Math 441 - Abstract Algebra - Profiles

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I'll use this page to keep track of the work you have done on the wiki. Every time you make a contribution to a page, please type [[~]] somewhere on that page. This will cause that page to appear on this page in the tables below.

Progress Report

Each week, as you submit a problem for grading, it will show up below under the Submit column. As I read your problems, they'll move to the Needs Work and/or Complete columns.

Problems
Submitted	Needs Work	Complete
External Direct Products Of Abelian And Cyclic Groups Levi The Orders Of Elements Match In Isomorphic Groups Levi The Quotient Group Is A Group Levi		Automorphisms Of A Square 2 Levi Cancellation Laws For Groups Levi Computing Multiplicative Inverses For Small N Levi Computing Powers Modn Conjecture Levi Matrix Encryption Mod 5 Levi Powers Of Products In An Abelian Group Levi

Type [[!Submit]] on any page to submit it.
I type [[!Needs Work]] on a page to tell you it needs work. When you have corrected any problems, leave the [[!Needs Work]] on your page, and type [[!Submit]] again to let me know that you are ready to have me look at it again.
I will type [[!Complete]] on a page when it is complete. Your assignment is to make sure all your posts end up in the "Complete" column.

Problems

Problems

These solution pages end with your name:

You have signed your name ([[~Levi]]) on these pages:

Problems by Week

These are the problems you have been working on, and are sorted by week.

Problems
Week 1	Automorphisms Of A Square 2 Levi
Week 2	Computing Powers Modn Conjecture Levi
Week 3	Matrix Encryption Mod 5 Levi
Week 4	Computing Multiplicative Inverses For Small N Levi
Week 5	Cancellation Laws For Groups Levi
Week 6	Powers Of Products In An Abelian Group Levi
Week 7
Week 8
Week 9	The Orders Of Elements Match In Isomorphic Groups Levi
Week 10	The Quotient Group Is A Group Levi
Week 11
Week 12	External Direct Products Of Abelian And Cyclic Groups Levi
Week 13	Lagranges Theorem Proof Levi

Create a page

To create a solution to a problem presented in class, click on a link to that problem and follow the instructions at the bottom of the page. Head to the All Problems page for a list of all the problems.

If you want to type up a conjecture with several examples, or if you want to prove a theorem/conjecture, then head to the appropriate list.