5x? – 12x + 1 (# – 2)²(x+ 1) (a) Setup the partial fraction decomposition for the integrand. For this case you will need to use both the rule for distinct linear factors and the rule for repeated (1) The goal of this problem is to evaluate dx. linear factors. There should be three unknowns. (b) Solve for the three unknowns in step (a). (c) Using your answer to (a) and (b), to evaluate the integral.

5x? – 12x + 1 (# – 2)²(x+ 1) (a) Setup the partial fraction decomposition for the integrand. For this case you will need to use both the rule for distinct linear factors and the rule for repeated (1) The goal of this problem is to evaluate dx. linear factors. There should be three unknowns. (b) Solve for the three unknowns in step (a). (c) Using your answer to (a) and (b), to evaluate the integral.

Name: 5а2 — 12а + 1dx.(x – 2)2(x+ 1)(1) The goal of this problem is to eval
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Description: 5а2 — 12а + 1dx.(x – 2)2(x+ 1)(1) The goal of this problem is to evaluate(a) Setup the partial fraction decomposition for the integrand. For this case youwill need to use both the rule for distinct linear factors and the rule for repeatedlinear fact

College Algebra

7th Edition

ISBN:9781305115545

Author:James Stewart, Lothar Redlin, Saleem Watson

Publisher:James Stewart, Lothar Redlin, Saleem Watson

Chapter5: Systems Of Equations And Inequalities

Section5.3: Partial Fractions

Problem 12E

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