Consider the integral 6 Sod X dx with n = 4. 1 a. Find the trapezoid rule approximations to the integral using n and 2n subintervals. b. Find the Simpson's rule approximation to the integral using 2n subintervals.

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter4: Polynomial And Rational Functions
Section4.3: Zeros Of Polynomials
Problem 67E
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Please help with T(8) using the trapezoid rule and T(4) and T(8) using the Simpsons rule
e
6
Consider the integral dx with n = 4.
X
1
a. Find the trapezoid rule approximations to the integral using n and 2n subintervals.
b. Find the Simpson's rule approximation to the integral using 2n subintervals.
c. Compute the absolute errors in the trapezoid rule and Simpson's rule with 2n subintervals.
a. What is the trapezoid approximation with n subintervals?
T(4)= 6.078234 (Round to six decimal places as needed.)
What is the trapezoid approximation with 2n subintervals?
T(8) = (Round to six decimal places as needed.)
example Get more help -
EV
Transcribed Image Text:e 6 Consider the integral dx with n = 4. X 1 a. Find the trapezoid rule approximations to the integral using n and 2n subintervals. b. Find the Simpson's rule approximation to the integral using 2n subintervals. c. Compute the absolute errors in the trapezoid rule and Simpson's rule with 2n subintervals. a. What is the trapezoid approximation with n subintervals? T(4)= 6.078234 (Round to six decimal places as needed.) What is the trapezoid approximation with 2n subintervals? T(8) = (Round to six decimal places as needed.) example Get more help - EV
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