| # | required problems | topic |
|---|---|---|
| 1 | CLR Exercise 3.1-1 on page 50 | O-notation |
| 2 | CLR Problem 3-3(a) on pages 58-59 | O-notation |
| 3 | CLR Exercise C.3-3 on page 1111 | expected value |
| 4 | CLR Exercise A.2-1 on page 1067 | bounding summations |
| # | suggested problems | topic | ||||||
|---|---|---|---|---|---|---|---|---|
| 5 | CLR Exercise 3.1-3 on page 50 | O-notation | ||||||
| 6 | CLR Problem 3-4(d,e,f,g) on page 59 | prove/disprove properties | ||||||
| 7 | Resolve the following questions, with proof:
|
O-notation | ||||||
| 8 | The following is known about functions f and g:
|
O-notation | ||||||
| 9 | Prove by induction that, for all
n > 6,
the unit square can be partitioned into n squares (not necessarily of identical size). |
induction | ||||||
| 10* | CLR Exercise 3.2-4 on page 57 | polynomially-bounded? | ||||||
| 11* | CLR Exercise C.2-9 on page 1106, explanation required | probability |