-0.6 0.3753 10. Find -0.4 0.4204 f)(x) = -0.2 0.4618 0.0 0.5 0.2 0.5355 X f(x) 9. Use Simpson's Three-Eighth Rule (n = 3) to estimate f(x)dx= a). 0.2958 b). 0.3956 0.4 0.5686 06 2.06 c). 0.4951 for and Upper Bound of Error, E = Simpson's Three-Eighth Rule (n=3, h = 0.4) a. -3(x+e) and 5.72x10-5 c. 6(x+e) and 4.72x10 b. 2(x+e) and 5.72x10 d. -(x+e) and 4.72x10-² 0.6 0.5997 d). 0.5950
-0.6 0.3753 10. Find -0.4 0.4204 f)(x) = -0.2 0.4618 0.0 0.5 0.2 0.5355 X f(x) 9. Use Simpson's Three-Eighth Rule (n = 3) to estimate f(x)dx= a). 0.2958 b). 0.3956 0.4 0.5686 06 2.06 c). 0.4951 for and Upper Bound of Error, E = Simpson's Three-Eighth Rule (n=3, h = 0.4) a. -3(x+e) and 5.72x10-5 c. 6(x+e) and 4.72x10 b. 2(x+e) and 5.72x10 d. -(x+e) and 4.72x10-² 0.6 0.5997 d). 0.5950
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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