Question: . The Integral Test: Let {(163021 be a positive sequence and suppose that f (3:) is an eventually continuous, positive, and decreasing function with f

 . The Integral Test: Let {(163021 be a positive sequence andsuppose that f (3:) is an eventually continuous, positive, and decreasing functionwith f (n) = an for all n S N for someinteger N. Then, a and oof(x)d:c Z L either both converge or
both diverge. OO n - n 2 - 2n +1 n=2OO Computef(x)dx NET n=8 OO M An + 3 n=1 7 n=9 Vn(Vn+ 4)image text in transcribed

. The Integral Test: Let {(163021 be a positive sequence and suppose that f (3:) is an eventually continuous, positive, and decreasing function with f (n) = an for all n S N for some integer N. Then, a and oof(x)d:c Z L either both converge or both diverge. OO n - n 2 - 2n +1 n=2OO Compute f(x)dx NET n=8 OO M An + 3 n=1 7 n=9 Vn(Vn + 4)

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