Course Calendar, Reading and Hmw Assignments for Math 335

It is expected that you read all the sections to be covered BEFORE the class and come to class prepared to present and discuss the topics.


Check this page regularly for updates.

Date Section/Topic/Reading Assignment Problems to be Collected Problems to be presented in class
R, May 5

Student Presentations on Applications of the Sylow Theory.

Take-home final distributed.

   
T, May 3 Sylow Theorems continued Read section 37

Thm 37.6, 37.7, Examples: 37.10, 37.12-15.

Exercise 3 (except for c and d. Each item will be considered as a full problem)

R, Apr 28 Finish 34, Start 36: Sylow Theorems Read section 36 again

Exercises and Theorems in the handout and

36: 2,4,10,12,13,17,19,20:

T, Apr 26 34: Isomorphism Theorems Read section 36 R: Apr 28: 34: 3,6,8,9
R, Apr 21 16 & 17: Group Actions & Counting Read Section 34

T Apr 26:

16: 3,8,13; 17: 2,3

T, Apr 19 Exam II, In-class part Read sections 16 and 17  
R, Apr 14 Student Presentation. Exam II take-home part handed out    
T, Apr 12 15. Converse to Lagrange's Theorem. Factor Group Computations. Simple Groups and "The Monster:  

R, Apr 14: Thm 15.18 (after exercises 35,36), Thm 15.20,2,10,12,13,19,28,30,31,34-38,42

R, Apr 7 Student Presentations Read section 15  
T, Apr 5 14. Factor Groups & Exploring Conjugation in Sn (with GAP)

Due T, Apr 12: 2,6,12,23,24,26,30,37

 

R, Apr 7 10,21,22,31-34,36,38,41
R,March 31 Student Presentations Read section 14  
T, March 29 13. Group Homomorphisms

Due T, Apr 5

Section 13: 4,5,7,9,13,25,26,32,33,42,45,47

R, March 31

8,10,19,28,29,36,38,44,50,51

R,March 24 Student Presentations    
T, Mach 22 11. Finitely Generated Abelian Groups

Due T, March 27

Section 11:7,8,14,20,28,30,32,36,40,41,48,49,51

R, March 24

Theorems: 11.15, 11.16,11.17

13,18,26,27,35,39,42,44,52,53

R, March 3

Presentations on section 10.

 

   
T, March 1

Exam I, in-class part

Exam I, take-home part due  
R, Feb 24 10. Cosets and Lagrange's Theorem

Due March 22 (after break)

Section 10: 4,6-8,15,19-22,28,34,37,39,43

R March 3

Section 10: 24, 29, 30,32,35,36,38,44-47

T, Feb 22 Intro to GAP. Rubik's Cube    
R, Feb 17 9: Orbits, Cycles and Alternating Groups

Section 9: Due T, Feb 22

2,6,9,12,18,23,24,29,30,33,34

 
T, Feb 15 8: Groups of Permutations

Section 8: Due R, Feb 17

5, 7, 8, 11, 32, 35, 40, 41, 46

Lemma 8.15, Thm 8.16, Example 8.18

16, 18, 36, 44 ,48-50

R, Feb 10 7. Generating Sets and Cayley Digraphs

Section 7: Due R, Feb 10

2, 7a, 9, 10, 17, 19

R, Feb 10

6, 7b, 8, 11-14, 16, 18

R, Feb 3 6: Cyclic Groups

Section 6: Due T, Feb 8

2,8,15,18,28,32,36,40,46,50

R, Feb 3

10,16,21,24,34,44,45,48,49,

51,52,55

T, Feb 1 5: Subgroups

Section 5: Due R, Feb 3

5,9,11,18,20,23,28,29,35,36,39,41,

47,48,52,55

T, Feb 1

4,8,13,19,24,26,40,42,44,46,

49,51,53,57

R, Jan 27 4: Groups

Section 4: Due T, Feb 1

7,8,10,12,13,19,20,25,28,30,35,40

R, Jan 27

6,9,18,22,23,29,31-34,38,41

T, Jan 25 3: Isomorphic Binary Structures

Section 3: Due R, Jan 27

7,8,16b,18b,24,27,28,31

T, Jan 25

4,6,11,14,16a,18a,25,26,29

R, Jan 20 2: Binary Operations

Section 2: Due T, Jan 25

1-6, 7,8,21,23,24,26,34,36

R, Jan 20

10,12,13,22,28,35,37

T, Jan 18 1: Introduction and Examples Section 1: Due R, Jan 20
4,6,14,19,21,27,34,35,40,41
R, Jan 20

18,36-39,