Riley: Oh, yeah. Sorry 'bout last time. Heard I missed out on some fun. Xander: Oh yeah, fun was had. Also frolic, merriment and near-death hijinks.

'Never Leave Me'


Spike's Bitches 34: They're All Slime and Antlers  

[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.


Pix - Jan 11, 2007 2:05:21 pm PST #376 of 10001
We're all getting played with, babe. -Weird Barbie

t tangent

You know the old trope "You must pay the rent!" "I can't pay the rent!"? I'm experiencing it right now with schoolwork: "You must grade the papers!" "I can't grade the papers!" Now I just need a dashing young man to burst into my room and cry, "I'LL grade the papers!"

Any volunteers? No? Bueller?

t /tangent


DavidS - Jan 11, 2007 2:05:43 pm PST #377 of 10001
"Look, son, if it's good enough for Shirley Bassey, it's good enough for you."

Her puppet jewelry is also very cool.


DavidS - Jan 11, 2007 2:06:54 pm PST #378 of 10001
"Look, son, if it's good enough for Shirley Bassey, it's good enough for you."

Unless I'm talking about needing a Gother Than Thou showstopper outfit.

Something in pink and black, I hope.


Atropa - Jan 11, 2007 2:09:04 pm PST #379 of 10001
The artist formerly associated with cupcakes.

Something in pink and black, I hope.

I hope so, too. I'm waiting to hear back from my One True Seamstress about if she has the time to make me a black-with-pink-trim Polonaise.


juliana - Jan 11, 2007 2:10:18 pm PST #380 of 10001
I’d be lying if I didn’t say that I miss them all tonight…

there's too much going on right now to relax and enjoy it.

Hrm. You sure? Well, the offer's open, because I know I won't get off my ass and go this year.

Jilli, I need you to come down and go through my closet with me, and then we can go shopping!


Atropa - Jan 11, 2007 2:12:06 pm PST #381 of 10001
The artist formerly associated with cupcakes.

Something in pink and black, I hope.

Oh, that would be SO MUCH FUN.


Astarte - Jan 11, 2007 2:14:06 pm PST #382 of 10001
Not having has never been the thing I've regretted most in my life. Not trying is.

Yay! Math watch-n-post!

We are such geeks.


sj - Jan 11, 2007 2:17:08 pm PST #383 of 10001
"There are few hours in life more agreeable than the hour dedicated to the ceremony known as afternoon tea."

I can't picture Jilli not being a show stopper.

Hec, pretty jewellery links.

I had a dentist appointment today. Two cavities that have to be filled next week. Then I went shopping with Mom. I didn't spend that much because it was almost all exchanges and gift certificate spending, but I did score a satin skirt at Banana Republic for a party Saturday night. I wasn't going to get it because it was marked at $68, but it was only $22.


Pix - Jan 11, 2007 2:17:58 pm PST #384 of 10001
We're all getting played with, babe. -Weird Barbie

Sorry about the fillings, sj. I had four last week, so I have a lot of empathy. But YAY skirt!


vw bug - Jan 11, 2007 2:19:45 pm PST #385 of 10001
Mostly lurking...

Ok. Math Problem 1.

On August 13, 2001, you could buy $10,000 US Treasurey bonds that pay simple interest of

  • 5.51% per year in February each year through maturity in February 2031, at a cost of $9,802 each; or

  • 11.25% per year in February each year through 2015, at a cost of $15,529 each.

Each bond also returns $10,000 at maturity.

a) What is the annual yield of each investment?

b) Compare these two investment opportunities, which differ vastly in interest rate but also in cost.

-----------

Here are the notes I took down when we discussed this problem in class:

  • You buy a bond for a certain amount of money. Ex: $9,802.

  • Every year you earn simple interest on the face value of the bond. Ex: 5.51% on $10,000 - paid to you each year.

  • So, in 2001 you pay $9,802; every year you get $551. In 2031 you get $10,000. So, total amount: 551x30+10,000.

Part B)

  • You pay $15,529 to buy a bond with a face value of $10,000; 11.25% interest; 15-year term

  • Annual Yield = total interest/your principal