True Find the general form of the complete partial fraction decomposition of the integrand. Use it...

 

Transcribed Image Text:

True Find the general form of the complete partial fraction decomposition of the integrand. Use it to determine whether or not a term of each type listed below occurs in the complete partial fraction decomposition. Select True if it does occur and False if it does not. True Below A1, A2, A3, ... and B₁, B2, B3, ... denote constants. (You may have been previously using A, B, C, ... to denote these constants instead.) You must answer all parts correctly to earn credit for this problem. False Consider the integral Hint: The denominator in the integrand is NOT completely factored. A3x + B3 (x²-25)² B5 (x - 5)² B4 False True True 1. False V 2. 3. 4. False ✓ 6. 5. 7. , 8. (x + 5)³ Agx + Bg (x - 5)² A₂x + B₂ x213x14 + 6x7 - 11 (x³ - 6x² + 5x)³ (x4 - 625) ² (x²+25)² B₁ (x + 5)² B6 dx (x - 5)³ B1 x + 1 True Find the general form of the complete partial fraction decomposition of the integrand. Use it to determine whether or not a term of each type listed below occurs in the complete partial fraction decomposition. Select True if it does occur and False if it does not. True Below A1, A2, A3, ... and B₁, B2, B3, ... denote constants. (You may have been previously using A, B, C, ... to denote these constants instead.) You must answer all parts correctly to earn credit for this problem. False Consider the integral Hint: The denominator in the integrand is NOT completely factored. A3x + B3 (x²-25)² B5 (x - 5)² B4 False True True 1. False V 2. 3. 4. False ✓ 6. 5. 7. , 8. (x + 5)³ Agx + Bg (x - 5)² A₂x + B₂ x213x14 + 6x7 - 11 (x³ - 6x² + 5x)³ (x4 - 625) ² (x²+25)² B₁ (x + 5)² B6 dx (x - 5)³ B1 x + 1