Which of the following statement is TRUE?1+∞(i) IfSo an = = and bn-, then bn = ²Στon=0an+∞(ii) If an is convergent series with positive terms, thensec(an) convergesn=0in=0(iii) If an > 0 and Σ1 an diverges, then the series 1 (an)² also diverges.(i) and (ii) onlyAll of the above are trueNone of the above are true(i) and (iii) only(iii) only

Which of the following statement is TRUE? (i) If Σα o an = and bn = then Στο bn n=0 2 an 3 (ii) If an is convergent series with positive terms, then sec(an) converges +∞ in=0 in=0 (iii) If an > 0 and Σ₁ an diverges, then the series ₁ (an)² also diverges. n=1 n=1 (i) and (ii) only All of the above are true None of the above are true (i) and (iii) only O (iii) only =

Which of the following statement is TRUE? (i) If Σα o an = and bn = then Στο bn n=0 2 an 3 (ii) If an is convergent series with positive terms, then sec(an) converges +∞ in=0 in=0 (iii) If an > 0 and Σ₁ an diverges, then the series ₁ (an)² also diverges. n=1 n=1 (i) and (ii) only All of the above are true None of the above are true (i) and (iii) only O (iii) only =

College Algebra

1st Edition

ISBN:9781938168383

Author:Jay Abramson

Publisher:Jay Abramson

Chapter9: Sequences, Probability And Counting Theory

Section9.4: Series And Their Notations

Problem 10TI: Determine whether the sum of the infinite series is defined. 24+(12)+6+(3)+

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