Xander: How? What? How? Giles: Three excellent questions.

Xander/Giles ,'Never Leave Me'


Spike's Bitches 26: Damn right I'm impure!  

[NAFDA] Spike-centric discussion. Lusty, lewd (only occasionally crude), risque (and frisque), bawdy (Oh, lawdy!), flirty ('cuz we're purty), raunchy talk inside. Caveat lector.


Polter-Cow - Oct 10, 2005 4:14:16 pm PDT #7637 of 10001
What else besides ramen can you scoop? YOU CAN SCOOP THIS WORLD FROM DARKNESS!

Bravo.

Has anyone ever interviewed with Kaplan before? They liked my audition enough, apparently. I have a twenty-minute phone interview in the next couple days, and I could really use a job that actually pays well.

Also, I totally cooked spaghetti with chicken on Saturday. Be proud of me.


libkitty - Oct 10, 2005 4:16:24 pm PDT #7638 of 10001
Embrace the idea that we are the leaders we've been looking for. Grace Lee Boggs

Topic!Cindy - Oct 10, 2005 4:16:42 pm PDT #7639 of 10001
What is even happening?

There once was a husband named Pete
Who made Gothic Charm swag so sweet
That when P-C missed out
All he could do is shout,
"That stinks, like ass--sauteed in feet."


Emily - Oct 10, 2005 4:20:47 pm PDT #7640 of 10001
"In the equation E = mc⬧, c⬧ is a pretty big honking number." - Scola

Don't suppose Hil's still lurking?


Hil R. - Oct 10, 2005 4:26:18 pm PDT #7641 of 10001
Sometimes I think I might just move up to Vermont, open a bookstore or a vegan restaurant. Adam Schlesinger, z''l

I'm here, Emily.


Emily - Oct 10, 2005 4:31:12 pm PDT #7642 of 10001
"In the equation E = mc⬧, c⬧ is a pretty big honking number." - Scola

Yaaay! Ahem. Last question, I promise. Why is the group of permutations of {1,2,3,...n} non-abelian for n > 2? There doesn't seem to be anything in the chapter to give me an indication of why things are nonabelian -- just tells me that they are. And occasionally that it's lovely that they are (amusing, but not helpful).

(I'm having some musings about rotation composed with reflection being different the other way around, but nothing really concrete.)


Hil R. - Oct 10, 2005 4:34:20 pm PDT #7643 of 10001
Sometimes I think I might just move up to Vermont, open a bookstore or a vegan restaurant. Adam Schlesinger, z''l

To show something's nonabelian, usually the simplest way is just to find two non-commuting elements. So, if n is greater than 2, then you know that, at the very least, it has (12), (13), (23), (123), and (132). If you try out a few combinations of those, you'll probably find a pair that doesn't commute.


Emily - Oct 10, 2005 4:36:46 pm PDT #7644 of 10001
"In the equation E = mc⬧, c⬧ is a pretty big honking number." - Scola

But... I'm confused. Those are subsets, but how do they work as permutations?


meara - Oct 10, 2005 4:38:29 pm PDT #7645 of 10001

I am now picturing using meara's boobs as a shelf for something

Sadly, while they are definitely very perky, they are perky because they are not large enough to be used shelfishly.

Admittedly, she saved her best dance for Cybervixen, but I did get a red dress dance with her

Awww. I miss CV. But I do still have the red dress. :)

AWESOME Malyasia pictures, Raquel!! Especially the River Girl one, and the BABY LELEPHANTS!

It explains kids so often hating broccoli and adults losing much of the taste for candy

I'm not supposed to like candy??

All of you talking trash about the ground beef/noodles/cheese/tomatoes options are making me hungry for it. Dang.

Damn Cass, so sorry about the layoff. That sucks a lot.

she's also freaked out cause her SiL messed up dyeing her hair at home and it's purple

I thought you meant B's hair was now purple, and was like "Huh, well, that would be a valid reason to freak out, but it's kinda karma..."

I ate clotted cream and liked it

That's because it's *delicious*

Ack! I got to the end of the thread and it's all mathy!! Eek!


Hil R. - Oct 10, 2005 4:39:15 pm PDT #7646 of 10001
Sometimes I think I might just move up to Vermont, open a bookstore or a vegan restaurant. Adam Schlesinger, z''l

You didn't learn that notation yet? (12) is the permutation that switches 1 and 2 and does nothing to 3. (123) is 1 goes to 2, 2 goes to 3, 3 goes to 1. Etc. Each element goes to the place where the thing to its right was, until you get to the end of the parenthesis and then it cycles back to the beginning. So, in the group of four elements, (12)(34) would switch 1 and 2 and switch 3 and 4.