| Pg 9 #37 | |
| Pg 9 #38 | |
| Pg 9 #39 | |
| Pg 9 #40 | |
| Pg 27 #32 | |
| Pg 27 #33 | |
| Pg 27 #35 (you should use Maple to get slope field) | |
| Pg 42 #59 (at 1pm the bodyís temp is 75 F) | |
| Pg 53 #33 | |
| Pg 84 #4 | |
| Pg 84 #27 | |
| Pg 93 #15 | |
| Use Bernouli eqn substitution to solve the
logistics population model: |
|
| Pg 103 #6 (prove only the velocity equation) | |
| Pg 103 #6 (use velocity eqn to get position eqn) | |
| Pg 103 #17 | |
| Pg 149 #25 (do both elimination and Gaussian) | |
| Pg 170 #35a | |
| Pg 170 #35b | |
| Pg 170 #37 | |
| Pg 182 #27 | |
| Pg 183 #32 | |
| Pg 183 #34 | |
| Pg 183 #39 | |
| Pg 196 #30 | |
| Pg 196 #33 | |
| Pg 196 #36 | |
| Pg 215 #50 | |
| Pg 215 #52 | |
| Pg 215 #53 | |
| Pg 215 #58 | |