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6. Which substitution can work to compute for the indefinite integral fx√√x + 5dx? A. u=x C. u=x+5 7. Evaluate f sin (cos x) sin x dx. B. u=x+25 D. u=x²

6. Which substitution can work to compute for the indefinite integral fx√√x + 5dx? A. u=x C. u=x+5 7. Evaluate f sin (cos x) sin x dx. B. u=x+25 D. u=x²

Algebra & Trigonometry with Analytic Geometry
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter7: Analytic Trigonometry
Section7.6: The Inverse Trigonometric Functions
Problem 74E
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6. Which substitution can work to compute for the indefinite integral f x√x + 5dx? A. u=x C. u=x+5 7. Evaluate sin (cos x) sin x dx. A. cos (cos x) + C C. - sin (cos x) cos x + C 8. Evaluate the integral ƒ (3 + x4)³ x³dx. 3 A. (x² + 3) + C 16 4 C. (x² + 3) + C B. u=x+25 D. u=x² B. - cos (cos x) + C D. - sin (cos x) + C B. 3 16 -(x4 + 3)3 + C 2° D. (x³ + 3) + C 16
Transcribed Image Text:6. Which substitution can work to compute for the indefinite integral f x√x + 5dx? A. u=x C. u=x+5 7. Evaluate sin (cos x) sin x dx. A. cos (cos x) + C C. - sin (cos x) cos x + C 8. Evaluate the integral ƒ (3 + x4)³ x³dx. 3 A. (x² + 3) + C 16 4 C. (x² + 3) + C B. u=x+25 D. u=x² B. - cos (cos x) + C D. - sin (cos x) + C B. 3 16 -(x4 + 3)3 + C 2° D. (x³ + 3) + C 16
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