Exercise 6 8:59A docs.google.comExercise 5 *dxConsider the integral IThepproximation of I by using theV5 – x2composite Trapezoidal rule with n = 4 subintervals is:(a) 0.6527(b) 0.6522(c) 0.6322(d) 0.5527abCO dExercise 6 *The approximation of I defined in exercise 5 using Composite Simpson's rule withn = 4 subintervals is:(а) 0.6438(b) 0.6348(c) 0.6448(d) 0.6443aCO dExercise 7 *The approximation R33integration is:

Name: Exercise 6 8:59A docs.google.comExercise 5 *dxConsider the integral IT
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Description: Exercise 6 8:59A docs.google.comExercise 5 *dxConsider the integral IThepproximation of I by using theV5 – x2composite Trapezoidal rule with n = 4 subintervals is:(a) 0.6527(b) 0.6522(c) 0.6322(d) 0.5527abCO dExercise 6 *The approximation of I define

Given I = ∫12dx5-x2 Let f(x) = 15-x2 We need to divide it in 4 intervals , hence the width of each…

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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) 0.6448 (d) 0.6443

Algebra & Trigonometry with Analytic Geometry

13th Edition

ISBN:9781133382119

Author:Swokowski

Publisher:Swokowski

Chapter3: Functions And Graphs

Section3.2: Graphs Of Equations

Problem 75E

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