Question: Moving to another question will save this response. uestion 8 Determine which of the following statements applies to the series (-1)2-1 iM8 3n + 7

 Moving to another question will save this response. uestion 8 Determinewhich of the following statements applies to the series (-1)2-1 iM8 3n+ 7 (A) Converges by one of the Comparison Tests (B) Diverges

by one of the Comparison Tests (C) Diverges by the Alternating SeriesTest (D) Converges by the Alternating Series Test Mematic (E) Diverges bythe Test for Divergence themat O ( A ) O ( B)

Moving to another question will save this response. uestion 8 Determine which of the following statements applies to the series (-1)2-1 iM8 3n + 7 (A) Converges by one of the Comparison Tests (B) Diverges by one of the Comparison Tests (C) Diverges by the Alternating Series Test (D) Converges by the Alternating Series Test Mematic (E) Diverges by the Test for Divergence themat O ( A ) O ( B) O (C) O ( D) O ( E) Moving to another question will save this response.Let E n=1 UConn Mathemall Comm Math an be a series with partial sums SN. Which of the following statements is always true? Conn UCoun Mathematic atics I. If lim an = 0, then Conin-too UConn maties UConn Mathertalks an converges. lathematics n=1 Conn Mathem II. If A lematics UCom Mathematics n=1 an = L then lim an = L. n-+ 00 Come Mather Coro Mathemay UConn Mather dematics UCond Mathematics III. If Un=1 an converges, then lim an = 0. UConn Math UCoun Matliematics matics thematics IV. If lim SN = L, then thematics Uconn Mat (A) I and II thematics N -+0o UCo(B) I and III athematics an = L. n=1 (C) II and III Mathematics UCoun Me Ities (D) III and IV (E) I and IVMoving to another question will save this response. Question 9 Determine which of the following statements applies to the series (-1)n (6n - 1) (A) Diverges by the Test for Divergence n=1 3n + 4 (B) Diverges by the Alternating Series Test 1 16 Mathemati (C) Diverges by one of the Comparison Tests on Matheme (D) Converges by the Alternating Series Test sa Mathen (E) Converges by one of the Comparison Tests own Mathe O (A) O (B) O (C) O (D) O (E) > A Moving to another question will save this response

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