Question: Let f be the function dened by {(x) = . 2x2 + 4x 6 Part A: Use partial fractions to evaluate Emma, or show that

 Let f be the function dened by {(x) = . 2x2+ 4x 6 Part A: Use partial fractions to evaluate Emma, or
show that the integral diverges. - Part B: Determine whether the seriesE 8 converges or diverges. State the conditions used for determining convergence

Let f be the function dened by {(x) = . 2x2 + 4x 6 Part A: Use partial fractions to evaluate Emma, or show that the integral diverges. - Part B: Determine whether the series E 8 converges or diverges. State the conditions used for determining convergence or divergence. k=32k2+4k6 Do the following series converge absolutely, converge conditionally, or diverge? Explain your reasoning. Part A: E \"1'" ":1 a

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