1
answer
0
watching
110
views
13 Nov 2019
The geometric series (a) Converges to (b) Converges to (c) Converges to (5) (d) Diverges tãâ (e) Inconclusive. Use another test. 6. Find the limit of the infinite series 2" (a) Converge to 1 (b) Converge to 2 (c) Converge to 3 (d) Converge to 4 (e) Converge to 5 The Geometric series 5 +-+-+-+ ⦠3 9 27 3 rge to 15 () Converge to o (d) Converge to (e) Diverges to (a) Converge to 8 ((b) 12 The series n +3 (b) Diverges by the Integral Test (a) Converges by the Ratio Test (c) Converges by the Limit Comparison Test with the series Σ (d) Converges by the Limit Comparison Test with the series Σ (e) Converges by the Direct Comparison Test with the series Σ
The geometric series (a) Converges to (b) Converges to (c) Converges to (5) (d) Diverges tãâ (e) Inconclusive. Use another test. 6. Find the limit of the infinite series 2" (a) Converge to 1 (b) Converge to 2 (c) Converge to 3 (d) Converge to 4 (e) Converge to 5 The Geometric series 5 +-+-+-+ ⦠3 9 27 3 rge to 15 () Converge to o (d) Converge to (e) Diverges to (a) Converge to 8 ((b) 12 The series n +3 (b) Diverges by the Integral Test (a) Converges by the Ratio Test (c) Converges by the Limit Comparison Test with the series Σ (d) Converges by the Limit Comparison Test with the series Σ (e) Converges by the Direct Comparison Test with the series Σ
Trinidad TremblayLv2
14 Apr 2019