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Let Be a Positive Sequence Such That

Question 11

Multiple Choice

Let Let be a positive sequence such that . Which of the following statement holds? A) The sequence is decreasing but does not converge. B) The sequence is decreasing and converging to . C) The sequence is increasing and diverging. D) The sequence is decreasing and converging to . E) None of the above is correct. be a positive sequence such that Let be a positive sequence such that . Which of the following statement holds? A) The sequence is decreasing but does not converge. B) The sequence is decreasing and converging to . C) The sequence is increasing and diverging. D) The sequence is decreasing and converging to . E) None of the above is correct. .
Which of the following statement holds?


A) The sequence is decreasing but does not converge.
B) The sequence is decreasing and converging to Let be a positive sequence such that . Which of the following statement holds? A) The sequence is decreasing but does not converge. B) The sequence is decreasing and converging to . C) The sequence is increasing and diverging. D) The sequence is decreasing and converging to . E) None of the above is correct. .
C) The sequence is increasing and diverging.
D) The sequence is decreasing and converging to Let be a positive sequence such that . Which of the following statement holds? A) The sequence is decreasing but does not converge. B) The sequence is decreasing and converging to . C) The sequence is increasing and diverging. D) The sequence is decreasing and converging to . E) None of the above is correct. .
E) None of the above is correct.

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