1. Section 13.6 – Absolute Convergence

2. The series converges absolutely
The series contains negative terms, so we must
look at absolute convergence.
The series converges absolutely
(p-series p = 2)
The series contains negative terms, so we must
look at absolute convergence.

3. The series contains negative terms, so we must
look at absolute convergence.

4. The series contains negative terms, so we must
look at absolute convergence.
The series contains negative terms, so we must
look at absolute convergence.

5. The series contains negative terms, so we must
look at absolute convergence.
The series contains negative terms, so we must
look at absolute convergence.

6. The series contains negative terms, so we must
look at absolute convergence.

7. The series contains negative terms, so we must
look at absolute convergence.

8. The series contains negative terms, so we must
look at absolute convergence.

9. The series contains negative terms, so we must
look at absolute convergence.
The series contains negative terms, so we must
look at absolute convergence.