- June 7:
- 8.1: 1, 10, 22
- If |a
_{n}| goes to L, is it true that a_{n}goes to L? If it is, give an argument. If it is not, then give a sequence in which it fails to hold - Ensure that you know the formal definition for a limit of sequence: lim a
_{n}goes to L if and only if for every epsilon > 0 there is some natural number N such that for all n > N it holds that | a_{n}- L | < epsilon

- June 10:
- 8.1: 38, 40
- 8.2: 10, 12, 14, 26

- June 11:
- 8.3: 2,9,12,19,27,28
- Determine if each of the following converge or diverge (show all work):

- June 12:
- 8 Review: 9, 11, 13, 17 (try Root Test)

- More Soon