These are tentative assignments for Dr. Szarek's Math 322/422 class (TR 1:15-2:30,
section # 6451/6479). All assignments are subject to change.
Additions, changes and the due dates will be announced in class and/or
by email and posted on the Web (here).
Set # 1, due Tue. Jan. 20
5.6 p.155 3, 4, 10
Set #2, due Tue., Jan. 27
6.1 p.166 1d, 6, 7, 8a, c, 11b, 13 (note changes/corrections)
Set #3, due Tue., Feb. 3
6.2 p.175 2c, 5, 7, 11, 16, 20 (note change: Ex. 6, 10 not assigned)
Extra problem
Set #4, due Tue., Feb. 10
6.3 p.182 5, 6c, 9c, 12 (attention: before applying a rule, state precisely which theorem
and which interval you are using, AND verify assumptions)
Set #5, due Tue., Feb. 17
6.4 p.191 7 (compare estimates of errors and the actual errors), 12, 13, 14c, d
Set #6, due Tue., Feb. 24
6.4 p.191 19
7.1 p.201 1c, 2c, d, 6b (use just the definition), 10
Set #7, due Tue., Mar. 3
7.2 p.208 4, 6, 8, 9, 11, 18 (note changes)
7.3 p.217 20a
Note: 4, 8, 9 are very simple; 18 is on the hard side.
Thursday, March 5, Midterm Exam
Will cover section 5.6, chapter 6 and sections 1-2 of chapter 7.
It will also cover the concept of the "null set" and Lebesgue
Integrability Criterion from section 7.3 (but not the Fundamental
Theorem of Calculus).
Set #8, due Tue., Mar. 17
7.3 p.217 7, 9c, 10, 11b
Set #9, due Tue., Mar. 24
7.3 p.217 16c, 18c, 19a, b
Numerical integration project is due on Friday, March 27
Set #10, due Tue., Mar. 31
8.1 p.232 6, 8, 18
8.2 p.238 3
Reading assignment: read section 8.1 and lightly section 8.2.
We will still do proofs and examples/exercises from these
sections next week.
Set #11, due Tue., Apr. 7
8.1 p.232 11, 20
8.2 p.238 6, 9, 12
Set #12, due Tue., Apr. 14
8.3 p.245 3, 11c, 12d
8.4 p.251 4
9.1 p.256 2, 8, 9
9.2 p.262 14
Set #13, due Tue., Apr. 21
9.1 p.256 5
9.2 p.262 2c, 3a (p>0), c, 4d, f
9.3 p.266 3, 15a, c
Note: part (c) is extra credit
It is tricky, use the argument from Example 3.4.6(c)
9.4 p.272 2
Set #14, doesn't have to be turned in
(it will not be graded, but you will get extra credit for
turning it in before the final)
9.4 p.272 6d, e, f, 19
11.1 p.318 4, 5, 18
11.2 p.322 1, 2, 6, 7
Final exam: Monday, May 4, 12:30PM - 3:30PM, Sears 356
NOTE: NOT our usual room room!