (x – 4)(x – 5), ce (4, 5). се (4, 5). - 3!

Let p2 (x) be the interpolating polynomial of f(x) at xo = 4, x1 = 4.5, and x2 = 5. Ther the error term in approximating f(x) by p2(x) is Select one: Оа. Е-(«) — (z — 4)(ӕ — 4.5)(ӕ — 5)о, сЕ (4,5). ), c € (4, 5). O a. | 3! P2 (c) 3! Ob. O b. E2(x) = (x – 4)(x – 4.5)(æ – 5) , ce (4, 5). - O C. E2(x) = (x – 4)(x – 4.5)(x - 5)L(e) 2, с € (4,5). f(?)(c) O d. e (4, 5). E (x) = (x – 4)(æ – 4.5)(x – 5)º, ce - 2! f( (c) O e. E2 (r) = (x – 4)(x – 5), ce (4, 5). се (4, 5). - 3!

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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