| Sections
to read | Topics | Problems | Due Date |
|---|---|---|---|
| 51-52 | Convergence of sequences, series | p. 181 #4, 7, 8
Extra credit: integral of cos2n theta from 0 to 2 pi via contour integration | M 4/19 |
| 53-54 | Taylor series | p. 189 #3, 5 | M 4/19 |
| 55-56 | Laurent series | p. 198 #2, 5, 6 | F 4/23 |
| 57-59 | Theorems on series | Prove the ratio test for series of complex numbers.
Find the radius of convergence of the series whose nth term is (a) (z-1)n/n (n > 0); (b) zn/(2n + 3n). p. 212 #1 | F 4/23 |
| 60-61 | Uniqueness; multiplication & division | pp. 219-220 #1, 2, 5 | W 4/28 |
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