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== Comments/Discussion<br> == | == Comments/Discussion<br> == | ||
| − | *Correction on Assignment #2, Problem #1: The problem is laughably false as written. One striking implication of this "theorem" is that every group of odd order is abelian. I was sorely tempted to edit the file and deny everything, but I've decided to leave it as is. The correct statement (which makes Qi's proof in class correct) is:<br>''Let G be a group which has a unique element, call it x, of order 2. Show that x lies in the center of G.'' | + | *Correction on Assignment #2, Problem #1: The problem is laughably false as written. One striking implication of this "theorem" is that every group of odd order is abelian. I was sorely tempted to edit the file and deny everything, but I've decided to leave it as is. The correct statement (which makes Qi's proof in class correct) is:<br><br>''Let G be a group which has a unique element, call it x, of order 2. Show that x lies in the center of G.''<br> |
*As promised, the last problem in Assignment #1 has a trivial solution. This does not lower the stakes, however; the first person to post a correct solution will not have to take the qual!<sup>*</sup> | *As promised, the last problem in Assignment #1 has a trivial solution. This does not lower the stakes, however; the first person to post a correct solution will not have to take the qual!<sup>*</sup> | ||
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| + | <sub><sub><sup>*</sup>This is a lie.</sub></sub> <br> | ||
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Revision as of 17:24, 12 June 2013
Rhea Section for MA 598A Professor Weigel, Summer 2013
This will be the main course page for MA 598A - Algebra Qual Prep. I'll post all of the practice problems, mock exams, etc. here. I'll try to have the day's assignment posted by noon the day of each class session. Participants in the course are encouraged to edit this page, post questions about and solutions to the problems, and generally treat the page as a sandbox for discussing math and learning to use LaTeX.
Course Materials
Comments/Discussion
- Correction on Assignment #2, Problem #1: The problem is laughably false as written. One striking implication of this "theorem" is that every group of odd order is abelian. I was sorely tempted to edit the file and deny everything, but I've decided to leave it as is. The correct statement (which makes Qi's proof in class correct) is:
Let G be a group which has a unique element, call it x, of order 2. Show that x lies in the center of G.
- As promised, the last problem in Assignment #1 has a trivial solution. This does not lower the stakes, however; the first person to post a correct solution will not have to take the qual!*
*This is a lie.
