For each of the following integrals, give a power or simple exponential function that if integrated on a similar infinite domain will have the same convergence or divergence behavior as the given integral, and use that to predict whether the integral converges or diverges. Note that for this problem we are not formally applying the comparison test; we are simply looking at the behavior of the integrals to build intuition. (To indicate convergence or divergence, enter one of the words converges or diverges in the appropriate answer blanks.) Ji daa similar integrand is so we predict the integral (° dr :a similar integrand is 49 so we predict the integral * da I19 a similar integrand is so we predict the integral similar integrand is so we predict the integral e 18

Calculus: Early Transcendentals
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Chapter1: Functions And Models
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For each of the following integrals, give a power or simple exponential function that if integrated on a similar infinite domain will have the same convergence or divergence behavior as the given
integral, and use that to predict whether the integral converges or diverges. Note that for this problem we are not formally applying the comparison test; we are simply looking at the behavior of the integrals to
build intuition.
(To indicate convergence or divergence, enter one of the words converges or diverges in the appropriate answer blanks.)
00 1
dx :a similar integrand is
so we predict the integral
ear 18
° dr : a similar integrand is
13+9
so we predict the integral
, dx : a similar integrand is
so we predict the integral
C0 e de :a similar integrand is
so we predict the integral
Transcribed Image Text:For each of the following integrals, give a power or simple exponential function that if integrated on a similar infinite domain will have the same convergence or divergence behavior as the given integral, and use that to predict whether the integral converges or diverges. Note that for this problem we are not formally applying the comparison test; we are simply looking at the behavior of the integrals to build intuition. (To indicate convergence or divergence, enter one of the words converges or diverges in the appropriate answer blanks.) 00 1 dx :a similar integrand is so we predict the integral ear 18 ° dr : a similar integrand is 13+9 so we predict the integral , dx : a similar integrand is so we predict the integral C0 e de :a similar integrand is so we predict the integral
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