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dr Consider the integral I- composite Trapezoidal rule with n-4 subintervals is: The approximation of I by using the (a) 0.6527 (b) 0.6522 (e) 0.6322 (d) 0.5527 a d.

dr Consider the integral I- composite Trapezoidal rule with n-4 subintervals is: The approximation of I by using the (a) 0.6527 (b) 0.6522 (e) 0.6322 (d) 0.5527 a d.

Linear Algebra: A Modern Introduction
Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
Publisher:David Poole
Chapter6: Vector Spaces
Section6.6: The Matrix Of A Linear Transformation
Problem 30EQ
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6:57 A docs.google.com Exercise 5 * Consider the integral I = L The approximation of / by using the composite Trapezoidal rule with n-4 subintervals is (a) 0.6527 (b) 0.6522 (e) 0.6322 (d) 0.5527 a d. Exercise 6 * The approximation of I defined in exercise 5 using Composite Simpson's rule with n=4 subintervals is: (a) 0.6438 (b) 0.6348 (c) 6448 (d) 0.6443 a d.
Transcribed Image Text:6:57 A docs.google.com Exercise 5 * Consider the integral I = L The approximation of / by using the composite Trapezoidal rule with n-4 subintervals is (a) 0.6527 (b) 0.6522 (e) 0.6322 (d) 0.5527 a d. Exercise 6 * The approximation of I defined in exercise 5 using Composite Simpson's rule with n=4 subintervals is: (a) 0.6438 (b) 0.6348 (c) 6448 (d) 0.6443 a d.
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