| Date Due |
Set # |
Problems |
Comments |
| Thurs. Jan. 17 |
1 |
Section 1.1: #1b,9; Section 1.2 #3(a,b,d); Section 2.1 #1(a,b,c); |
Welcome aboard.
Pages 1-16 from text
|
| Tues. Jan. 22 |
2 |
Section 2.2: #2, 4, 6; Section 2.3 #4c, 9 |
|
| Thurs. Jan. 27 |
3 |
Section 2.3: #6a,14(a,c),20c,21 (optional)
|
|
| Tues. Jan 29. |
4 |
Section 2.3:# 12, Section 2.4 #2b ,2c, 3, 4b |
|
| Thurs. Jan 31. |
5 |
Section 2.4:# 4c,8 (just lcm(143,227)), Section 2.5 #2a,3b |
|
| Tues. Feb 5 |
6 |
Section 2.4 #10b; Find all positive integer solutions to 30x+23y=1000;
Section 3.1 #3b,3d,4,6a,7 |
|
| Thurs. Feb. 7 |
7 |
Section 2.4: #4d, Section 3.1 #5a,8,10; Section 3.2 #5 |
hand in 4d and 5a |
| Tues. Feb. 12 |
8 |
Section 4.2: #4a,4b,6a,8a,8d,9,10 |
hand in 6a and 8d |
| Thurs. Feb. 14 |
9 |
Section 4.3: #1a,4a,5b,8,19 |
hand in 4a and 8 |
| Tues. Feb. 19 |
10 |
Section 4.4: #1b,4a,4c,6,9,18 |
hand in 6, 18 |
| Thurs. Feb. 21 |
11 |
Section 5.2: #3,4b,6a,9,10a,14 |
hand in 6a and 14 |
| Tues. Feb. 26 |
12 |
Section 5.3: #3,6,9,10a,11 |
hand in 6 and 9 |
| Thurs. Feb 28 |
|
MIDTERM 1 |
|
| Tues. Mar. 18 |
13 |
Section 6.1: #6,7a,7b,8,9,14b |
hand in 7a and 8 |
| Thurs. Mar. 20 |
14 |
Section 6.1: #10a,11,12a; Section 6.2 #1a,1b |
hand in 10a, 12a and 1a |
| Tues. Mar. 25 |
15 |
Section 6.2 #2,3,4(abc); Section 6.3: #2(a,b),3, 5(a,b) |
hand in 2,4a and 5b |
| Thurs. Mar. 27 |
16 |
Section 7.2: #4(a,b,c), 7(b,c), 12a, 15a, and
bonus 18 (phi(n)=16) |
hand in 4c, 12a, (bonus 18) |
| Tues. April 1 |
17 |
Section 7.2: #10, 13;
Section 7.3 1a,2,5,7, 10 |
hand in 10, 13 and 10 |
| Thurs. Apr. 3 |
18 |
Section 8.1 #1a,2bc,3,12 |
hand in 1a and 12 |
| Tues. Apr. 8 |
19 |
Section 8.4 #2a,3(a,b),4,12 |
hand in 2a and 4 |
| Thurs. Apr. 10 |
20 |
Section 8.4 #9a; Section 9.1 3a,4,5(ab),10. Show
if n is perfect, then
|
Hand in 4 and 5a |
| Tues. Apr. 15 |
21 |
Section 9.2: 1(b,c),2a,5,6(a,b),12, 14a |
review for exam also |
| Thurs. Apr. 17 |
|
MIDTERM 2 |
|
| Thurs. Apr. 24 |
22 |
Section 9.3 1(a,b),4,8,10a,12a,14 |
|
| |
|
Solutions to
Exam 1 and Exam 2 (in Mathematica ) |
Thanks to Ben for these |
| Thurs. May 8 |
|
FINAL EXAM |
3:30 - 6:30 in 223 Votey |