Prove that where "e" is the group identity.

Results 1 to 9 of 9

- September 28th 2010, 12:08 AM #1

- Joined
- Aug 2010
- From
- Sibulan
- Posts
- 12

- September 28th 2010, 12:15 AM #2

- Joined
- Apr 2005
- Posts
- 17,583
- Thanks
- 2233

- September 28th 2010, 12:20 AM #3

- September 28th 2010, 12:21 AM #4

- Joined
- Aug 2010
- From
- Sibulan
- Posts
- 12

- September 28th 2010, 12:37 AM #5

- September 28th 2010, 12:43 AM #6

- Joined
- Aug 2010
- From
- Sibulan
- Posts
- 12

A proof on the corollary of the Lagrange's Theorem. It's |a| divides |G|. I just stated there that a part of the proof for the corollary is to note/recall that |<a>| = |a|. And i think i also have to show the proof for |<a>| = |a|, because maybe my classmates might ask. ;]

- September 28th 2010, 01:01 AM #7

- September 28th 2010, 01:13 AM #8

- Joined
- Aug 2010
- From
- Sibulan
- Posts
- 12

- September 28th 2010, 01:35 AM #9