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Answer the following. All fractions are in lowest form. 5x² - 3x + 18 dx x(9 – x-) dr 12. r³ (Vr² – 9) 1. 2 - x dx dy 4x² + 4x – 3 13. 1+ Vy+1 x³ +1 2. x(x + 3)(x + 2)(x – 1) 14. x-Vx + 1dx x-dx 3. J. 9 +x²)* x³dx 15. J Vx² – 16 4. dx V25 - x-dx 1+ Vx= 16. x3 5. dx J 16 + x²)² ds 17. Is svs? + 144 x³ dx 6. V9x2 + 49 *x² + 8x – 4 dx x³ – 4x 18. 7. x +1 J. x²(x – 1) 8. 4xdx (x – 1)(x² – 1) 9. dx 1+x³ 10. dx x(x² + 4) 11.

Answer the following. All fractions are in lowest form. 5x² - 3x + 18 dx x(9 – x-) dr 12. r³ (Vr² – 9) 1. 2 - x dx dy 4x² + 4x – 3 13. 1+ Vy+1 x³ +1 2. x(x + 3)(x + 2)(x – 1) 14. x-Vx + 1dx x-dx 3. J. 9 +x²)* x³dx 15. J Vx² – 16 4. dx V25 - x-dx 1+ Vx= 16. x3 5. dx J 16 + x²)² ds 17. Is svs? + 144 x³ dx 6. V9x2 + 49 *x² + 8x – 4 dx x³ – 4x 18. 7. x +1 J. x²(x – 1) 8. 4xdx (x – 1)(x² – 1) 9. dx 1+x³ 10. dx x(x² + 4) 11.

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Answer the following. All fractions are in lowest form. -2 5x² – 3x + 18 dx x(9 – x²) dr J, r(\r= - 9) 12. J1 2 - x ;dx 4x² + 4x – 3 1. dy 13. 1+ Vy+1 x³ +1 dx x(x + 3)(x + 2)(x – 1) 2. 14. x²Vx + 1dx x²dx 3. x³dx J, 79 + x²)² 15. 4. - 16 25 – x²dx dx 1+ Vx= 16. x3 5. dx J 16 + x²)* ds 17. Js sVs² +144 x³ dx 6. V9x² + 49 x² + 8x – 4 dx ха — 4x 18. 7. x + 1 J. x*(x – 1) 8. 4xdx (x – 1)(x² – 1) 9. dx 1+x³ 10. dx J, x(x² + 4) 11.
Transcribed Image Text:Answer the following. All fractions are in lowest form. -2 5x² – 3x + 18 dx x(9 – x²) dr J, r(\r= - 9) 12. J1 2 - x ;dx 4x² + 4x – 3 1. dy 13. 1+ Vy+1 x³ +1 dx x(x + 3)(x + 2)(x – 1) 2. 14. x²Vx + 1dx x²dx 3. x³dx J, 79 + x²)² 15. 4. - 16 25 – x²dx dx 1+ Vx= 16. x3 5. dx J 16 + x²)* ds 17. Js sVs² +144 x³ dx 6. V9x² + 49 x² + 8x – 4 dx ха — 4x 18. 7. x + 1 J. x*(x – 1) 8. 4xdx (x – 1)(x² – 1) 9. dx 1+x³ 10. dx J, x(x² + 4) 11.
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