Please explain how to solve. Which formula would be used to calculate the trapezoid approximation of 3x- dx using five subintervals?0.2(3(0.0)? + (3)(0.2)² + (3)(0.4)² + (3)(0.6)² + (3)(0.8)² + 3(1.0)2]20.2(3(0.0) + 2(3)(0.2) + 2(3)(0.4) + 2(3)(0.6) + 2(3)(0.8) + 3(1.0)]O T5O T5 = 0.4[3(0.0)² + 2(3)(0.2)² + 2(3)(0.4)² + 2(3)(0.6)² + 2(3)(0.8)² + 3(1.0)?]%3D0.2O Ts= 쓱 [3(0.0)2 + 2(3)(0.2)2 + 2(3)(0.4)2 + 2(3)(0.6)2 + 2(3)(0.8)2 + 3(1.0)2]2

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Which formula would be used to calculate the trapezoid approximation of o 3x dx using five subintervals? 0.2 O T5 = [3(0.0)² + (3)(0.2)² + (3)(0.4)² + (3)(0.6)² + (3)(0.8)² + 3(1.0)²] 2 0.2 O T5 = [3(0.0) + 2(3)(0.2) + 2(3)(0.4) + 2(3)(0.6) + 2(3)(0.8) + 3(1.0)] O T5 = 0.4[3(0.0)2+ 2(3)(0.2)² + 2(3)(0.4)² + 2(3)(0.6)² + 2(3)(0.8)2 + 3(1.0)2] T5 = [3(0.0)2 + 2(3)(0.2)? + 2(3)(0.4)² + 2(3)(0.6)? + 2(3)(0.8)² + 3(1.0)ª] 0.2 2

Which formula would be used to calculate the trapezoid approximation of o 3x dx using five subintervals? 0.2 O T5 = [3(0.0)² + (3)(0.2)² + (3)(0.4)² + (3)(0.6)² + (3)(0.8)² + 3(1.0)²] 2 0.2 O T5 = [3(0.0) + 2(3)(0.2) + 2(3)(0.4) + 2(3)(0.6) + 2(3)(0.8) + 3(1.0)] O T5 = 0.4[3(0.0)2+ 2(3)(0.2)² + 2(3)(0.4)² + 2(3)(0.6)² + 2(3)(0.8)2 + 3(1.0)2] T5 = [3(0.0)2 + 2(3)(0.2)? + 2(3)(0.4)² + 2(3)(0.6)? + 2(3)(0.8)² + 3(1.0)ª] 0.2 2

Algebra & Trigonometry with Analytic Geometry

13th Edition

ISBN:9781133382119

Author:Swokowski

Publisher:Swokowski

Chapter7: Analytic Trigonometry

Section7.2: Trigonometric Equations

Problem 104E

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