Which of the following statements are true? Select all that apply Your answer: 6 The series E n =1 Inn Inn is convergent by the root test. 0.83 = 0.838383... = E (0.83)" n =0 Since E n =0 2+ cos(1/n) 3 , the series E 2+ cos(1/n) is convergent by the Comparison Test. 5" n=0 5" n =0 5" 1 The series E diverges by the Integral Test. n=3 ninn[In(Inn)]? O The series E In(10n10 + 3) – In(7n10 + 4n + 10) diverges by the Divergence Test. n=1

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
Section: Chapter Questions
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Which of the following statements are true? Select all that apply
Your answer:
6
The series E
n =1 Inn
Inn
is convergent by the root test.
0.83 = 0.838383... = E (0.83)"
n =0
Since E
n =0
2+ cos(1/n)
3
, the series E
2+ cos(1/n)
is convergent by the Comparison Test.
5"
n=0 5"
n =0
5"
1
The series E
diverges by the Integral Test.
n=3 ninn[In(Inn)]?
O The series E In(10n10 + 3) – In(7n10 + 4n + 10) diverges by the Divergence Test.
n=1
Transcribed Image Text:Which of the following statements are true? Select all that apply Your answer: 6 The series E n =1 Inn Inn is convergent by the root test. 0.83 = 0.838383... = E (0.83)" n =0 Since E n =0 2+ cos(1/n) 3 , the series E 2+ cos(1/n) is convergent by the Comparison Test. 5" n=0 5" n =0 5" 1 The series E diverges by the Integral Test. n=3 ninn[In(Inn)]? O The series E In(10n10 + 3) – In(7n10 + 4n + 10) diverges by the Divergence Test. n=1
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