Question: I can evaluate improper integrals, that is, integrals whose interval ofintegration is unbounded, or whose integrand has a vertical asymptote in the interval of integration.

 I can evaluate improper integrals, that is, integrals whose interval ofintegration
is unbounded, or whose integrand has a vertical asymptote in the interval

I can evaluate improper integrals, that is, integrals whose interval ofintegration is unbounded, or whose integrand has a vertical asymptote in the interval of integration. I can apply valid reasoning to justify whether an improper integral converges or diverges 0'3 dx 1. C 1:] th ' t l . onsi er e in egra L V/E(x+1) integral if it converges. In the process of evaluation, identify Why an integral that arises is or is not improper. Determine if the integral diverges or converges. Evaluate the 0 1 1 2. Consider the integral f 1 + 4 olx Without evaluating the integral, determine if it converges or 1 x x diverges

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