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Given the following data in the form (x, f(x)): (1.10, 1), (1.20,3), (1.28,0), (1.30, 5). Using Simpson's rule to approximate fi f(x) dx, we get Select one: a. S f(x) dx 0.16 O b. S f(x) dx z 0.6 1.3 O c. f f(x) dæ = 0.6 O d. f(x) dx z 0.2 Si f(x) dæ = 0.4 e. 1.1 1.3 O f. Si f(x) dx - 0.16 J1.1

Given the following data in the form (x, f(x)): (1.10, 1), (1.20,3), (1.28,0), (1.30, 5). Using Simpson's rule to approximate fi f(x) dx, we get Select one: a. S f(x) dx 0.16 O b. S f(x) dx z 0.6 1.3 O c. f f(x) dæ = 0.6 O d. f(x) dx z 0.2 Si f(x) dæ = 0.4 e. 1.1 1.3 O f. Si f(x) dx - 0.16 J1.1

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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#Numerical analysis#

Given the following data in the form (x, f(x)): (1.10, 1), (1.20,3), (1.28,0), (1.30, 5). Using Simpson's rule to approximate fi f(x) dx, we get Select one: a. S f(x) dx 0.16 O b. S f(x) dx z 0.6 1.3 O c. f f(x) dæ = 0.6 O d. f* f(x) dæ z 0.2 Si f(x) dæ = 0.4 e. 1.1 O f. * f(x) dx z 0.16 J1.1
Transcribed Image Text:Given the following data in the form (x, f(x)): (1.10, 1), (1.20,3), (1.28,0), (1.30, 5). Using Simpson's rule to approximate fi f(x) dx, we get Select one: a. S f(x) dx 0.16 O b. S f(x) dx z 0.6 1.3 O c. f f(x) dæ = 0.6 O d. f* f(x) dæ z 0.2 Si f(x) dæ = 0.4 e. 1.1 O f. * f(x) dx z 0.16 J1.1
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