There will be weekly homework assignments to be collected through Gradescope, due at 11:59pm on the indicated date. No late homeworks will be accepted, however the lowest homework score will be dropped.

Homework Schedule

All problems are from [B] unless indicated otherwise. (Note that [B] has two types of problems: Exercises and Projects, enumerated with Roman and Greek letters, respectively.)

The assignments labeled with star * are future assignments that are yet to be finalized (at least one week before the due date).

(Submit in Gradescope)

10. (not collected) [M] §23 #3,5, §24 #2,4, §25 #4,8  
9. Due Fri, Apr 14: [M] §21 #2,4, §22 #1,2, §16 #1,3 [Solutions]
8. Due Tue, Apr 4: 45.B, 45.C, 45.D, 45.G, 45.K, 45.M, 45.N [Solutions]
7. Due Fri, Mar 24: 44.G, 44.H(a), 44.J (Use 43.R), 44.K, 44.O, Project 44.$\beta$ [Solutions]
6. Due Tue, Feb 28: 43.B, 43.D, 43.L, 43.M, 43.Q, 43.R, 43.S [Solutions]
5. Due, Fri, Feb 17: 42.F(d,e), 42.P, 42.Q, 42.R, 42.S(c), 42.U
Note: In 42.Q, assume the numbers to be nonnegative		 [Solutions]
4. Due Fri, Feb 10: 41.O, 41.P, 41.R, 42.A(a-c), 42.D, 42.E
Note: 41.P is mostly a definition and the question itself is trivial;
42.E is valid only under the assumption that the function $f$ in Corollary 42.2 is $C^1$.		 [Solutions]
3. Due Fri, Feb 3: 41.D, 41.J, 41.K, 41.L, 41.U, 41.V, 41.W
Note: In 41.V, $m/2$ should be $1/(2m)$		 [Solutions]
2. Due Fri, Jan 27: 40.E, 40.L, 40.R, 40.S, 40.T, 40.U [Solutions]
1. Due Fri, Jan 20: 21.L, 21.M, 39.D, 39.G, 39.J, 39.T, 39.V, 39.W [Solutions]

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