![SOLVED: (Harmonic Series) Show that k log n Deduce that the series X % does not converge Hint. Use the esti- mate K+l dc Show that if p < 1, then the SOLVED: (Harmonic Series) Show that k log n Deduce that the series X % does not converge Hint. Use the esti- mate K+l dc Show that if p < 1, then the](https://cdn.numerade.com/ask_images/7b7eaa84d2734837a34c0bd513701e32.jpg)
SOLVED: (Harmonic Series) Show that k log n Deduce that the series X % does not converge Hint. Use the esti- mate K+l dc Show that if p < 1, then the
![SOLVED: Example 7.1.13. Prove that the harmonic series =l+ 2 3 diverges See Exercise 7(f) of Section 2.5 and Exercise 3 of Section 2.6. Proof: Consider the sequence of partial sums Sn, SOLVED: Example 7.1.13. Prove that the harmonic series =l+ 2 3 diverges See Exercise 7(f) of Section 2.5 and Exercise 3 of Section 2.6. Proof: Consider the sequence of partial sums Sn,](https://cdn.numerade.com/ask_previews/8297db2d-b5de-4108-a0cf-0cf8d5f8445c_large.jpg)
SOLVED: Example 7.1.13. Prove that the harmonic series =l+ 2 3 diverges See Exercise 7(f) of Section 2.5 and Exercise 3 of Section 2.6. Proof: Consider the sequence of partial sums Sn,
![Sequences and Infinte Series - MATH100 Revision Exercises - Resources - Mathematics and Statistics - University of Canterbury - New Zealand Sequences and Infinte Series - MATH100 Revision Exercises - Resources - Mathematics and Statistics - University of Canterbury - New Zealand](https://www.math.canterbury.ac.nz/php/resources/math100/sequences-and-infinite-series/special-series-2-sol.gif)