Syllabus            Math 293             Spring 2007       

Problems listed through each Wednesday (*) are due on Friday in Thurston.

1/22 M    1.1,9.5,9.6  intro                    1.1:1,43,45; 9.5:17a; 9.6:16a
1/24 W    1.2,1.3      slope fields, existence  1.2:31; 1.3: 13,14,26 *
1/26 F    1.4          separable                46,47

1/29 M    1.5          first order linear       1,29
1/31 W    1.5          "                        36,42 *
2/2  F    1.6          substitution, exact      33,52,63,71  

2/5  M    2.1          population models        12,15,30
2/7  W    2.2          equilibria               1,28,29 *
2/9  F    2.3          acceleration models      12,28

2/12 M    2.4          Euler's method           2
2/14 W    3.1          second order linear      7,17,20,27 *
2/16 F    3.1          "                        28,38,51

2/19 M    review
2/20 T    prelim 1
2/21 W    3.2          general solution         5,7,19,21,26,30,38 *
2/23 F    3.3          homogeneous const coeff  1,10,23

2/26 M    3.3          "                        33,50
2/28 W    3.4          vibrations               3,5,6 *
3/2  F    3.4          "                        10,32,33

3/5  M    3.5          undetermined coeff       3,12,33
3/7  W    3.5          "                        43,55,63 *
3/9  F    3.6          forced oscillations      20,23,25

3/12 M    3.8          endpoints and eigenvalues 1,2,6
3/14 W    3.8          "                        7,10,16 *
3/16 F    8.1          power series solutions   2,13,15,24

  Spring Break

3/26 M    8.2          power series solutions   1,23,32
3/28 W    review
3/29 R    prelim 2
3/20 F    9.1          trig series solutions    4,10,11,12

4/2  M    9.1          "                        26,27,29,30,31
4/4  W    9.2          Fourier series           7,18,19,24b *
4/6  F    9.3          sine, cosine series, deriv, int 1,11,15,17,19,21,23,24   
   

4/9  M    9.4          applications             8,13,18
4/11 W    9.5          the Heat equation        1,2,3,4 *
4/13 F    9.5          "                        9,10

4/16 M    9.5          "                        13,15,16,17
4/18 W    9.5          "                        19,20,22 *
4/20 F    9.6          the Wave equation        1,2,5

4/23 M    9.6          "                        7,8,11
4/25 W    9.6          "                        13,16 *
4/27 F    9.6          "                        21,22

4/30 M    9.7          the Laplace equation     19d,20,21ab 
5/2  W    review                                 *
5/4  F    review

final exam Friday 5/11 09:00-11:30 (9-11:30am)